Strategic Fragrance Application Under the Three-Spray and Four-Spray Scenarios
Filed under: lifestyle, fragrance, war-gaming
The question arrived in the following form. “When it comes to fragrance application for men, what are the conventional application points under the 3-push and 4-push scenarios?” It was put to a general-purpose language model, which answered in a planning register, naming points and assigning sprays to them as though the matter had been settled by doctrine. It has not been settled. The conventional answers are widely repeated, mutually inconsistent in their details, and almost never accompanied by a statement of what the application is meant to achieve, against whom, at what distance, for how long, or at what cost to the people who did not ask to be included.
This article treats the question as a planning problem and adjudicates it. It generalises the question in three directions. The wearer may be a man or a woman. The application target may be a person, an animal, a bag, a garment or a room. The application platform may be a spray atomizer, a rollerball, a solid, an oil or a mist. The main line of the analysis concerns the case the question asked about, spray-applied fine fragrance on a human wearer, and the other targets and platforms are treated in shorter sections.
A hypothesis is stated before the analysis and adjudicated after it. The hypothesis is that the conventional three-spray and four-spray doctrines are sound. It is partially supported. The conventional doctrines place fragrance at broadly defensible points for reasons that are mostly wrong, and they prescribe a dose that is too large for the indoor encounters in which most fragrance is worn and too small for the outdoor ones. The four-push scenario is adequate for a full working day only when it is split into a morning application and a midday sequel, and in a small shared office no spray count is adequate at all, because the room rather than the wearer becomes the source. The difference between the conventional points for men and for women turns out to be a difference in clothing and hair, and it disappears when those are held fixed.
The article does six things the conventional literature does not. It converts sprays into dose, so that advice given for different products can be compared. It models how dose becomes concentration at a receiver, and shows that the detection radius grows only as the square root of the spray count. It adjudicates six scenarios against stated constraints on detection, collateral and overkill. It identifies the wearer as the least reliable judge of the application, for a physiological reason that has been measured. It states which of its results are structural, holding across every variation of its assumptions, and which are calibrated and should be read as illustrations. And it surveys the contemporary literature on fragrance as something applied and perceived, 2,541 works in sixteen clusters, and reports both what that literature has measured and the three questions at the centre of this article that it has not.
The article does not evaluate particular fragrances, does not rank brands, and does not offer a full analysis of offensive applications of aerosol delivery, which are adjacent and are bounded in a short section near the end.
The Question as Received, and Its Generalisation
Terms
The question’s unit is the push, one depression of an atomizer pump, which this article calls a spray or an actuation interchangeably. An application point is a location on the target where a spray is placed. Projection is the distance at which a fragrance can be detected by others, and sillage is the trade term for the trail a fragrance leaves in the air behind a moving wearer. Longevity is the time over which it remains detectable at all. The wearer is the person who applies the fragrance to themselves. A receiver is anyone who might detect it. An intended receiver is a receiver the application is meant to reach, and an unintended receiver is anyone else. The end state is the condition the application is meant to produce, stated in terms of who detects the fragrance, at what distance and for how long.
What the conventional answer leaves unstated
The conventional answer to the question as asked can be summarised quickly, and it is set out in detail in the section on placement. For men it places three sprays on the two sides of the neck and the chest, and a fourth on the back of the neck or the wrists. For women it places sprays on the wrists, the neck, behind the ears, the décolletage and the hair, with the inner elbows and the backs of the knees as further options.
What the conventional answer does not state is the end state. A three-push plan intended to be noticed by a dinner companion at half a metre and a three-push plan intended to be noticed by a colleague across an open-plan office are different plans that happen to share a spray count. The same spray count in a different product is a different dose. The same dose in a different room is a different exposure. An application point cannot be evaluated without an end state, and a spray count cannot be evaluated without a product, a room and a distance. This article supplies those, which is the whole of the difference between the question as received and the question as adjudicated.
The generalisation
The adjudicated question is the following. Given a wearer, a fragrance of known concentration delivered by a known platform, an application target, and a scenario specifying receivers, distances, air and duration, which spray count and which application points meet the end state without unacceptable collateral or overkill, and do the conventional answers coincide with them?
A Brief History of Where Fragrance Goes
The question of where to put fragrance is older than the spray, and the spray changed the question.
The earliest perfumer known by name is Tapputi, recorded on a cuneiform tablet from Assur of about 1200 BC. Egyptian practice used fragrant oils and unguents applied by hand, held in jars of the kind the Metropolitan Museum of Art preserves, and the incense kyphi, which was burned to scent spaces and not applied to people. Plutarch describes kyphi in On Isis and Osiris as a compound of sixteen ingredients, honey, wine, raisins and resins among them, mixed by perfumers while the sacred writings were read aloud to them, and Rimmel’s Book of Perfumes of 1865 repeats the account that at Heliopolis it was burned at sunset, after resin at sunrise and myrrh at midday. That is the earliest dosing schedule on record here, three applications a day at fixed times, and it was applied to a room. The conical headpieces shown in Egyptian tomb paintings were long read as cones of scented fat that melted onto the wearer. The two such cones recovered from Amarna and examined by Stevens and colleagues turned out to be hollow and made of wax, and the authors read them as symbolic rather than as a fragrance platform, so that interpretation is best treated as unresolved.
Hand application persisted for three thousand years, and with it a dosing regime set by the finger and the stopper rather than by the pump. Eau de Cologne, the dilute citrus water whose name became the generic term for a light fragrance, dates to the Farina business founded in Cologne in July 1709, and it was splashed and dabbed. Rimmel described it in 1865 as invented in the previous century by an apothecary of that city and extracted principally from the flowers, leaves and rind of the bitter orange and other citrus, which is the composition its name still implies. Eugène Rimmel, the London perfumer, advertised himself in 1862 as the patentee of a perfume vaporiser for balls, soirées and theatres, a device for scenting rooms, not people, and he also sold perfumed valentines, an early instance of fragrance applied to paper. The personal atomizer came from medicine. Allen DeVilbiss, a physician in Toledo, Ohio, built atomizers for the nose and throat, and was granted a United States patent for an atomizer, number 648,656, filed in 1899 and issued in 1900, and his son Thomas turned the company toward perfume atomizers, which became its best-selling product according to the University of Toledo’s account. Secondary accounts date the move into perfume to about 1907.
The spray made the dose discrete. A splash or a dab has no natural unit, while a pump delivers a fixed volume each time it is pressed, which is the only reason the question can be asked in pushes at all. Modern fine-fragrance pumps are manufactured to nominal doses, and Aptar’s VP4 pump, a widely used fragrance pump, is offered at 70, 100 and 140 microlitres per actuation. The planning value of 0.10 mL used here is the middle of that range. It also fixes the number of actuations a bottle holds. Writing $V_b$ for the bottle volume and $N_{\mathrm{day}}$ for the daily spray count, the bottle holds $N_b$ actuations and lasts $T_b$ days.
\[N_b = \frac{V_b}{v_s}, \qquad T_b = \frac{V_b}{v_s \, N_{\mathrm{day}}}\]A 100 mL bottle holds between $100 / 0.14 = 714$ and $100 / 0.07 = 1{,}429$ actuations depending on the pump, and 1,000 at the planning value. At three sprays a day it lasts 333 days, and at four it lasts 250, so the choice between the two scenarios is also a choice about when the next bottle is bought.
The Hypothesis
A hypothesis that cannot fail is not worth adjudicating, so this one is stated with its rejection criteria attached.
Hypothesis. The conventional three-spray and four-spray doctrines are sound for spray-applied fine fragrance on a human wearer. The claim decomposes into three parts, each of which can be supported or rejected independently.
- H1, dose. Three or four sprays is the smallest dose that meets a conversational-distance end state without unacceptable collateral or overkill, and the fourth spray adds less than the third.
- H2, placement. The conventional application points are chosen for the mechanism that actually operates, which the conventional literature names as warmth at the pulse points.
- H3, the wearer. The difference between the conventional application points for men and for women is a property of clothing and hair rather than of the wearer’s sex.
Rejection criteria. H1 is rejected in a scenario if the smallest adequate dose there is not three or four sprays, or if no dose is adequate. H2 is rejected if the named mechanism is not the operative one, and partially supported if the named mechanism operates but does not dominate. H3 is rejected if the wearer’s sex changes the preferred points once clothing, hair and the identity of the intended receiver are held fixed. The overall hypothesis is supported only if all three parts are supported, rejected if all three are rejected, and partially supported otherwise.
The criteria were written before the adjudication was run, and the scenario parameters were not revised after the results were seen, with one exception that is recorded in the Epistemic State section.
Planning Assumptions, Constraints and Restraints
Every quantity the adjudication uses is listed here with its class. Measured quantities come from a cited source. Calibrated quantities were chosen so that the model reproduces a commonly reported qualitative outcome, and they carry the weakest warrant in the article. Assumed quantities are planning values that a reader with better data should replace.
| Symbol | Quantity | Planning value | Class |
|---|---|---|---|
| $v_s$ | Volume delivered per actuation | 0.10 mL | Measured range, value assumed |
| $\rho$ | Density of the finished fragrance | 0.82 g/mL | Assumed from the ethanol density |
| $c$ | Mass fraction of aromatic compounds | 0.03 to 0.25 by class | Measured range |
| $\eta$ | Fraction of the spray that lands on the target | 0.70 | Assumed |
| $\tau$ | Lumped emission time constant | 3 h | Assumed |
| $u$ | Air speed past the wearer | 0.1 m/s indoors, 1.0 m/s outdoors | Assumed |
| $a$ | Plume spread per metre of distance | 0.3 | Assumed |
| $C_{50}$ | Median detection concentration of the blend, in total aromatic mass | 30 µg/m³ | Calibrated |
| $\sigma$ | Spread of receiver thresholds, natural log units | 1.2 | Assumed |
| $C_{\mathrm{over}}$ | Median concentration judged too strong | $30\,C_{50}$ | Assumed |
| $V$, $\lambda$ | Room volume and air change rate | By scenario | Measured range |
The calibrated threshold deserves a sentence of defence. Individual fragrance materials are detected at very low concentrations, linalool at 3.2 ng/L, which is 3.2 µg/m³, according to Elsharif, Banerjee and Buettner. A blend is diluted in its own carrier of weaker materials. Perfume engineering expresses each component’s contribution as an odour value, its vapour concentration $C_k$ divided by its detection threshold $\mathrm{ODT}_k$, and a component is perceptible when its odour value exceeds one. If the most potent component makes up a mass fraction $x_k$ of the aromatic material, the total aromatic concentration at which it reaches threshold follows directly.
\[\mathrm{OV}_k = \frac{C_k}{\mathrm{ODT}_k} = \frac{x_k \, C}{\mathrm{ODT}_k}, \qquad C_{50} \approx \frac{\mathrm{ODT}_k}{x_k}\]With linalool at 3.2 µg/m³ making up a tenth of the aromatic mass, the blend reaches threshold at $3.2 / 0.1 = 32$ µg/m³ of total aromatic material. The approximation ignores the vapour-phase enrichment of volatile components and the interaction of components below their individual thresholds, so it supports the order of magnitude and nothing finer. The value of 30 µg/m³ was then chosen so that three sprays of eau de parfum are detectable at a little under two metres indoors when fresh, which matches the projection the trade literature commonly describes. It is the weakest number in the article, and the sensitivity analysis varies it by a factor of three in each direction.
The scenario distances follow the proxemic zones that Edward Hall set out in The Hidden Dimension, in which intimate distance extends to about 0.46 m, personal distance to 1.2 m and social distance to 3.7 m.
Constraints are conditions the plan must satisfy. The adjudication imposes three. An intended receiver must detect the fragrance more often than not, an unintended receiver must detect it no more than one time in five, and an intended receiver must find it too strong no more than one time in ten. Restraints are actions the plan may not take regardless of effect. The plan may not apply fragrance to a person who has not consented, may not exceed the limits set out in the safety section, and may not treat the wearer’s own nose as a measuring instrument, for reasons established in a later section.
The Dose Model
Mass per actuation
The quantity that matters is not the number of sprays but the mass of aromatic material placed on the target. Write $N$ for the number of actuations, $v_s$ for the volume each delivers in millilitres, $\rho$ for the density of the finished product in grams per millilitre, $c$ for the mass fraction of aromatic compounds, and $\eta$ for the fraction of the sprayed mass that lands on the target rather than in the air around it. The deposited aromatic mass $m_0$ in grams is then the product.
\[m_0 = N \, v_s \, \rho \, c \, \eta\]The planning density of 0.82 g/mL sits above the density of ethanol, 0.789 g/mL at 20 °C, on the assumption that the dissolved aromatic material is denser than the solvent. For an eau de parfum at fifteen percent, one actuation of 0.10 mL at 0.82 g/mL carries $0.10 \times 0.82 \times 0.15 = 0.0123$ g, or 12.3 mg of aromatic material before deposition losses. Three actuations deposit $3 \times 12.3 \times 0.70 = 25.8$ mg on the wearer, and four deposit 34.4 mg. Not all of the deposited mass reaches the air. Some is absorbed through the skin, and Bronaugh and colleagues found that on unoccluded skin absorption varied widely between fragrance compounds, presumably because evaporation competes with penetration, while under occlusion more than half of the applied dose of the compound tested in humans was absorbed. Clothing over an application point is a partial occlusion, which is one reason the adjudication treats covered skin as a slower and lossier point. The figure that a reader should carry forward is that the entire three-spray scenario concerns about a quarter of a gram of product and about twenty-six milligrams of the material that is actually smelled.
The spray-equivalent
The original question was posed in sprays, and a spray is not a unit of dose. Four sprays of an eau de toilette at ten percent and four sprays of an extrait at twenty-five percent differ in aromatic mass by a factor of two and a half. Define the spray-equivalent $N_{\mathrm{eq}}$ as the dose expressed in actuations of a reference eau de parfum at $c_{\mathrm{ref}} = 0.15$, holding the pump volume and density fixed.
\[N_{\mathrm{eq}} = N \, \frac{c}{c_{\mathrm{ref}}}\]Four sprays of eau de toilette are $4 \times 0.10 / 0.15 = 2.7$ spray-equivalents. Three sprays of an extrait at twenty-five percent are 5.0. Ten sprays of a body mist at two percent are 1.3. The three-push and four-push scenarios are therefore not comparable across products until they are converted, and much of the disagreement in published application advice is advice about different doses expressed in the same unit. Every result below is stated for the reference eau de parfum unless another class is named.
| Class | Aromatic fraction, planning value | Mass per actuation | Spray-equivalents per actuation |
|---|---|---|---|
| Body mist | 0.02 | 1.6 mg | 0.13 |
| Eau de cologne | 0.03 | 2.5 mg | 0.20 |
| Eau de toilette | 0.10 | 8.2 mg | 0.67 |
| Eau de parfum | 0.15 | 12.3 mg | 1.00 |
| Extrait or parfum | 0.25 | 20.5 mg | 1.67 |
Emission and Decay
The lumped emission model
A fragrance is a mixture of compounds with volatilities spanning several orders of magnitude, which is the physical basis of the top, heart and base structure described in the trade literature. Perfume engineering models each component separately, computing headspace concentrations from activity coefficients and dividing by each component’s detection threshold to obtain an odour value, an approach developed by the Rodrigues group at Porto from Mata, Gomes and Rodrigues onward and summarised by Rodrigues, Nogueira and Faria. The adjudication collapses that mixture into a single pool that empties at a rate proportional to what remains. Write $\tau$ for the emission time constant in hours and $t$ for the time since application. The emission rate $q$ in micrograms per second is then as follows.
\[q(t) = \frac{m_0}{\tau} \, e^{-t/\tau}\]With $m_0 = 25.8$ mg and $\tau = 3$ h, the initial emission rate is $25{,}830 \text{ µg} / 10{,}800 \text{ s} = 2.39$ µg/s. Eight hours later it has fallen by a factor of $e^{8/3} = 14$.
This is the first simplification that a reader should distrust. A real fragrance front-loads its most volatile material, so the early emission is higher than the lumped model says and the late emission comes from a smaller and heavier residue. The adjudication results that depend on this simplification are flagged where they appear. Part of the deposited mass may not be emitted within a day at all. Malhiac et al 2026 found base-note material still retained on blotters after eight hours, and Hurley et al 2021 modelled 20 to 40 percent of the hydroxyl reactivity in commercial fragrance mixtures as evaporating too slowly to affect local air quality. A residue of that kind lowers the effective $m_0$ and moves every adjudicated count slightly upward.
Temperature
Evaporation from skin is governed by the vapour pressure of each compound, which rises steeply with temperature. The Clausius and Clapeyron relation, which descends from Clapeyron’s 1834 analysis of the motive power of heat, cited here in its 1843 German translation, and was given its thermodynamic form by Clausius in 1850, gives the ratio of vapour pressures, and therefore approximately of emission rates, at two absolute temperatures $T_1$ and $T_2$ for a compound with molar enthalpy of vaporisation $\Delta H_{\mathrm{vap}}$, where $R$ is the molar gas constant.
\[\frac{q(T_2)}{q(T_1)} \approx \frac{p(T_2)}{p(T_1)} = \exp\!\left[ \frac{\Delta H_{\mathrm{vap}}}{R} \left( \frac{1}{T_1} - \frac{1}{T_2} \right) \right]\]For linalool, a common heart-note material, the Chemistry WebBook of the National Institute of Standards and Technology gives a measured enthalpy of vaporisation of 50.3 kJ/mol near its boiling point and standard values of 55.3 and 65.0 kJ/mol from two extrapolations. Skin is not uniformly warm. In normal-weight adults at rest in a thermoneutral room, Savastano and colleagues measured abdominal skin at 32.8 °C and the fingernail bed at 28.6 °C, and the extremities are generally cooler than the trunk, as Webb’s sixteen-site measurements also show. Taking $\Delta H_{\mathrm{vap}} = 55.3$ kJ/mol, $T_1 = 301.75$ K for the coolest distal skin and $T_2 = 305.95$ K for the trunk, the ratio is as follows.
\[\frac{q(305.95)}{q(301.75)} = \exp\!\left[ \frac{55{,}300}{8.314} \left( \frac{1}{301.75} - \frac{1}{305.95} \right) \right] = 1.35\]Across the three enthalpies the factor runs from 1.32 to 1.43, and for a more typical two-kelvin difference between wrist and trunk it is about 1.15. Warmer skin emits faster and is exhausted sooner. It does not emit more in total, because the mass is fixed at application, so the time constant scales inversely with the emission factor.
\[\frac{\tau(T_2)}{\tau(T_1)} = \frac{q(T_1)}{q(T_2)}\]The three-hour planning constant on the trunk becomes about $3 \times 1.35 = 4.1$ h on the coolest distal skin. Since the detection radius at application scales as the square root of the emission rate, the entire temperature advantage of trunk over extremity is worth $\sqrt{1.35} = 1.16$ in starting radius, which is almost exactly what a fourth spray adds to three. The temperature effect is real, it is the only part of the pulse-point rationale with a physical mechanism, and it is the size of one spray in four.
Transport to the Receiver
The near field
Between the wearer and a receiver at conversational distance, the fragrance travels as a plume carried and diluted by moving air. Indoors much of that air movement is generated by the wearer. A standing person heats the surrounding air and drives a rising boundary layer, which Craven and Settles measured as a plume reaching a time-averaged vertical velocity of about 0.24 m/s some 0.4 m above the head. Fragrance placed anywhere on the torso is collected by that flow and carried upward past the face, which matters for placement and is taken up in that section. A review by Zong et al 2022 reports the plume carrying floor-level particles into the breathing zone at concentrations up to four times the ambient, so even the lowest application points feed it. A Gaussian plume from a continuous point source has a centreline concentration inversely proportional to the air speed and to the product of its two lateral spreads. Taking both spreads to grow linearly with distance, $\sigma = a\,r$, the concentration $C$ at distance $r$ in metres is as follows.
\[C(r, t) = \frac{q(t)}{\pi \, u \, a^2 \, r^2}\]At $t = 0$, three sprays, $u = 0.1$ m/s and $a = 0.3$, the concentration at one metre is $2.39 / (\pi \times 0.1 \times 0.09 \times 1) = 85$ µg/m³. At half a metre it is four times that, 338 µg/m³, and at the wearer’s own nose, about 0.2 m from the neck, it is 2,100 µg/m³.
The detection radius
Setting $C(r) = C_{50}$ and solving for $r$ gives the distance $r^{*}$ at which the median receiver can just detect the fragrance.
\[r^{*}(t) = \sqrt{ \frac{q(t)}{\pi \, u \, a^2 \, C_{50}} } = \sqrt{ \frac{N \, v_s \, \rho \, c \, \eta}{\pi \, u \, a^2 \, C_{50} \, \tau} } \; e^{-t/2\tau}\]This is the central result on dose, and it does not depend on the calibrated threshold in the way the absolute numbers do. The detection radius grows with the square root of the spray count, and the area $\mathcal{A}$ within which the median receiver detects the fragrance grows linearly with it.
\[\frac{r^{*}_{N_2}}{r^{*}_{N_1}} = \sqrt{\frac{N_2}{N_1}}, \qquad \mathcal{A} = \pi \, r^{*2} \propto N\]Going from three sprays to four multiplies the radius by $\sqrt{4/3} = 1.155$ and the detected area by $4/3$. Doubling the dose buys forty-one percent more radius. The absolute radius at application is 1.68 m for three sprays indoors and 1.94 m for four, but those numbers inherit the calibration of $C_{50}$ and are illustrative and not predictive.
The same expression yields a half-life for the radius. Because the radius decays as $e^{-t/2\tau}$, it halves after $2\tau \ln 2$.
\[t_{1/2}^{(r)} = 2\,\tau \ln 2 = 4.16 \text{ h} \quad \text{for } \tau = 3 \text{ h}\]The radius half-life is independent of dose. No spray count changes how quickly the projected footprint shrinks. Dose sets the starting radius and nothing else.
The detection life at a fixed distance
The complementary question is how long a receiver at a fixed distance $r$ continues to detect. Setting $C(r, t) = C_{50}$ and solving for $t$ gives the detection life $t_{\mathrm{det}}$, which exists only if the fragrance is detectable at that distance at all.
\[t_{\mathrm{det}}(r) = \tau \ln \frac{q_0}{\pi \, u \, a^2 \, r^2 \, C_{50}}, \qquad q_0 = \frac{m_0}{\tau}\]For three sprays at one metre indoors, $t_{\mathrm{det}} = 3 \ln (84.6 / 30) = 3.11$ h, and for four sprays it is 3.97 h. Because $q_0$ is proportional to $N$, the life added by one more spray depends only on the count already applied.
\[\Delta t_{\mathrm{det}} = \tau \ln \frac{N + 1}{N}\]The second spray adds $3 \ln 2 = 2.08$ h, about 125 minutes. The fourth adds $3 \ln (4/3) = 0.86$ h, about 52 minutes. Each spray buys less time than the one before it, and the fourth buys under an hour.
Wind
Outdoors the air speed past the wearer rises by about an order of magnitude. Because the concentration is inversely proportional to $u$, the detection radius scales as $u^{-1/2}$. A breeze of 1.0 m/s shrinks the three-spray radius from 1.68 m to 0.53 m. Holding the radius fixed while the air speed changes from $u_1$ to $u_2$ requires the spray count to change in proportion.
\[\frac{N_2}{N_1} = \frac{u_2}{u_1} \quad \text{at fixed } r^{*}\]Recovering the indoor three-spray radius in a 1.0 m/s breeze therefore requires $3 \times 1.0 / 0.1 = 30$ sprays. No conventional spray count projects outdoors in moving air the way it does indoors, and this is the one regime where the four-push scenario is underpowered rather than overpowered.
The far field, where the room becomes the source
In an enclosed space the plume does not leave. Ventilation rates span an order of magnitude. The United States Environmental Protection Agency’s Exposure Factors Handbook recommends a median of 0.45 air changes per hour for residences and reports a mean of 1.5 for non-residential buildings. Treat the room as a well-mixed volume $V$ in cubic metres ventilated at an air change rate $\lambda$ per hour. The room concentration $C_{\mathrm{room}}$ obeys a mass balance in which the wearer’s emission enters and the ventilation removes a fixed fraction per hour.
\[\frac{dC_{\mathrm{room}}}{dt} = \frac{q(t)}{V} - \lambda \, C_{\mathrm{room}}, \qquad C_{\mathrm{room}}(0) = 0\]With the exponentially decaying source, the solution is as follows.
\[C_{\mathrm{room}}(t) = \frac{m_0}{\tau V} \cdot \frac{e^{-t/\tau} - e^{-\lambda t}}{\lambda - 1/\tau}\]It peaks when its derivative vanishes.
\[t_{\mathrm{peak}} = \frac{\ln(\lambda \tau)}{\lambda - 1/\tau}\]For a shared office of 30 m³ at one air change per hour, three sprays peak at $t = \ln 3 / (2/3) = 1.65$ h with a room concentration of 166 µg/m³. At that moment the plume adds only 49 µg/m³ at one metre. The room concentration exceeds the near-field concentration at conversational distance from twenty minutes after application onward, and it is the same everywhere in the room. In that regime the wearer is no longer the source in any operational sense. The room is the source, and every occupant is a receiver whether intended or not. This is the condition the trade literature describes as a fragrance that fills a room, and it is area denial in the literal sense of the term.
The open-plan office of 500 m³ at two air changes per hour holds the same three sprays at a peak of 6.0 µg/m³ after 1.08 h, a fifth of the median threshold, so the near field governs and the wearer remains the source. The difference between the two offices is a factor of thirty-three in $\lambda V$, and it decides the scenario before spray count is considered.
The room-regime number
The decision between the two regimes can be made before anyone sprays anything. Once $t \gg 1/\lambda$, the room solution approaches a fixed multiple of the current emission rate.
\[C_{\mathrm{room}}(t) \;\to\; \frac{q(t)}{V \left( \lambda - 1/\tau \right)}\]Dividing by the near-field concentration at the intended receiver’s distance $r_i$ cancels the emission rate entirely and leaves a dimensionless room-regime number $\Pi$, with $\lambda$ and $1/\tau$ expressed per second.
\[\Pi = \frac{C_{\mathrm{room}}}{C(r_i)} = \frac{\pi \, u \, a^2 \, r_i^2}{V \left( \lambda - 1/\tau \right)}\]When $\Pi$ exceeds one, the room is the source, and no spray count changes that, because $\Pi$ does not contain the dose. For the shared office, $\Pi = (\pi \times 0.1 \times 0.09 \times 1) / (30 \times 1.85 \times 10^{-4}) = 5.09$, and the model’s ratio of room to plume concentration at one metre is 4.74 at four hours and 5.06 at eight, converging on it. For the open-plan office $\Pi = 0.12$, and for dinner at half a metre in the restaurant $\Pi = 0.048$. The number is the formal version of the first thing to check, and it is computed from the room and the conversation distance alone. The near-field and far-field pair is not an invention of this article. It is the standard two-zone model of occupational hygiene, whose predictions Abattan et al 2021 compared with measurements across 21 studies, and it is recommended for cosmetic spray exposure by Steiling et al 2025.
A closed car is the limiting case. For times short compared with $1/\lambda$, ventilation has not yet acted and the room concentration is the emitted mass divided by the volume.
\[C_{\mathrm{room}}(t) \approx \frac{q_0 \, t}{V} \quad \text{for } t \ll 1/\lambda, \; t \ll \tau\]Five minutes after three fresh sprays in a 3 m³ cabin, $C_{\mathrm{room}} \approx 2.39 \times 300 / 3 = 239$ µg/m³, eight times the median threshold, everywhere in the car.
Perception
Intensity grows slowly with concentration
Perceived odour intensity $\psi$ follows Stevens’ power law in concentration, introduced in Stevens’ 1957 paper, with an exponent $n$ well below one. The table of exponents reproduced by Moskowitz and colleagues gives 0.55 for coffee odour and 0.6 for heptane, and they note values as low as 0.2 to 0.3 for some odorants in a liquid diluent. The constant $k$ sets the scale and drops out of every ratio used here.
\[\psi = k \, C^{\,n}\]At a fixed distance the concentration is proportional to the spray count, so two counts compare through the exponent alone.
\[\frac{\psi_{N_2}}{\psi_{N_1}} = \left( \frac{N_2}{N_1} \right)^{n}\]With $n = 0.5$ the fourth spray raises perceived intensity at a fixed distance by $(4/3)^{0.5} - 1 = 15$ percent. With $n = 0.3$ it raises it by 9 percent. The fourth spray is mostly invisible to a receiver who was already detecting the third, and mostly visible to receivers who were not, because detection is a threshold event and intensity is not.
Receivers differ
Receivers do not share a threshold. Detection ability falls with age, and in the large sample of Doty and colleagues more than half of those aged 65 to 80 showed major impairment of smell identification. It differs slightly by sex, in a direction and size taken up in the section on the wearer. And it fails entirely for some compounds in some people. Sato-Akuhara and colleagues cite specific anosmia to the musk exaltolide in 7.2 to 9 percent of people of European descent and to muscone in 6 percent, a phenomenon first reported for musk by Whissell-Buechy and Amoore as odour-blindness with simple recessive inheritance, and Keller and colleagues tied variation in one odorant receptor gene to differences in how androstenone is perceived. A musk-heavy fragrance therefore has receivers for whom no dose is detectable, and the wearer may be one of them. The adjudication represents this by a log-normal distribution of thresholds, so the probability that a receiver drawn at random detects concentration $C$ is the standard normal distribution function $\Phi$ of the log ratio.
\[P_{\mathrm{det}}(C) = \Phi\!\left( \frac{\ln C - \ln C_{50}}{\sigma} \right)\]The same form with the median overload concentration $C_{\mathrm{over}}$ in place of $C_{50}$ gives the probability $P_{\mathrm{over}}$ that a receiver finds the fragrance too strong.
\[P_{\mathrm{over}}(C) = \Phi\!\left( \frac{\ln C - \ln C_{\mathrm{over}}}{\sigma} \right)\]With $\sigma = 1.2$, one standard deviation of threshold is a factor of $e^{1.2} = 3.3$ in concentration, so a receiver at the sixteenth percentile of sensitivity needs 3.3 times the concentration the median receiver needs.
Overkill is a near-field phenomenon. At half a metre, fifteen minutes after application, one spray produces about 104 µg/m³ and a four percent chance that the receiver finds it too strong. Three sprays produce 311 µg/m³ and a nineteen percent chance. At 0.3 m, which is the distance of an embrace, three sprays produce a forty-nine percent chance. The conventional three-push is therefore adjudicated, at intimate distance and in the first hour, as about as likely to be judged excessive as not.
The Wearer Is the Least Reliable Sensor
Every receiver in the adjudication is somebody other than the wearer, and that is deliberate. The wearer is the one receiver whose readings cannot be used.
Adaptation
Continuous exposure to an odour reduces its perceived intensity within minutes, and the effect is strongest for the person closest to the source. Dalton’s review of olfactory adaptation describes a stimulus-specific loss of sensitivity during exposure, with raised thresholds and reduced intensity above threshold, both depending on the concentration and the duration of exposure, and notes that the effect can be very long-lasting. The review does not supply time constants, but later experiments bracket them. Pierce and Simons 2018 found the perceived intensity of a continuously delivered odour significantly reduced at five minutes and at ten, and Hintschich et al 2024 found detection thresholds already significantly raised after ten minutes of continuous exposure. The values used below remain planning values, chosen within that bracket. Beekman et al 2022 measured the wearer directly, and found that wearing perfume in an amount judged about right significantly worsened the wearer’s odour threshold and discrimination, so the degradation is not confined to the fragrance worn. The wearer is the receiver with the highest exposure by an order of magnitude. Because the near-field concentration falls as the inverse square of distance, the ratio of the wearer’s exposure at $r_w$ to a receiver’s at $r_i$ is independent of everything else.
\[\frac{C(r_w)}{C(r_i)} = \left( \frac{r_i}{r_w} \right)^{2}\]At 0.2 m from a neck application the near-field equation gives 2,100 µg/m³ at application, $(1/0.2)^2 = 25$ times, or twenty-five times what a receiver at one metre experiences. Model the wearer’s perceived intensity relative to its initial value as an adaptation factor $A(t)$ that decays from one toward a floor $\beta$ with a time constant $\tau_a$.
\[A(t) = \beta + (1 - \beta)\, e^{-t/\tau_a}\]With an assumed floor of $\beta = 0.3$ and an assumed $\tau_a = 5$ min, the wearer perceives half the initial intensity at the adaptation half-time $t_{1/2}^{(a)}$.
\[t_{1/2}^{(a)} = \tau_a \ln \frac{1 - \beta}{0.5 - \beta}\]That is $t = 5 \ln 3.5 = 6.3$ min. At that moment the emission rate is still $e^{-6.3/180} = 0.966$ of its initial value.
Six minutes after application the wearer believes half the fragrance has gone, and ninety-seven percent of the emission is still present.
The reapplication spiral
A wearer who uses perceived intensity as the measure of effectiveness and reapplies when it falls to half will reapply at about six minutes, adapt to the new level, and reapply again. Each cycle adds dose that every other receiver perceives at full sensitivity, because no other receiver has spent the morning at 0.2 m from the source. If the wearer reapplies the original dose every adaptation half-time $\Delta_r$, the emission rate at time $t$ is the sum over every application so far, with $k = \lfloor t / \Delta_r \rfloor$ reapplications.
\[q_{\mathrm{spiral}}(t) = \frac{m_0}{\tau} \sum_{j=0}^{k} e^{-(t - j \Delta_r)/\tau}\]With $\Delta_r = 6.3$ min, nine reapplications fall within the first hour, and at $t = 1$ h the emission rate is 11.8 times what the single application alone would produce. The process has no internal stopping condition. It ends at the bottle, at the schedule, or at a remark from a colleague, and the remark is the only one of the three that carries information about the end state.
This is the mechanism behind the overapplication that the trade literature warns against, and the adjudication’s restraint follows from it. The wearer may not use self-perception to decide whether to reapply. Reapplication is scheduled in advance as a sequel, as in the open-plan case, or triggered by an independent observer. The independent observer serves as the plan’s red cell, a receiver who did not participate in the application and whose report is therefore not contaminated by it. A red cell can be a household member asked at the door, and it is the cheapest instrument in the plan.
A secondary effect compounds the first. The wearer adapts not only during the day but across days to a fragrance worn daily. Dalton and Wysocki exposed subjects continuously to one of two odorants in their own homes for two weeks and observed odorant-specific rises in detection threshold and falls in perceived intensity, with reduced sensitivity still evident in most subjects up to two weeks after the exposure ended. A signature fragrance is therefore perceived more weakly by its wearer each month while it is perceived identically by everyone else. The sensible response is to hold the dose fixed by count and to ignore the impression that the fragrance has grown weaker, because the impression measures the wearer and not the fragrance.
Scenarios and Adjudication
The scenarios
Six scenarios were defined before the adjudication was run. Each states an end state, the distance to the intended receiver, the distance to the nearest unintended receiver, and the air in which the encounter takes place.
| Scenario | Window after application | Intended receiver | Unintended receiver | Air |
|---|---|---|---|---|
| S1 shared office | 0.5 to 8.5 h | 1.0 m | 2.5 m | 30 m³, 1 change per hour |
| S2 open-plan office | 0.5 to 8.5 h | 1.0 m | 2.5 m | 500 m³, 2 changes per hour |
| S3 interview | 0.5 to 1.5 h | 1.5 m | None | 30 m³, 1 change per hour |
| S4 dinner | 0.25 to 4.25 h | 0.5 m | 2.0 m | 200 m³, 3 changes per hour |
| S5 outdoor event | 0.25 to 4.25 h | 0.5 m | 3.0 m | Open air, 1.0 m/s |
| S6 elevator | 0.5 to 0.55 h | None | 0.6 m | Still air, 0.1 m/s |
The elevator is not an end state anyone seeks. It is a phase line that every morning application crosses on the way to S1 or S2, and it is adjudicated as a constraint on those scenarios.
Measures of effectiveness
For each course of action the adjudication computes three measures, each averaged over the scenario’s time window. Detection $D$ is the mean probability that the intended receiver detects the fragrance. Collateral $K$ is the mean probability that the unintended receiver does. Overkill $O$ is the mean probability that the intended receiver finds it too strong. The concentration at each receiver is the near-field plume plus the room term.
\[D = \frac{1}{t_1 - t_0} \int_{t_0}^{t_1} P_{\mathrm{det}}\!\big( C(r_i, t) + C_{\mathrm{room}}(t) \big) \, dt\]$K$ and $O$ follow by replacing the intended receiver’s distance $r_i$ with the unintended receiver’s distance $r_u$, or the detection probability with the overload probability.
\[K = \frac{1}{t_1 - t_0} \int_{t_0}^{t_1} P_{\mathrm{det}}\!\big( C(r_u, t) + C_{\mathrm{room}}(t) \big) \, dt, \qquad O = \frac{1}{t_1 - t_0} \int_{t_0}^{t_1} P_{\mathrm{over}}\!\big( C(r_i, t) + C_{\mathrm{room}}(t) \big) \, dt\]A course of action is feasible when $D \geq 0.5$, $K \leq 0.2$ and $O \leq 0.1$. The recommended course of action $N^{\star}$ in each scenario is the smallest feasible spray count, because any spray beyond it buys detection the end state does not require at a cost in collateral and product.
\[N^{\star} = \min \left\{ N \in \{0, 1, \ldots, 6\} \;:\; D(N) \geq 0.5,\; K(N) \leq 0.2,\; O(N) \leq 0.1 \right\}\]The collateral measure is a probability per unintended receiver, and a room usually holds more than one. With $n_u$ unintended receivers at comparable distance, the expected number who detect the fragrance over the window is their sum.
\[\mathbb{E}[n_K] = \sum_{j=1}^{n_u} K_j \approx n_u \, K\]Eight colleagues within 2.5 m in the open-plan office, at the collateral of 0.15 that the split four-push produces below, give $8 \times 0.15 = 1.2$ colleagues detecting the wearer on an average day. The constraint of 0.2 per receiver is therefore not a promise that nobody notices. It is a promise that about one person in five does.
A bound on what distance alone can separate
In the near field, intended and unintended receivers differ only in distance, and the inverse-square law fixes how far apart their concentrations can be. On the log-normal threshold scale that gap is a fixed number of standard deviations, independent of dose.
\[\Delta z = \frac{\ln C(r_i) - \ln C(r_u)}{\sigma} = \frac{2 \ln (r_u / r_i)}{\sigma}\]Holding the unintended receiver at the collateral limit $K_{\max}$ then caps the detection the intended receiver can reach at any instant, whatever the spray count, where $\Phi^{-1}$ is the inverse of the standard normal distribution function.
\[D_{\max} = \Phi\!\left( \Phi^{-1}(K_{\max}) + \Delta z \right)\]For the offices, with $r_i = 1.0$ m and $r_u = 2.5$ m, $\Delta z = 2 \ln 2.5 / 1.2 = 1.53$ and $D_{\max} = \Phi(-0.84 + 1.53) = 0.75$. For dinner, with $r_i = 0.5$ m and $r_u = 2.0$ m, $\Delta z = 2.31$ and $D_{\max} = 0.93$. No spray count can make a fragrance more selective than the geometry of the encounter allows. The bound holds for the near field alone, and a room term only lowers it, which is why the shared office falls so far short of it.
Results for the reference eau de parfum
Each cell gives $D$, $K$ and $O$ in that order.
| Scenario | N = 1 | N = 2 | N = 3 | N = 4 | N = 5 | N = 6 |
|---|---|---|---|---|---|---|
| S1 shared office | 0.53 / 0.48 / 0.01 | 0.72 / 0.68 / 0.03 | 0.81 / 0.78 / 0.05 | 0.86 / 0.84 / 0.08 | 0.90 / 0.87 / 0.11 | 0.92 / 0.90 / 0.13 |
| S2 open-plan office | 0.16 / 0.02 / 0.00 | 0.30 / 0.06 / 0.00 | 0.40 / 0.11 / 0.00 | 0.48 / 0.15 / 0.01 | 0.54 / 0.19 / 0.01 ✓ | 0.59 / 0.23 / 0.01 |
| S3 interview | 0.70 / . / 0.01 ✓ | 0.87 / . / 0.04 ✓ | 0.93 / . / 0.08 ✓ | 0.95 / . / 0.13 | 0.97 / . / 0.17 | 0.98 / . / 0.21 |
| S4 dinner | 0.69 / 0.09 / 0.01 ✓ | 0.85 / 0.22 / 0.05 | 0.91 / 0.33 / 0.09 | 0.94 / 0.42 / 0.13 | 0.96 / 0.49 / 0.18 | 0.97 / 0.54 / 0.22 |
| S5 outdoor | 0.09 / 0.00 / 0.00 | 0.21 / 0.00 / 0.00 | 0.31 / 0.00 / 0.00 | 0.39 / 0.00 / 0.00 | 0.46 / 0.00 / 0.00 | 0.52 / 0.00 / 0.00 ✓ |
| S6 elevator | . / 0.74 / . | . / 0.89 / . | . / 0.94 / . | . / 0.96 / . | . / 0.98 / . | . / 0.98 / . |
A check mark denotes a feasible course of action, and a full stop denotes a measure that does not apply because the scenario has no such receiver.
S1, the shared office, has no feasible course of action at any spray count. Detection and collateral rise together and never separate by more than five points, because from twenty minutes onward the room term dominates both receivers equally. The office mate at 2.5 m smells what the visitor at 1.0 m smells. This result survived every sensitivity case in the next subsection, since it is a property of the room term and not of the threshold. The conventional three-push in this scenario delivers 0.81 detection to the intended receiver and 0.78 to the unintended one.
S2, the open-plan office, is feasible at five sprays and at no smaller single dose. The large ventilated volume keeps the room term low, so collateral stays bounded, but the eight-hour window asks a decaying source to perform at hour eight as it did at hour one. The conventional four-push misses the detection constraint by two points.
S3, the interview, is feasible from one spray to three. The smallest feasible dose is one. The scenario’s difficulty is not dose but the sign of the objective, which is taken up separately below.
S4, dinner, is feasible at one spray and at nothing larger. At half a metre the near field is strong, so a single spray is detected more often than not across four hours, and the second spray already pushes the diner at the next table past the collateral constraint. The conventional three-push violates the collateral constraint by thirteen points.
S5, the outdoor event, is feasible only at six sprays. Moving air dilutes by a factor of ten, and nothing below six reaches the detection constraint at half a metre. This is the only scenario in which more than four sprays is the adjudicated answer, and it is also the least robust result in the table.
S6, the elevator, is violated by every morning application. Thirty minutes after a single spray, a passenger at 0.6 m detects the wearer with probability 0.74. No spray count from one to six reduces that below the collateral constraint, so the elevator is not a decision point at all. It is a standing cost of any nonzero course of action, and the plan must either accept it or apply after the commute.
Concentration classes
Repeating the adjudication for the other two common classes moves the smallest feasible dose in the expected direction and changes no qualitative result.
| Scenario | Eau de toilette | Eau de parfum | Extrait |
|---|---|---|---|
| S1 shared office | None | None | None |
| S2 open-plan office | None up to six | 5 | 3 |
| S3 interview | 1 | 1 | 1 |
| S4 dinner | 1 | 1 | 1 |
| S5 outdoor event | None up to six | 6 | 4 |
| S6 elevator | Standing cost | Standing cost | Standing cost |
The conventional three-push appears as the smallest feasible dose exactly once, for an extrait in the open-plan office. The four-push appears exactly once, for an extrait outdoors.
The sequel, in which the four-push is split
The open-plan result is driven by exponential decay over an eight-hour window, and the obvious response is to treat the day as two phases. A sequel is an application planned in advance for a later phase, here at 4.5 h, which is about the middle of the working day. Concentrations from the two applications add, since both the plume and the room equations are linear in the source. For applications of mass $m_j$ at times $t_j$, the emission rate is the superposition of their individual decays, where $\mathbb{1}$ is one once an application has been made and zero before.
\[q(t) = \sum_{j} \frac{m_j}{\tau} \, e^{-(t - t_j)/\tau} \, \mathbb{1}[t \geq t_j]\]| Morning sprays | Midday sprays | Total | $D$ | $K$ | $O$ | Feasible |
|---|---|---|---|---|---|---|
| 3 | 0 | 3 | 0.40 | 0.11 | 0.00 | No |
| 4 | 0 | 4 | 0.48 | 0.15 | 0.01 | No |
| 6 | 0 | 6 | 0.59 | 0.23 | 0.01 | No |
| 2 | 1 | 3 | 0.44 | 0.10 | 0.00 | No |
| 2 | 2 | 4 | 0.53 | 0.15 | 0.00 | Yes |
| 3 | 1 | 4 | 0.53 | 0.15 | 0.00 | Yes |
| 3 | 2 | 5 | 0.60 | 0.19 | 0.01 | Yes |
Four sprays split as three and one, or two and two, achieve what five sprays applied at once achieve, with one spray fewer. The reason is visible in the decay model. A spray applied at seven in the morning spends most of its mass before the afternoon, and a spray applied at noon spends its mass when the end state still needs it. Holding at the end of the window, $t_1$, the emission rate that a dose $m_{\mathrm{req}}$ delivers at its start, $t_0$, requires a single application to be larger by the decay between them.
\[m_0 \geq m_{\mathrm{req}} \, e^{(t_1 - t_0)/\tau}\]For the working day, from 0.5 h to 8 h, that factor is $e^{7.5/3} = 12$, almost all of which would be emitted in the morning as collateral. The four-push scenario, executed as a single application, is the wrong plan. Executed as a sequel, it is the smallest adequate plan for the full working day.
The sequel has a sustainment requirement, which is that the wearer carries a second platform to the midday decision point. That requirement is taken up in the section on application platforms.
Sensitivity
The calibrated threshold and four assumed parameters were varied one at a time. Each cell gives the smallest feasible single application of eau de parfum.
| Case | S1 | S2 | S3 | S4 | S5 | S6 |
|---|---|---|---|---|---|---|
| Base case | None | 5 | 1 | 1 | 6 | Cost |
| Threshold tripled to 90 µg/m³ | None | None | 2 | 2 | None | Cost |
| Threshold divided by three to 10 µg/m³ | None | None | 1 | None | 2 | Cost |
| Time constant 1.5 h | None | 5 | 1 | 1 | 6 | Cost |
| Time constant 6 h | None | 5 | 1 | 1 | 6 | Cost |
| Threshold spread 0.8 | None | 5 | 1 | 1 | 6 | Cost |
| Threshold spread 1.6 | None | None | 1 | 1 | 6 | Cost |
| Plume spread 0.2 | None | None | 1 | 1 | 3 | Cost |
| Plume spread 0.45 | None | None | 1 | 2 | None | Cost |
None means no count from one to six is feasible, and Cost means every nonzero count violates the collateral constraint.
The results divide cleanly into two kinds. Structural results hold in every case. The shared office is infeasible, the elevator is a standing cost, and the interview needs one or two sprays. Dinner needs one or two in every case but one, and in that case, a threshold three times more sensitive than planned, even a single spray reaches the next table too often. Calibrated results move with the threshold and the plume spread, and the open-plan and outdoor answers belong to this kind. A reader should rely on the first kind and treat the second as an illustration of how the reasoning runs. The emission time constant barely matters at the level of the smallest feasible dose, which is reassuring given how crude the lumped model is.
The interview, where the sign of the objective is unknown
S3 was adjudicated as though detection by the interviewer were desirable, and the evidence does not establish that it is. Baron’s 1983 study of applicants wearing a pleasant scent is summarised in a later review by Sorokowska, Sorokowski and Havlíček as finding scented candidates rated especially favourably by female interviewers but not necessarily by male ones. In a follow-up, Baron found that male interviewers marked down applicants who combined scent with other positive cues such as smiling and eye contact, which he described as too much of a good thing.
The interview is therefore the one scenario in which detection may be a cost, and its plan has a branch. If the interviewer is known and the evidence favours detection, the plan is one spray. If the interviewer is unknown, the plan is zero. The difference between the two is a single spray, and the downside of the wrong branch is larger than the upside of the right one, because an interview is a single encounter with no sequel.
A second finding bears on every scenario. In a double-blind study by Roberts and colleagues, men given a fragranced antimicrobial deodorant rather than an identical inactive one reported higher self-confidence, and women watching video clips of them, who could not smell them, rated them more attractive. Photographs showed no difference, which locates the effect in behaviour. Part of the effect of a fragrance on others is mediated by the wearer and requires no receiver to detect anything. That part of the effect is fully delivered by the smallest dose the wearer knows has been applied, which is one more reason the adjudicated doses are small.
Placement
The conventional points
The conventional points can be stated with confidence only at the level of agreement among sources, because most of the grooming and fashion press that publishes them could not be retrieved in full for this article, and the sources that could be retrieved do not agree in detail. The Wikipedia article on perfume describes application to pulse points behind the ears, at the nape of the neck, under the armpits and on the insides of the wrists. Chanel’s guidance names pulse points such as the wrist and neck and offers clothing as an alternative that preserves the fragrance as composed. It adds that perfume can stain delicate fabrics and recommends applying it to the inside of a garment or its lining, which is the garment point the placement analysis below arrives at by a different route. The commonly repeated men’s plans place three sprays on the two sides of the neck and the chest, with a fourth on the nape or the wrists. The commonly repeated women’s plans place sprays on the wrists, the neck, behind the ears and on the décolletage, with the hair, the inner elbows and the backs of the knees as further options. Spray distances given in retail guidance range from about 10 cm to 20 cm.
The stated rationale is almost always warmth at the pulse points. No source located for this article measured a pulse-specific mechanism, and the temperature section above shows that the extremities, including the wrist, are cooler than the trunk rather than warmer. The pulse is the wrong mechanism for the wrist and an unnecessary one for the neck, whose advantage comes from proximity to the receiver’s nose.
The companion rule that the wrists must not be rubbed together because rubbing crushes the fragrance molecules has no physical basis in the form stated, since rubbing does not break covalent bonds. The only test located was informal. Victoria Frolova rubbed a fragrance on her wrists until the skin was pink and found after fifteen minutes that nobody could tell any dramatic difference. Rubbing warms and spreads the application, which by the temperature model should shorten the top notes slightly, and the effect is plausible, small and unmeasured.
What makes a point good
Five properties decide a point’s value, and each corresponds to a term in the models above.
- Temperature sets the emission rate and its exhaustion, through the Clausius and Clapeyron factor.
- Coverage by clothing slows emission, occludes some of the dose into the skin, and delays the start of projection.
- Geometry sets the distance to the receiver’s nose and whether the thermal plume carries the emission toward it.
- Attrition removes dose by contact, most of all by handwashing.
- Self-exposure sets the distance to the wearer’s own nose, and with it the speed of the adaptation that drives the reapplication spiral.
Attrition deserves an equation, because it is the property on which the wrist fails. Suppose each handwash removes a fraction $w$ of the dose remaining on the wrist, and the wearer washes every $\Delta t$ hours. The mass remaining on the wrist then decays continuously by emission and in steps by washing.
\[m(t) = m_0 \, e^{-t/\tau} \, (1 - w)^{\lfloor t / \Delta t \rfloor}\]Averaged over the day, washing adds a loss rate to the emission rate, and the effective time constant $\tau_{\mathrm{eff}}$ is as follows.
\[\frac{1}{\tau_{\mathrm{eff}}} = \frac{1}{\tau} + \frac{-\ln(1 - w)}{\Delta t}\]With the assumed values $w = 0.5$ and $\Delta t = 2$ h, the washing term is $0.693 / 2 = 0.35$ per hour against an emission term of 0.33 per hour, so $\tau_{\mathrm{eff}} = 1 / 0.68 = 1.5$ h. Handwashing halves the working life of a wrist application and sends the removed half down a drain instead of toward a receiver. The wrist is also the point most likely to transfer fragrance to food, paper and other people’s hands, and the point most often raised to the wearer’s own nose, which is the self-exposure pathway at its most direct.
The points assessed
The following table assesses each conventional point against the five properties. Entries are relative and qualitative except where an equation above supports them.
| Point | Temperature | Coverage | Geometry | Attrition | Self-exposure | Assessment |
|---|---|---|---|---|---|---|
| Sides of the neck | Trunk-warm | Exposed | Face height, in the plume | Low | High, about 0.2 m | Strong projection, fast self-adaptation, sun-exposed |
| Base of the throat or sternum | Trunk-warm | Usually covered | Below the face, in the plume | Low | Moderate | Best single point |
| Nape of the neck | Warm | Exposed or under hair | Behind the head | Low | Low | Best second point, projects behind the wearer |
| Behind the ears | Warm | Exposed or under hair | Face height | Low | High | Equivalent to the neck, with a smaller target |
| Wrists | Cooler | Exposed | Mobile | High | Very high when raised | Weakest skin point |
| Inner elbows | Intermediate | Often covered | Mobile | Low | Low | Adequate, slow |
| Backs of the knees | Intermediate | Exposed in a skirt | Low, in the plume | Low | Very low | Adequate for a long, low-intensity trail |
| Underarms | Warm | Covered | In the plume | Interacts with deodorant | Moderate | Excluded for irritation and sensitisation |
| Hair | Cool | Exposed | Face height, moves | Low | Moderate | Long life, use a hair mist |
| Clothing | Ambient | Not applicable | Wherever the garment is | Removable | Varies | Longest life, staining risk, removable |
The base of the throat or the sternum is the best single point. It is on the warm trunk, it sits in the thermal plume below the face so that its emission rises toward any receiver at face height, it suffers little attrition, and if a collar covers it, the emission is slowed and the self-exposure reduced. The nape is the best second point, because it projects behind the wearer, which is where the trail described as sillage is formed, and it is the warm point furthest from the wearer’s own nose. The wrist is the weakest skin point, cooler than the trunk, washed several times a day, and raised to the wearer’s own nose by the gesture used to check whether the fragrance is still there, which is the gesture that adapts the wearer fastest.
The adjudicated plans
The original question asked for the conventional points under the three-push and four-push scenarios, and the answer is set out below beside the adjudicated alternative. The conventional columns are a composite of commonly repeated advice rather than a quotation of any one source. The adjudicated plans are the same for any wearer, with variants for long hair and for an open neckline.
| Plan | Conventional, men | Conventional, women | Adjudicated |
|---|---|---|---|
| One push | Chest | One wrist or the neck | Sternum or base of the throat |
| Two pushes | Both sides of the neck | Both wrists | Sternum and nape |
| Three pushes | Both sides of the neck and the chest | Both wrists and the neck | Sternum, nape and one garment point such as the inside of a collar or a scarf |
| Four pushes | Both sides of the neck, the chest, and the nape or wrists | Wrists, neck and behind the ears, or the hair | Three in the morning at sternum, nape and garment, and one at midday at the sternum, by spray or rollerball |
Three further rules complete the plans.
- The scenario sets the count and the table sets the points. For dinner and the interview the adjudicated count is one, and the one-push plan applies regardless of habit. For the full working day in an open-plan office it is four, split as shown. In a small shared office or under a fragrance-free policy it is zero.
- Long hair substitutes for the nape. A hair mist or a single spray from 20 cm onto the lengths, not the scalp, places dose on a cool, mobile, long-lived point that projects behind and around the wearer.
- An open neckline moves the sternum point onto exposed skin. It then projects sooner and exhausts faster, and in daylight with a citrus-heavy product it is the point that photosensitivity concerns.
Whether the conventional points survive
The conventional neck points survive, for proximity, not pulse. The conventional chest point survives and is promoted to the first point. The conventional nape point survives and is promoted to the second. The conventional wrist points do not survive as skin points, on temperature, attrition and self-exposure together. The hair and garment points survive and are underused, since they are the only points with no skin exposure, and the garment is the only one that can be taken off.
Whether the Wearer’s Sex Changes the Answer
H3 asks whether the conventional difference between men’s and women’s points is a property of the wearer or of what the wearer is wearing. Setting the two conventional lists side by side and asking what each difference depends on gives the answer directly.
| Conventional difference | What it depends on |
|---|---|
| Décolletage for women, chest for men | Neckline. It is the same anatomical point, covered or not |
| Hair for women | Hair length |
| Backs of the knees for women | Skirt length, which exposes or covers the point |
| Wrists emphasised for women | No physical difference identified |
| Beard for some men | Facial hair, a hair point at the worst possible self-exposure distance |
Every difference with a physical basis resolves to clothing or hair. No source located for this article measured a difference in fragrance emission or longevity attributable to the wearer’s sex once those are held fixed, and claims about skin oiliness and longevity in the retail literature were not found in the peer-reviewed literature at all. H3 is supported.
The wearer is not without effect on emission. Hadjiefstathiou et al 2025, Exploring the impact of fragrance measured fragrance evaporation on the skin of several volunteers and found rates differing between individuals in ways explained by skin properties together with the molecules, using the device described by Hadjiefstathiou et al 2025, An innovative device for in vivo. The wearer term is real and it attaches to skin, not to sex, so it widens the emission model’s uncertainty without changing H3.
The receiver’s sex is a different matter, though a small one. In a meta-analysis of olfactory testing, Sorokowski and colleagues found women outperforming men in every domain, with effect sizes between 0.08 and 0.30 that the authors describe as weak, and a threshold effect of 0.16. Doty and Cameron’s review reaches a consistent conclusion. Read as a shift in the log threshold of $g$ standard deviations, and taking this article’s threshold spread $\sigma$ as the standard deviation, an effect of size $g$ scales the median threshold of the more sensitive group.
\[\frac{C_{50}^{\mathrm{women}}}{C_{50}^{\mathrm{men}}} \approx e^{-g \sigma}\]With $g = 0.16$ and $\sigma = 1.2$, the ratio is $e^{-0.19} = 0.83$, so a female receiver’s median threshold is lower by a factor of about 1.2. That is a fifth of a spray per spray, below the resolution of the pump, and it does not change any adjudicated count. The conversion assumes that the test’s threshold units and this article’s share a spread, which is an inference and not a measurement.
Other Application Platforms
The spray count is a property of one platform. The other platforms in common use either have no natural unit of dose or carry so little aromatic material per unit that the spray-count framing breaks. Each is assessed here by what it changes in the dose and transport models.
| Platform | Carrier | Dose control | What it changes |
|---|---|---|---|
| Spray atomizer | Ethanol | Fixed volume per actuation | The reference case |
| Rollerball | Ethanol or oil | Stroke length, poorly controlled | Precise placement, no overspray, $\eta$ near one |
| Splash bottle | Ethanol | None | Large and variable dose, usually of dilute product |
| Solid perfume | Wax, oil or fat | Fingertip load | Low emission rate, intimate range only |
| Perfume oil or attar | Oil, no ethanol | Dab or stroke | Slow emission, long life, short radius |
| Body mist | Ethanol and water | Fixed volume, low concentration | Many sprays for one spray-equivalent |
| Hair mist | Less ethanol, more water | Fixed volume | Formulated for the hair point |
| Aftershave | Ethanol, astringents | Palm load | Low concentration on freshly shaved skin |
The rollerball and the solid are the intimate-range platforms. Their deposition efficiency is near one, since nothing is lost to the air in the act of application, and their dose is small and concentrated at a single point. In the adjudication’s terms they reach S4 without the collateral that a spray brings, and they are the correct sequel platform for S2, since a midday stroke at one point delivers roughly the single spray the sequel requires without a plume in the office. Many rollerballs are an alcohol-based eau de parfum in different packaging, so the platform changes the deposition and not necessarily the product.
The solid perfume and the attar trade radius for longevity. An oil or wax carrier lowers the vapour pressure of the aromatic material dissolved in it, which in the emission model raises $\tau$. Because the detection radius scales as $\tau^{-1/2}$ at application, and its half-life scales as $\tau$, a carrier that changes the time constant from $\tau_1$ to $\tau_2$ trades one against the other.
\[\frac{r^{*}_2(0)}{r^{*}_1(0)} = \sqrt{\frac{\tau_1}{\tau_2}}, \qquad \frac{t_{1/2,2}^{(r)}}{t_{1/2,1}^{(r)}} = \frac{\tau_2}{\tau_1}\]A carrier that triples the time constant shrinks the starting radius by $\sqrt{3}$, to 58 percent, and triples the time over which it decays. Attar is distilled into an oil base, traditionally sandalwood oil and now often liquid paraffin, with Kannauj in India as its historic centre.
Body mists invert the spray-count question. At about two percent aromatic content, a body mist delivers 0.13 spray-equivalents per actuation, so the conventional three-push of a body mist is 0.4 spray-equivalents, below the one-spray dose the adjudication found adequate for dinner. The count of a product at fraction $c$ that matches a required spray-equivalent dose inverts the spray-equivalent definition.
\[N = N_{\mathrm{eq}} \, \frac{c_{\mathrm{ref}}}{c}\]Matching one spray-equivalent with a two percent body mist takes $0.15 / 0.02 = 7.5$ sprays, so a body mist used to the same end state takes about eight sprays, and the instruction on such products to spray liberally is consistent with the dose model and is not a marketing excess.
Aftershave is applied to freshly shaved skin, which the safety section excludes as a point for fine fragrance. Aftershave formulations include astringents and antiseptics for that reason and are low in aromatic content, so the conventional practice of following aftershave with a separate fragrance is a two-platform plan in which the aftershave contributes little to the end state.
Layering, the use of scented washes and lotions from the same line as the fragrance, adds dose at many points at once, and the claim that it extends longevity rests on retail guidance rather than measurement. The effect it certainly has is to add dose that the spray count does not record, so a layered plan should be adjudicated as a higher spray-equivalent.
Other Application Targets
Animals
The adjudicated course of action for applying human fragrance to an animal is zero. The reasons are physiological and they are not close. Domestic cats lack a functional form of the liver enzyme UGT1A6, as Court and Greenblatt established, which leaves them poorly able to glucuronidate phenolic compounds of the kind present in many essential oils. Veterinary guidance from VCA Animal Hospitals lists essential oils toxic to cats on that basis, and the American Society for the Prevention of Cruelty to Animals, or ASPCA, advises against essential-oil diffusers in homes with birds, whose respiratory systems are unusually sensitive to airborne compounds. Dogs present a receiver problem rather than a toxicity problem in the first instance. The usual claim that a dog’s nose is uniformly far more sensitive than a human’s is weaker than its popularity suggests, since McGann reviews evidence that humans outperform dogs for some odorants, but a dog’s nose is in any case the receiver nearest the application point, and the dog did not consent.
Where an animal is to be scented at all, veterinary guidance quoted by PetMD and by the American Kennel Club is to use a product made for the species, to keep it away from the face, eyes, ears and genitals, and not to mask an odour that may have a medical cause. In the terms of this article, that is a different product, a single point on the coat away from the receiver’s own nose, and an investigation of the reason for the application before it is made.
Bags, garments and textiles
A bag or garment is a target without skin chemistry, skin absorption or body heat. In the emission model its time constant is longer than skin’s, since the fabric surface is cooler, and in the transport model it lacks the thermal plume that carries scent upward from the body. It therefore holds fragrance longer and projects it less.
The conventional prohibitions are about materials, not effect. Luxury leather houses advise against direct contact between perfume and their leather goods, and silk and pale fabrics stain. The standard workaround is to scent an intermediate, such as a cotton pad, a scarf or a sachet placed inside the bag, and this is conventional practice rather than a sourced recommendation. A scarf is the most useful of these, because it is a garment point that can be removed, which makes it the only application point with an off switch.
Paper is the oldest textile-adjacent target in the record, from the perfumed valentines noted in the history section to the scented letter, and it is adjudicated as a one-receiver, intimate-range application with no collateral and no further analysis.
Rooms
A room is the one target for which area denial is the stated end state. The far-field equation of the transport section applies directly, with the source now a product designed to emit continuously. Room fragrance platforms include sprays, reed diffusers that evaporate from soaked reeds, electrically heated plug-in devices, candles and incense, and the burning of bakhoor, scented wood chips or blocks used in the Arabian Peninsula to perfume rooms, clothing and hair.
The steady state of a continuous room source $E$ in micrograms per hour, in a room of volume $V$ ventilated at $\lambda$ per hour, is the emission divided by the ventilation flow.
\[C_{\mathrm{room}}^{\infty} = \frac{E}{\lambda V}\]A reed diffuser emitting 20 mg per hour of aromatic material into a 40 m³ living room at half an air change per hour holds $20{,}000 / (0.5 \times 40) = 1{,}000$ µg/m³, thirty-three times the median detection threshold used throughout and above its planning value for too strong. The emission figure is an assumption for illustration, and the conclusion it supports is relative. The approach to that steady state from a fresh start is governed by the ventilation alone.
\[C_{\mathrm{room}}(t) = C_{\mathrm{room}}^{\infty} \left( 1 - e^{-\lambda t} \right)\]At half an air change per hour the room reaches 95 percent of its steady state after $3 / \lambda = 6$ h, so a diffuser placed in the morning has not yet shown its full effect by the afternoon, and a household that judges it by the first hour will overprovision it. The steady state is inversely proportional to ventilation, so a room fragrance product tuned for a draughty room is overpowering in a sealed one, and closing a window doubles the concentration as surely as doubling the product does.
Two cautions specific to rooms carry over from the safety section. Room products emit continuously for hours or weeks, so their contribution to the indoor terpene and ozone chemistry described by Nazaroff and Weschler is much larger than that of a personal application. And every occupant of a room is a receiver, including the animals discussed above, for whom the restraint on diffusers is the operative one.
A car is a room with a volume of about 3 m³. By the far-field equation, the wearer’s own morning application reaches room-regime concentrations in a closed car within minutes, and any room product added to it is applied to the smallest volume considered here.
Safety
The restraints stated at the outset are given content here. Each is a limit that no end state justifies exceeding.
Contact allergy
Fragrance ingredients are among the commonest causes of allergic contact dermatitis. The European Commission’s Scientific Committee on Consumer Safety, or SCCS, concluded in 2012 that one to three percent of the general European population is allergic to fragrance ingredients, and it classified 82 substances as established contact allergens in humans, 54 single chemicals and 28 natural extracts. The fragrance study of the European Dermato-Epidemiology Network, or EDEN, which patch tested 3,119 people drawn from the general population of five European countries, found reactions to fragrance mix I in 2.6 percent and to fragrance mix II in 1.9 percent, and gave a conservative estimate of fragrance allergy of 1.9 percent.
Regulation follows the same evidence. Commission Regulation 2023/1545 of the European Union added 56 fragrance allergens to the 24 already subject to individual labelling in cosmetic products, with labelling required above 0.001 percent in leave-on products and 0.01 percent in rinse-off products. The industry’s own instrument is the set of standards maintained by the International Fragrance Association, or IFRA, which prohibit, restrict or specify the purity of individual materials. For materials that cause sensitisation, the limits are derived by quantitative risk assessment, or QRA, revised as QRA2 by Api and colleagues to account for aggregate exposure from several products used together, which is the regulatory form of the observation that layering adds dose the spray count does not record.
Spray distance and dose per unit area
The induction of skin sensitisation depends principally on the dose per unit area of skin rather than on the total dose, as Kimber, Dearman and Basketter review, except when the exposed area falls below a critical size. Spray distance therefore matters for safety in a way it does not for projection. An atomizer delivers a roughly conical spray of half-angle $\theta$, so at a distance $d$ the footprint has radius $d \tan \theta$ and one actuation spreads its deposited mass over that footprint at a mean areal dose $\mu$.
\[\mu = \frac{v_s \, \rho \, c \, \eta}{\pi \, d^2 \tan^2 \theta}\]With an assumed half-angle of 20 degrees, one actuation of eau de parfum at 10 cm covers 41.6 cm² at a mean of $8{,}610 / 41.6 = 207$ µg/cm² of aromatic material. At 15 cm it covers 93.6 cm² at 92 µg/cm², and at 20 cm 166.5 cm² at 52 µg/cm². Doubling the spray distance quarters the areal dose. The calculation holds the deposition efficiency fixed, which overstates the dose at the greater distances, since more of the spray drifts away from the target, and both errors run in the safe direction. The spray distance in conventional advice is usually justified by even coverage, and the better reason is the inverse square of the distance.
The operational consequence for the application plan is narrow and firm. Sensitisation is cumulative and largely irreversible, so the application plan minimises the dose placed on skin whenever skin is not required by the end state. A wearer who has reacted to a fragrance stops wearing it on skin, and the clothing and hair points in the placement section are the fallback and not a workaround. Broken, irritated or freshly shaved skin is excluded as an application point, because a compromised barrier increases both irritation and the likelihood of sensitisation.
Photosensitivity
Bergamot oil contains furocoumarins, principally bergapten, which under ultraviolet light cause a phototoxic reaction and lasting pigmentation known as berloque dermatitis. In open photopatch tests of bergamot oil and bergapten, Zaynoun, Johnson and Frain-Bell found the phototoxic reaction affected by the vehicle, the concentration of ethanol in it, the skin site, the interval between application and irradiation, the hydration of the skin and its pigmentation, which means that an ethanol-based fragrance on a sun-exposed point is close to the tested condition. IFRA restricts furocoumarin content in leave-on products for this reason, as its furocoumarin update describes, so a compliant modern product presents a low risk. The residual guidance is that the sides of the neck and the décolletage are sun-exposed points, and a wearer using an older, unregulated or home-blended product containing citrus oils should move the application under clothing for an outdoor scenario in daylight.
Eyes, mucous membranes and ingestion
Fine fragrance is mostly ethanol. The National Capital Poison Center gives typical alcohol contents of about ninety percent for eau de parfum and sixty percent for eau de cologne, and warns that in a child ingested alcohol can lower blood sugar to dangerous levels. Bottles are therefore stored as a household chemical is stored, out of reach of children, and the spray is never directed toward the face, the eyes or the mouth, including the wearer’s own. Spraying from 10 to 15 cm at the neck keeps the plume clear of the eyes only if the head is turned away, and the placement section assumes that it is.
Flammability
Ethanol has a flash point of about 13 °C according to the Pocket Guide to Chemical Hazards of the United States National Institute for Occupational Safety and Health, or NIOSH, and its vapour is flammable in air between 3.3 and 19 percent by volume. A freshly sprayed point carries flammable vapour for the seconds before the ethanol evaporates. Fragrance is not applied near an open flame, a lit cigarette or a gas hob, and a pressurised aerosol can is additionally kept away from heat.
Indoor air and receivers who did not consent
The adjudication’s collateral constraint is not a matter of taste alone. A survey of 1,136 adults in the United States by Steinemann found that 34.7 percent reported health problems, including respiratory, migraine and skin effects, when exposed to fragranced consumer products. The figure rests on self-report from an online panel and measures reported sensitivity rather than diagnosed effect, so it should not be read as a prevalence of harm. It is nonetheless large enough that an unintended receiver must be presumed sensitive until shown otherwise, and it has been replicated in other countries by the same method, at 19.9 percent of a representative German sample in the survey reported by Klaschka 2020 and 14.6 percent of a national sample in Saudi Arabia by Alrasheed et al 2021. Inhalation of the spray itself is a smaller concern for a pump atomizer than for an aerosol can. Berrada-Gomez et al 2023 found that pump sprays released on average 0.5 percent of their particles in the respirable range, against 15.25 percent for propellant sprays, so the receiver of a pump-applied fragrance inhales its vapour rather than its droplets.
Workplaces have responded with written policy. The United States Centers for Disease Control and Prevention, or CDC, adopted an indoor environmental quality policy in 2009 asking employees to be as fragrance-free as possible, though the text survives only as quoted by a secondary source and no current copy on the agency’s own site was located. The United States Access Board, the federal agency responsible for accessibility guidelines, recommends in its indoor environmental quality guidance that a fragrance-free policy include restrictions on perfume, cologne and other scented personal care products used by employees, visitors and other occupants. In the United States the Job Accommodation Network lists fragrance sensitivity among conditions for which employers make accommodations such as relocation or reduced exposure. A wearer in a workplace with a fragrance-free policy adopts the zero-spray course of action, which the adjudication already identified as the only one that satisfies S1 and S6.
Fragrance also takes part in indoor chemistry. Terpenes common in fragrances react with ozone indoors to form formaldehyde and secondary organic aerosol, as reviewed by Nazaroff and Weschler and measured by Singer and colleagues. The quantities from a personal application are small next to those from room fragrance products, which is why the room is treated with more caution below.
Materials
Ethanol and fragrance oils stain silk and pale fabrics and can mark leather. Pearls are damaged by acids and by cosmetics, hairspray and perfume, as the Gemological Institute of America notes, and the jeweller’s rule that pearls go on last and come off first follows from that. Fragrance is applied and allowed to dry before jewellery is put on.
Transport
Air travel imposes a sustainment constraint of its own. In the United States the Transportation Security Administration’s liquids rule limits carry-on liquids to containers of 100 mL or 3.4 ounces in a single quart-sized bag, so the sequel platform for a travel day is a small atomizer or a solid.
Adjacent Offensive Applications
The same delivery physics serves purposes this article does not adjudicate, and the boundary is drawn here so that its location is explicit.
Pepper spray delivers an inflammatory agent, oleoresin capsicum, by the same pressurised aerosol mechanism used by some fragrance and deodorant products. Its strength is best described by the content of capsaicin and related capsaicinoids rather than by the percentage of oleoresin capsicum or a Scoville rating, because, as Reilly, Crouch and Yost found, commercial products are not standardised for capsaicinoid content even when labelled by heat rating. The Wikipedia article on pepper spray summarises the same point. Bear spray is a related product registered in the United States by the Environmental Protection Agency, or EPA, as a pesticide, and interagency guidance advises carrying only EPA-registered products. A registered label states its active ingredient as capsaicin and related capsaicinoids at 2.0 percent, the measure that the oleoresin percentage obscures. In the United Kingdom such sprays fall within section 5 of the Firearms Act 1968, in its paragraph on noxious substances, which prohibits weapons designed for the discharge of any noxious liquid, gas or other thing, though the statute does not name pepper spray as such. Malodorants, odours selected to be offensive to nearly everyone, were the subject of research for the United States Department of Defense reported in 2002 and of later military small-business research topics.
These products share with fragrance an aerosol platform, a plume and a receiver. They differ in that the receiver’s consent is absent by design, which places them outside every restraint this article operates under, and in that the end state is incapacitation or dispersal instead of detection. Collateral and overkill have their ordinary meanings in that literature as well. A full analysis of offensive applications is out of scope, and nothing in the adjudication above transfers to them. Two points are stated so that the boundary is not crossed by accident. A fragrance is never sprayed at another person, which falls under the restraint on consent. And a fragrance applied at the overkill end of the adjudicated range is not an offensive application, merely a poorly planned one.
A Survey of the Contemporary Literature
The sections above used the literature to argue. This one reports it, including the parts that bear against the argument and the parts that bear on nothing in it. The question the survey asks is what the published literature knows about fragrance as something applied to a target and perceived by others, which is wider than the question of where to spray and narrower than the chemistry of perfume.
How the survey was built
The bibliographic index Crossref was queried on 3 October 2026 with 115 queries covering perfume release and performance, fragrance on skin and textiles, odour perception and thresholds, olfactory adaptation, individual differences in smell, fragrance allergy and safety, fragranced products in indoor air, fragrance sensitivity, the social and psychological effects of fragrance, the human thermal plume and near-field exposure, consumer spray exposure, essential oils and animals, irritant sprays, the history of perfumery and fragrance products. The queries returned 15,061 distinct records.
A record was admitted on its title alone by a gate written for this article. Several words in this subject are homonyms across large literatures, and the gate refuses titles that carry them in their other senses. Aroma reaches wine, coffee and food chemistry, adaptation reaches climate science, plume reaches volcanology, spray reaches agriculture and coating technology, and olfactory research is dominated by insect and rodent neuroscience. Four bodies of work were excluded deliberately rather than by accident, and a reader should know that they exist. These are the literature on smell loss after coronavirus infection, which is large and concerns the receiver’s illness and not the application, environmental odour nuisance from farms and treatment works, electronic noses, and food flavour. The gate was tuned against random samples of what it kept and what it dropped, drawn with the seeds 20261003, 7741 and 31415 and read in full, and against named guard titles that it must keep or refuse, which it does. Book reviews, peer-review reports, retail listings and one-word titles were refused as carrying no claim. After removing duplicate registrations of the same work, 2,541 works were admitted, each assigned to the first of sixteen clusters whose pattern its title matches.
The surveyed literature is recent. Of the 2,498 works with a publication year, the median year is 2014, 1,192 or 47.7 percent date from 2015 or later, and 518 date from before 2000. 100 carry the year 2026 and therefore postdate this article’s editorial date, as do an unknown number of works from late 2025, which the bibliographic year cannot separate. They are included because a survey of the contemporary literature, written a year after the date it carries, is obliged to report what that year added.
Every admitted work is cited in its cluster’s row below, so the survey is checkable against the reference list, and the counts are verified against the rows mechanically. Admission by title is not a judgement of quality, and the rows mix peer-reviewed research with conference abstracts, preprints and trade articles. The works the prose below discusses by content were read in abstract. Those whose abstracts could not be retrieved are named for their titles only, and the prose says so where it does.
What the literature establishes, and where it is moving
The engineering literature has moved from modelling evaporation to measuring it on people. The perfume engineering programme that supplied the odour-value framework used above continues in the review by Rodrigues et al 2021. Its newer empirical arm measures release from real skin. Hadjiefstathiou et al 2025, An innovative device for in vivo built a device that samples the air above a perfume applied to volunteers’ forearms and to model surfaces, using a perfume of eight fragrance molecules in ethanol, and Hadjiefstathiou et al 2025, Exploring the impact of fragrance used it to show that evaporation rates differ between individuals in ways explained jointly by skin properties and by the molecules themselves. That finding bears directly on H3. It identifies a wearer-specific term in the emission model, and it attaches that term to skin properties rather than to sex. At the slow end of the evaporation curve, Malhiac et al 2026 found that a single headspace extraction does not recover all of a base note deposited on a blotter, and measured residual retention of 8 to 12 percent after eight hours in the presence of a longevity technology. Berthier et al 2023 measured the evaporation kinetics of individual materials in a model perfume and showed a class of fixatives slowing the evaporation of materials with volatilities below 5,000 µg/L in both fine fragrance and eau de toilette. These studies support the lumped emission model’s direction and expose its simplification, because they show that a perfume is a set of pools with very different time constants, and that some of the slowest pool is never emitted at all within a day.
The delivery literature is the largest part of the engineering cluster and mostly concerns textiles and household products. Microcapsules that release fragrance over a day are now routine, for example the silica capsules of Yeom et al 2024, designed to sustain release for up to 24 hours after topical application, and reviews such as Taghilou 2026 catalogue biodegradable carriers and encapsulation as the route to longevity. Dallay et al 2023 reviews how fragrance partitions in skin-care emulsions and borrows from the food literature on aroma release from emulsions. None of this literature addresses spray count or placement, and the absence is the reason they had to be modelled here.
The emission literature has found that fragrance matters to air quality out of proportion to its mass. Hurley et al 2021 characterised eleven commercial fragrance mixtures and reported that fragrance compounds made up less than half of their mass, that terpenes and terpenoids were only about a tenth of the liquid by mass but accounted for nearly all of the emitted reactivity, and that 20 to 40 percent of the potential hydroxyl reactivity does not evaporate quickly enough to matter for local air quality. Two of those findings bear on this article’s planning values. If the mixtures studied resemble the oil in a fine fragrance, the odorous fraction of what is not ethanol is smaller than the class labels suggest, and the share that does not evaporate within hours is a modelled quantity rather than a hypothetical one.
The indoor-air literature confirms the ventilation term of the far-field model in field measurements. Cheng et al 2023 sampled volatile organic compounds from reed diffusers in bathrooms and recorded significantly higher concentrations at lower air change rates. Lee et al 2024, Effect of spraying air freshener sprayed air fresheners in vehicle cabins for under a minute and measured total volatile organic compounds peaking at 364.3 µg/m³ at the front seat, the same order of magnitude as the car calculation above, though for a different product and a larger dose. Kim et al 2024 found that electrically warming scented candles raised indoor monoterpene levels by factors of 16 to 30 on average, and Yun et al 2025 measured fine particles from candles remaining elevated three and six metres from the flame. Rádis-Baptista 2023 reviews the health effects attributed to fragranced personal care and household products, and the risks of scented candles are reviewed by Singh et al 2023, which is known here only by its title.
The perception literature has refined measurement and has begun to predict perception from receptors. Threshold testing with standardised pens is now routine and the cluster is dominated by it. Ren et al 2025 reviews the variability of odour detection thresholds and their influence on building-material odour assessment, which is the problem the log-normal threshold distribution above represents, and is cited by title alone, its abstract being unavailable. Fuseda et al 2025 showed that a modified six-point intensity scale yields ratings on an absolute rather than a relative perceptual scale. Ihara et al 2025 predicted perceptual similarity among eugenol-like odorants from the activation profiles of six olfactory receptors. Receivers also vary within themselves. Bontempi et al 2025 found odours rated more intense in the luteal than the follicular phase of the menstrual cycle, and Nikolaou et al 2025 associated long-term exposure to traffic-related air pollution with impaired odour identification in a population study of 3,059 people.
The adaptation literature now supplies the time scale this article had to assume, and it supports the assumption. Pierce and Simons 2018 delivered linalool and vanillin continuously and found perceived intensity of orthonasal vanillin significantly reduced at five minutes and at ten. Hintschich et al 2024 found odour thresholds already significantly elevated after ten minutes of continuous exposure to phenylethyl alcohol, more so after two hours, and more so in older participants. At the scale of weeks, Mignot et al 2020 exposed participants to an odour at home for two weeks and reported raised thresholds that recovered fully within a week of the exposure ending, with no difference between younger and older adults. That recovery is faster than the two weeks reported by Dalton and Wysocki, and the difference between the two studies is a disagreement in the literature rather than a settled value. Li et al 2023, Patients with olfactory loss exhi found pronounced adaptation in patients with olfactory loss, and Mignot et al 2021 could not establish a clear peripheral mechanism in recordings from the olfactory epithelium, which is consistent with adaptation arising at least partly centrally.
One study tests the wearer directly, and it is the closest thing in the literature to a measurement of this article’s restraint. Beekman et al 2022 asked whether sensory panellists should refrain from wearing perfume, tested nineteen participants under no fragrance, an amount judged about right, and an excessive amount, and found odour threshold and discrimination significantly worse in both perfumed conditions. Wearing even a moderate amount of perfume degraded the wearer’s own sense of smell. The article argued that the wearer is the least reliable sensor from adaptation alone, and this result shows the degradation extending to odours other than the fragrance worn.
The literature on individual differences supports the receiver model and adds that specific anosmia can be trained, briefly. Gillmeister et al 2025, Investigating plasticity of the o screened 335 people for specific anosmia to androstenone, benzyl salicylate, bacdanol or maltol, trained 77 of them for two months, after which sensitivity to the odours they had been unable to smell improved, but that nine of ten participants followed up after 19 months had lost the gain for androstenone. Gillmeister et al 2025, Olfactory training in specific an examined the same training in relation to variants of the receptor gene OR7D4. Benzyl salicylate and bacdanol are perfumery materials, so a fragrance can contain components that a measurable fraction of receivers cannot smell. At the population scale, Suzuki et al 2026 estimated chronic self-reported olfactory dysfunction in Japan at 1.3 percent, rising with age, and Mai et al 2026 recorded the decline with age at the psychophysical, mucosal and cortical levels.
The allergy literature reports high and stable rates among patients, and is moving toward animal-free potency testing. Botvid et al 2024 systematically reviewed 84 studies of European dermatitis patients and found sensitisation to fragrance mix I in 6.81 percent and to fragrance mix II in 3.64 percent, with no clear trend over time and substantial rates among children. These are rates among patients referred for patch testing, higher than the general-population rates in the safety section and not comparable with them. Sukakul et al 2024 reviews patch testing for fragrance allergy, Celeiro 2026 reviews the analytical methods regulators now need to enforce the expanded allergen labelling, and Donthamsetty et al 2024 reports an in vitro assay predicting the no-expected-sensitisation-induction levels on which quantitative risk assessment rests. Api 2026 summarises six decades of the Research Institute for Fragrance Materials, whose individual ingredient safety assessments make up a large share of this cluster’s row.
The sensitivity literature has replicated high self-reported rates across countries, and its policy arm is growing. Klaschka 2020 reports a representative German survey in which 19.9 percent of the population described adverse effects from fragranced products. Half of the fragrance-sensitive had at some time avoided a place because of fragrance, and half of them also used perfume to feel more attractive. Alrasheed et al 2021 found self-reported perfume sensitivity in 14.6 percent of a national sample in Saudi Arabia, with asthma and the use of counterfeit perfume as risk factors. Comparisons of international prevalence by Steinemann 2019, International prevalence of fragr and of fragranced against fragrance-free products by Nematollahi et al 2024 are cited for their titles, since neither abstract was available. All of these are self-report surveys, and the caution the safety section attaches to Steinemann’s figure applies to each.
The social literature is dominated by ambient scent and chemosignals, and its strongest recent result is again on the wearer’s side. Dai et al 2026 paired strangers to share happy events and sharers wearing a pleasant fragrance reported more positive emotion and a stronger sense of belonging, with corresponding differences in cortical functional connectivity. Together with Roberts and colleagues, this places a measurable part of the social effect of fragrance in the person wearing it. Lv et al 2025 measured emotional responses to fragrance with behavioural paradigms that agreed with electroencephalographic measures, and Feng et al 2025 studied floral, fruity and forest scents against physiological markers of fatigue in office workers. The office studies are the ambient-scent literature’s version of the room regime above, in which the scent is deliberately a property of the space and every occupant is its receiver.
The airflow literature confirms the thermal plume’s role and supplies the exposure models this article used. Zong et al 2022 reviews the human thermal plume and reports that it carries particles from the floor to the breathing zone at concentrations up to four times the ambient, which supports the article’s treatment of low application points as feeding a rising plume. Sun et al 2021 notes that in calm indoor air most inhaled air comes from the boundary layer through which the plume flows, and Gena et al 2020 measured the plume of a heated manikin by schlieren velocimetry. The two-zone near-field and far-field model built from first principles above is standard in occupational hygiene, where Abattan et al 2021 reviewed 446 predicted-to-measured concentration ratios across 21 studies, and in cosmetic safety, where Steiling et al 2025 recommends one-box and two-box models for spray exposure.
The spray-exposure literature finds that pump atomizers release very little respirable material. Berrada-Gomez et al 2023 measured the droplet size distributions of 78 cosmetic sprays and showed that pump sprays released on average 0.5 percent of particles in the respirable range, against 15.25 percent for propellant sprays. For a fine-fragrance pump the inhalation route is therefore the vapour, not the droplet. Lee et al 2024, Emission characteristics of volat measured volatile organic compounds at one and three metres from 47 consumer sprays with aromatic deodorants the highest emitters, and Dai et al 2025 measured particle emissions from sprays applied to the face and neck which proved strongly dependent on nozzle design.
The animal literature is small, practical and consistent with the article’s zero-dose answer. Bates 2018 warns that a few drops of pure tea tree oil applied to a pet’s skin can cause clinical signs and that deaths have occurred, and Sisubalan et al 2023 reviews the uses and safety of essential oils in pets.
The irritant-spray literature, which this article declares out of scope, is reported here only so that its size is known. It is clinical, forensic and operational. Semple et al 2020 reviews injuries and deaths near oleoresin capsicum deployment, Forrester and Holloway 2021 estimates 34,582 pepper-spray injuries treated in United States emergency departments from 2000 to 2020, Boivin and Tanguay 2020 found in 1,019 police interventions that the most concentrated sprays acted faster but more often required decontamination, and Wilder et al 2022 found bear spray effective against polar bears in 18 of 19 incidents, with wind affecting performance in one. The last two results are the irritant literature’s versions of this article’s dose curve and wind term, which is a structural observation and not a transfer of anything here to that domain.
The historical literature is reaching the earliest perfumers through their texts. Song 2025 studies the Middle Assyrian perfume recipes from the Temple of Aššur, the period and the tradition of the perfumer Tapputi, and reads them as craft knowledge passing from practice into writing. Burger et al 2019 surveys the history of extracting natural fragrance materials, and a cultural history of the perfume vaporiser by Wicky 2024 is named here for its title, no abstract having been obtainable.
What the survey changes in this article
Four results change the article and one supports it more than it expected.
- The adaptation time constant is no longer purely an assumption. Significant reductions in intensity at five minutes and in threshold at ten bracket the planning value of five minutes from both sides, and the reapplication spiral rests on measurement as well as on mechanism.
- The wearer’s degradation is measured. Perfume worn in moderate amounts lowered the wearer’s threshold and discrimination performance.
- Wearers differ in emission, by skin rather than by sex. H3 stands, and the wearer term it excluded has been located in skin properties.
- The lumped emission model’s residue is real. Part of a fragrance does not evaporate within a working day from a blotter or in a model, which lowers the effective deposited mass and moves every count in the adjudication slightly upward.
- The far-field and near-field models are the standard exposure models of two neighbouring disciplines, which the transport section reached independently and which supports their use.
Three gaps remain. No study located in the survey measures detection by other people as a function of spray count. None compares application points on the body by emission or by detection. And none measures the conventional advice on spray distance, rubbing or moisturising. The three questions the original prompt rested on are therefore the three the literature has not asked.
The clusters
Each row lists every admitted work in its cluster, newest first.
Perfume release, evaporation, longevity and controlled delivery
How a fragrance leaves the surface it is applied to, measured, modelled and engineered, from evaporation profiles on skin to fixatives, microcapsules and textile finishes.
161 works. [Alhazmi et al 2026] [Cheng 2026] [D. Deshmukh and Agrawal 2026] [Gholami et al 2026] [Gonçalves et al 2026] [Hua et al 2026] [Murad et al 2026] [Schember et al 2026] [Singh et al 2026] [Taghilou 2026] [Yang et al 2026, Gender Sensing and Personalized F] [Chen et al 2025, Structure and release function of] [Chen et al 2025, The Preservation and Development] [Deneththi et al 2025, Enhanced fragrance release on cot] [Deneththi et al 2025, Investigate the Effect of Crossli] [Deng 2025] [Hadjiefstathiou et al 2025, An innovative device for in vivo] [Hadjiefstathiou et al 2025, Exploring the impact of fragrance] [Hadjiefstathiou et al 2025, Revealing the role of surface che] [Hua et al 2025] [Kongyang et al 2025] [Ospina et al 2025] [Zhao et al 2025] [Zhou 2025] [Zhou et al 2025] [Bera et al 2024] [Ng et al 2024] [Nurfitria et al 2024] [Sumant et al 2024] [Yeom et al 2024] [Zhang 2024] [Cheng et al 2023] [Gu et al 2023] [Morinaga and Wada 2023] [Szajnecki and Nowak 2023] [Beekman et al 2022] [Chen et al 2022] [Costa et al 2022] [Trachsel et al 2022] [Yeom et al 2022] [Zhao et al 2022] [Hurley et al 2021] [Kert et al 2021] [Liu et al 2021, In silico prediction of fragrance] [Mamusa et al 2021] [Pithanthanakul et al 2021] [Rodrigues et al 2021] [Shen et al 2021] [Tchakalova et al 2021] [Du et al 2020] [Maulana et al 2020] [Mayr and Breu 2020] [Niu et al 2020] [Stasse et al 2020] [Wei et al 2020] [Almeida et al 2019] [Badmaanyambuu et al 2019] [Li et al 2019, Front Cover Optimization of heads] [Li et al 2019, Optimization of headspace for GC] [Stasse et al 2019] [Watanabe 2019] [Zhang et al 2019] [Zhao et al 2019] [Berton et al 2018] [Chappuis et al 2018] [Chen et al 2018] [Liu et al 2018] [Nematollahi et al 2018] [Bandyopadhyay and Das 2017] [Berton et al 2017] [Chakraborty 2017] [Günay et al 2017] [Herrmann 2017] [Morinaga et al 2017] [Penfold et al 2017] [Pérez-Outeiral et al 2017] [Shi et al 2017] [Starkenmann et al 2017] [Griesbeck et al 2016] [Günay et al 2016] [Lee et al 2016] [New encapsulation method paves 2016] [Ye et al 2016] [Zhao et al 2016] [Cortial et al 2015] [Khanna et al 2015] [Popadyuk et al 2015] [Tekin et al 2015] [He et al 2014] [Hofmeister et al 2014] [Indradas et al 2014] [Kuhnt et al 2014] [Li et al 2014] [Liu and Hayashi 2014] [Ramamoorthy and Rajiv 2014] [Tchakalova et al 2014] [ter Burg et al 2014] [Blesic et al 2013] [Camerlo et al 2013] [Li et al 2013] [Perfume Engineering 2013] [Teixeira et al 2013, Classification of Perfumes-Perfum] [Teixeira et al 2013, Diffusion and performance of frag] [Teixeira et al 2013, Performance of Perfumes] [Trachsel et al 2013] [Wang et al 2013] [Xiao et al 2013] [Friberg and Aikens 2012] [Jensen et al 2012, Facial allergic contact dermatiti] [Marteau et al 2012] [Peña et al 2012] [Rihn et al 2012] [Tzhayik et al 2012] [Hu et al 2011] [Lama and Zhou 2011] [Masuck et al 2011, Estimation of dermal and oral exp] [Son and Lee 2011] [Binks et al 2010] [Friberg and Aikens 2010] [Ge et al 2010] [Laudamiel 2010] [Masuck et al 2010] [Sansukcharearnpon et al 2010] [Gilpin et al 2009] [Teixeira et al 2009, The diffusion of perfume mixtures] [Theisinger et al 2009] [Fragrance delivery system for 2008] [Ge et al 2008] [Wang et al 2008] [Gomes et al 2007] [Friberg 2006] [Levrand and Herrmann 2006] [Mata and Rodrigues 2006] [Liu et al 2005] [Wang and Chen 2005] [Targeted hair/perfume delivery patented 2004] [Bothe et al 2003] [Frérot et al 2003] [Procter and Gamble obtains 2003] [Saiyasombati and Kasting 2003] [Ikemoto et al 2002] [International Procter and Gamble 2002] [Sorokina et al 2002] [Quellet et al 2001] [Schwarzenbach and Bertschi 2001] [Stora et al 2001] [rgen Bertram et al 2001] [Liu and Wene 2000] [Zhang et al 2000] [Aikens et al 1999] [Friberg and Yin 1999] [Hamdan et al 1999] [Barbe et al 1998] [Friberg et al 1997] [Vuilleumier et al 1995] [Escher and Oliveros 1994] [Blakeway and Seu-Salerno 1983] [Perfumery Essential Oils and 1970] [Hulbert and Feben 1941] [Hadjiefstathiou] [Phookchaub]
Fragrance on skin and hair, and regional skin temperature
Fragrance materials on and through the skin and hair, and the distribution of skin temperature across the body that sets their evaporation.
30 works. [Korman et al 2026] [Dallay et al 2023] [Iman et al 2021] [Nanyan 2019] [Hermanns et al 2018] [Paqueron 2017] [Cho et al 2016] [Fernandes et al 2016] [Compositions for delivering perfume 2015] [Schilder et al 2015] [Shen et al 2014] [Nahm et al 2009] [Schnuch et al 2009] [Brain et al 2007] [Dermal Absorption of Fragrance 2007] [Fukusaki et al 2007] [Werdehausen et al 2007] [Stevens et al 2006] [Mookerjee et al 2005] [Stevens et al 2005, 272. Skin temperature during regi] [Stevens et al 2005, Skin temperature during regional] [Percutaneous Absorption of Fragrances 2002] [Hood et al 1996] [Karlsson et al 1996] [Karlsson et al 1995] [Qualls et al 1993] [Brutsaert and Sugita 1991] [Bronaugh et al 1990] [Directional effects of skin 1981] [Largen et al 1978]
Odour thresholds, intensity and perception
How odour is detected, scaled and judged, from threshold measurement and its variability to intensity scales, mixtures and the prediction of perception from structure.
467 works. [Ameta et al 2026] [Higuchi and Cheng 2026] [Kim 2026] [Liu et al 2026] [Moskowitz 2026] [Rokosz et al 2026] [Saini et al 2026] [Sandell et al 2026] [Tanaka 2026] [Wang et al 2026] [Wu et al 2026, Robust Multitask Graph Learning f] [Ye et al 2026] [Çifçi-Özkan et al 2026] [Ameta et al 2025] [Bhola et al 2025] [Bontempi et al 2025] [Diana and Sollai 2025] [Fuseda et al 2025] [Guo 2025] [Ihara et al 2025] [Lambert et al 2025] [Li et al 2025] [Nikolaou et al 2025] [Pírez et al 2025] [Ren et al 2025] [Wang et al 2025] [Yavuz et al 2025] [odor threshold 2025] [Dobretsov and Kashirskiy 2024] [Jedeejit and Boonreungkaow 2024] [Martinec Nováková et al 2024, Children’s odor pleasantness rati] [Meacham et al 2024] [Nikolaou et al 2024] [Powari and Akan 2024] [Ruda et al 2024] [Smati et al 2024] [Tei et al 2024] [Varvyanskaya et al 2024] [Verma et al 2024] [Yao et al 2024] [not provided et al 2024] [Charlotte et al 2023] [Dhurandhar et al 2023] [Du et al 2023] [Duchamp-Viret et al 2023] [Fontana et al 2023] [GoodSmith et al 2023] [Huang et al 2023] [Krishnan et al 2023] [Ma et al 2023] [Masala et al 2023] [Moranges et al 2023] [O’Brien et al 2023] [Pawnuk et al 2023] [Pírez et al 2023] [Santana et al 2023] [Sarkar et al 2023] [Zakrzewska et al 2023] [Zhao et al 2023] [Arshamian et al 2022] [Ben Khemis et al 2022] [Bontempi et al 2022] [Bsteh and Berger 2022] [Dhurandhar et al 2022] [Fujioka and Yanagibashi 2022] [Hasebe et al 2022] [Huang et al 2022] [Keller 2022] [Kepler et al 2022] [Klepp et al 2022] [Lei and Li 2022] [Ma et al 2022] [Morozova et al 2022] [Santos et al 2022] [Schwabe et al 2022] [Shanahan and Kahnt 2022] [Spence 2022] [Theisler 2022] [Weir et al 2022] [Yıldırım et al 2022] [Arshamian et al 2021] [Bontempi et al 2021] [Chróst et al 2021] [DeChant and Hall 2021] [Han et al 2021] [Martina 2021] [Nakamura and Fukase 2021] [Saget et al 2021] [Van der Burg et al 2021] [Özay et al 2021] [Alač 2020, Beyond intersubjectivity in olfactory psychophysics I Troubles with the Subject] [Alač 2020, Beyond intersubjectivity in olfactory psychophysics II Troubles with the Object] [Chen et al 2020, Faster olfactory adaptation in pa] [Chen et al 2020, Odor perception depends on airflo] [Dalal et al 2020] [Hamakawa et al 2020] [Jo et al 2020] [Kim et al 2020, Effects of odor intensity correct] [Levy and Bargmann 2020] [Ma et al 2020] [Mahmut et al 2020] [Marcinkowska and Jeleń 2020] [Men et al 2020] [Perl et al 2020] [Sterer and Rosenberg 2020] [Takemura et al 2020] [Yokoi and Omori 2020] [Bainbridge and Byrd-Clark 2019] [Bak et al 2019] [Bamba et al 2019, Effects of smoking status on indo] [Bamba et al 2019, Olfactory perception in Multiple] [Besser et al 2019] [Cary et al 2019] [Chan et al 2019] [Daikoku et al 2019] [Doty et al 2019] [Fialová et al 2019] [Hong et al 2019] [Jo et al 2019] [Liu et al 2019] [Mathur et al 2019, Olfactory threshold selectively p] [Mathur et al 2019, T6. Olfactory Threshold Selective] [Ogawa and Ayabe-Kanamura 2019] [Trimmer et al 2019] [Wu et al 2019] [Young 2019] [Burlingame and Doty 2018] [Dewan et al 2018] [Hamakawa and Okamoto 2018] [Haney et al 2018] [Jiang et al 2018] [Kundra et al 2018] [Lee and Kim 2018] [McGinley et al 2018] [Oleszkiewicz et al 2018] [Reddy et al 2018] [Rinaldi et al 2018] [Wedekind 2018] [Doty 2017] [Fischer-Tenhagen et al 2017] [Gellrich et al 2017] [Hirsch et al 2017] [Hoenen et al 2017] [Hummel et al 2017] [Kawai et al 2017] [Mamlouk et al 2017] [Nordin et al 2017] [Oleszkiewicz et al 2017] [Reddy et al 2017] [Seo and Hummel 2017] [Seubert et al 2017, Behavioral and Neural Determinant] [Sijben et al 2017] [Supplemental Material for Smelling 2017] [Trimmer et al 2017] [Yusoff and Zaman 2017] [Abdul-Bari and McQueen 2016] [Amsellem and Ohla 2016] [Cavazzana et al 2016] [Chan et al 2016] [Courtiol and Wilson 2016] [Fialová et al 2016] [Goel et al 2016] [Han and Kim 2016] [Isogai and Wise 2016] [Keller 2016, Modulation of Olfactory Perceptio] [Keller 2016, Philosophy of Olfactory Perceptio] [Keller and Vosshall 2016] [Kowton and McQueen 2016] [Kroupi et al 2016] [Matsubasa et al 2016] [Matteson 2016] [Miyazawa 2016] [Mutic et al 2016] [Nakano and Ayabe-Kanamura 2016] [Odor Threshold 2016] [Supplemental Material for Disgust 2016] [Theresa White Defines Olfactory 2016] [Toropov et al 2016] [Yeomans and Prescott 2016] [Yeon et al 2016] [Yoon 2016] [Arboretti Giancristofaro et al 2015] [Han and Kim 2015] [Ogawa and Ayabe-Kanamura 2015] [Romagny et al 2015] [Sirotin et al 2015] [Tromelin 2015] [Turk and Saerang 2015] [Wallrabenstein et al 2015] [Wilkinson et al 2015] [Yan et al 2015] [Yu et al 2015] [Azuma et al 2014] [Choi et al 2014] [Howard and Gottfried 2014] [Kay 2014] [Kroupi et al 2014] [Köster et al 2014] [Logan 2014] [Nováková et al 2014] [Pal et al 2014] [Ruffini et al 2014] [Silva and Mazzilli 2014] [Sorokowska et al 2014] [Velasco et al 2014] [Curren et al 2013] [Fang et al 2013] [Greenberg et al 2013] [Han and Park 2013] [Hummel et al 2013] [Kaeppler and Mueller 2013] [McGlone et al 2013] [Montero et al 2013] [Nordin et al 2013] [Ohkuma et al 2013] [Pal et al 2013] [Seo et al 2013] [Sorokowska et al 2013] [Zhou and Feng 2013] [Djordjevic et al 2012] [Kim et al 2012] [Lenochová et al 2012] [Lipsitt and Rovee-Collier 2012] [Lorig 2012] [Nagata 2012] [Ogawa and Ayabe-Kanamura 2012] [Stevenson 2012] [Zarzo 2012] [Arao et al 2011] [Arzi and Sobel 2011] [Beaulieu-Lefebvre et al 2011] [Czerny et al 2011] [Dudova et al 2011] [Gooch 2011] [Joussain et al 2011] [Kohoutová et al 2011] [Nimmermark 2011] [Payton and Wesson 2011] [Sterer and Rosenberg 2011] [Stevenson and Mahmut 2011] [Supplemental Material for Affective 2011] [Tavassoli and Baron-Cohen 2011] [Delahaye et al 2010] [Hedner et al 2010] [Hinriksdóttir et al 2010] [Hrdlicka et al 2010] [Janeš et al 2010] [Seo and Hummel 2010] [Sergeant 2010] [Shankar et al 2010] [Sondergaard et al 2010] [Anna 2009] [Bettina 2009] [Donald 2009] [Frederick et al 2009] [Khan et al 2009] [Müller-Schwarze 2009] [Odor Perception 2009] [Philpott et al 2009] [Pokora and Lansky 2009] [Rouby et al 2009] [Seto et al 2009] [Slotnick and Weiler 2009] [Teixeira et al 2009, The perception of fragrance mixtu] [Zarzo and Stanton 2009] [Barkat et al 2008, Corrigendum to “Improved smell pl] [Barkat et al 2008, Improved smell pleasantness after] [Chida and Tamura 2008] [Escanilla et al 2008] [Johnson et al 2008] [McGinley and McGinley 2008] [Stevenson and Oaten 2008] [Stevenson et al 2008] [Wise et al 2008] [Keller et al 2007] [Khan et al 2007] [Kobayashi et al 2007] [Odor intensity level 2007] [Rezvani et al 2007] [Mueller 2006] [Sakai 2006] [Siqueira et al 2006] [Wu et al 2006] [Calhoun-Haney and Murphy 2005] [Kay et al 2005] [Koskinen and Tuorila 2005] [Laska 2005] [Odor Perception and the 2005] [Psychophysiology of ODOR Perception 2005] [Wilson 2005] [Keller and Vosshall 2004] [Linster and Cleland 2004] [Minimal Olfactory Perception During 2004] [Rezendes et al 2004] [Sakai et al 2004] [Genetics of Olfactory Perception 2003] [Kay et al 2003] [Madany Mamlouk et al 2003] [Navarrete-Palacios et al 2003] [Odor Perception in Neurodegenerative 2003] [Psychophysical Measurement of Human 2003] [Doty 2002] [Gillette 2002] [Hermans and Baeyens 2002] [Hudson and Distel 2002] [Chen 2001] [Distel 2001] [Elsner 2001] [Herz and von Clef 2001] [Rothney et al 2001] [Stevenson 2001] [Dalton 2000] [Eli 2000] [Olsson 2000] [Sobel 2000] [Zatorre et al 2000] [Herz 1999] [Ikeda et al 1999] [Lehrner 1999] [Odour Discrimination 1999] [Recent advances in mechanisms 1999] [Hau and Connell 1998] [Liden et al 1998] [Livermore and Laing 1998] [Alaoui-Ismaïli et al 1997] [Chen 1997] [Doty 1997] [Engen and Engen 1997] [Hummel et al 1997] [Lawless 1997] [Lucchini et al 1997] [Mitsuda et al 1997] [Dalton 1996] [Devillers et al 1996] [Livermore and Laing 1996] [Rospars et al 1996] [Tamura et al 1996] [Jehl et al 1995] [Lehrner et al 1995] [Åkerlund et al 1995] [Carras 1994] [Cometto-Muniz and Cain 1994] [De Wijk and Cain 1994] [Kato and Yagi 1994] [Laing 1994] [Laska and Hudson 1994] [Ohloff 1994, Quantitative Odor Perception] [Olsson 1994] [Saito et al 1994] [Baydar et al 1993] [Berglund and Olsson 1993, Odor-intensity interaction in binary and ternary mixtures] [Berglund and Olsson 1993, Odor-intensity interaction in binary mixtures] [Carrasco and Ridout 1993] [Egolf and Jurs 1993] [Laska and Hudson 1993] [Lánský and Rospars 1993] [Stevens and Dadarwala 1993, Erratum to Variability of olfacto] [Stevens and Dadarwala 1993, Variability of olfactory threshol] [Anholt 1991] [Doty 1991, Psychophysical Measurement of Odo] [Edwards et al 1991] [Fortier et al 1991] [Schiet and Cain 1990] [Zellner and Kautz 1990] [Herberner et al 1989] [Hvastja and Zanuttini 1989] [Osako et al 1989] [Pickenhagen 1989] [Cain 1988] [Daniel and Derby 1988] [Engen 1988] [Lind and Katzif 1988] [Rabin 1988] [Rick and McCarty 1988] [Schiet and Frijters 1988] [Stevens et al 1988] [Tomita et al 1988] [Holder and Garcia 1987] [Engen 1986] [King 1986] [Shibamoto 1986] [VDI GUIDELINES ON ODOUR 1986] [Laing 1985] [Crawford et al 1984] [Gregson 1984] [Amoore and Hautala 1983] [Gillan 1983] [Viswanathan et al 1983] [Buttery and Seifert 1982] [Engen 1982, ODOR Hedonics] [Engen 1982, ODOR Mixtures] [Engen 1982, Practical Problems and Potentials] [Buttery et al 1981] [Davis 1981] [Greenberg 1981] [Mason 1981] [Dravnieks and Jarke 1980] [Frijters 1980] [Thompson and Ache 1980] [Wood et al 1980] [Greenberg 1979] [Moskowitz 1979] [Payne 1979] [Berglund et al 1978] [Cain and Johnson 1978] [Guadagni and Buttery 1978] [Wright 1978, The perception of odor intensity physics or psychophysics II] [Wright 1978, The perception of odor intensity physics or psychophysics?] [Zusho et al 1978] [D. T. Hill and C. L. Barth 1976] [Fluck 1976] [Moskowitz et al 1976, Erratum to Odor intensity and ple] [Moskowitz et al 1976, Odor intensity and pleasantness f] [Cain 1975] [Leonardos et al 1974] [Moskowitz et al 1974] [Butze and Kendall 1973] [Umeda et al 1972] [Cain 1971] [Engen 1971] [Henion 1971, Direct psychophysical scaling of] [Henion 1971, Odor pleasantness and intensity A] [Henion 1971, Psychophysical scales of the olfa] [Cain 1970] [Dravnieks et al 1970] [Henion 1970] [Rumsey and Cesta 1970] [Cain 1969] [Gregson et al 1969] [Leonardos et al 1969] [Pomeroy and Cruse 1969] [Steinmetz et al 1969] [Wilby 1969] [Matsushita et al 1968] [Sullivan et al 1968] [Venstrom and Amoore 1968] [Crumpton et al 1967] [Ekman et al 1967] [Matsushita et al 1967] [Stone et al 1967] [Wenzel 1967] [Amoore 1965] [Engen 1965] [Sigworth 1964] [Kimbrell and Furchtgott 1963] [Lipsitt et al 1963, DEVELOPMENTAL CHANGES IN THE OLFACTORY THRESHOLD OF THE NEONATE1] [Lipsitt et al 1963, Developmental Changes in the Olfactory Threshold of the Neonate] [Schwimmer and Guadagni 1962] [Engen and Pfaffmann 1959] [Moncrieff 1957] [Kruger et al 1955] [Moncrieff 1955] [Cheesman and Mayne 1953] [Thomas 1943] [Spaulding 1942] [Forest] [Galac] [Kusumoputro and Jatmiko] [Lalis] [Ma] [Mu] [Practice for Referencing Suprathreshold] [Practices for Referencing Suprathreshold] [Tassinary] [Test Method for Natural] [Test Methods for Natural] [Tonoike]
Olfactory adaptation and habituation
The loss of sensitivity during and after exposure, over seconds, minutes and weeks, which is the mechanism behind the wearer’s unreliability.
84 works. [Jiang et al 2027] [Bourassa et al 2026] [Takahashi et al 2026] [Tong et al 2026] [Bourassa et al 2025] [Wu and Zhang 2025] [Birkett and Nikolaev 2024] [Hintschich et al 2024] [Ledgerwood et al 2024] [Fukumoto et al 2023] [Olfactory Adaptation 2022] [Mignot et al 2021] [Xiao et al 2021] [Zou et al 2021] [Fallon et al 2020] [Kim et al 2020, Odor habituation can modulate ver] [Laffon et al 2020] [Mignot et al 2020] [Abbasi et al 2019] [Kim et al 2019] [Kumazaki et al 2019] [Teşileanu et al 2019] [Janjua and Hirsch 2018] [Pierce and Simons 2018] [Tesileanu et al 2018] [Sinding et al 2017] [Antunes et al 2014] [Gul et al 2014] [Matsubasa et al 2014] [Ramic-Brkic and Chalmers 2014] [Juang et al 2013] [Sadanandappa et al 2013] [Sudhakaran et al 2013] [De Palo et al 2012] [Keith and Smith 2011] [McCann et al 2011] [Stephan et al 2011] [Funato et al 2009] [Hayden et al 2009] [Lecoq et al 2009] [Linster et al 2009] [Olfactory Adaptation 2009] [Yamada et al 2009] [Ohba and Yamanaka 2008] [Shea et al 2008] [Tonosaki 2008] [Kadowaki et al 2007] [Linster et al 2007] [Philpott et al 2007] [Toda et al 2007] [Kadohisa and Wilson 2006] [Zimmerman 2006] [Olfactory Cross-adaptation Not a 2005] [Yadon and Wilson 2005] [Adelman and Herson 2004] [Miyahara et al 2004] [Gutierrez-Osuna and Gutierrez-Galvez 2003] [Takeuchi et al 2003] [Kawai 2002] [Kelling et al 2002] [Bradley et al 2001] [Reisert 2000] [Zufall 2000] [Leinders-Zufall et al 1999] [Reisert and Matthews 1999] [Kurahashi and Menini 1997] [Dalton and Wysocki 1996] [Gomez and Atema 1994] [Hoshika 1994] [Moore 1994] [Cain and Polak 1992] [Köster and de Wijk 1991] [King and Hall 1990] [Schild et al 1990] [Stevens et al 1989] [Baylin and Moulton 1979] [Rovee 1972] [Stone et al 1972] [Berglund et al 1971] [Pryor et al 1970] [Steinmetz et al 1970] [Komatu 1960] [Moncrieff 1956] [Ente]
Individual differences in smell
Differences between receivers by sex, age, genotype and health, including specific anosmia and the clinical literature on smell loss.
196 works. [Cox et al 2026] [Jiang 2026] [Kong et al 2026] [Li et al 2026, Site-Specific Olfactory Cleft Opa] [Li et al 2026, Structural connectivity of the hu] [Mai et al 2026] [Mannion et al 2026] [Min 2026] [Olcan 2026, Moderate-to-severe olfactory dysf] [Olcan 2026, Olfactory Dysfunction and Wake-St] [Pieniak et al 2026] [Stanley and Bensafi 2026] [Suzuki et al 2026] [Altundag and Harbi 2025] [Altundag et al 2025] [Cardella et al 2025] [Dasgupta et al 2025] [Gillmeister et al 2025, Investigating plasticity of the o] [Gillmeister et al 2025, Olfactory training in specific an] [Juratli et al 2025] [Kang et al 2025] [Keusters et al 2025] [Kubilay 2025] [Kumar Saha et al 2025] [Podolecka et al 2025] [Spencer et al 2025] [Sánchez-Benavides et al 2025] [Teenager with Anosmia 2025] [Winter et al 2025] [Abaya et al 2024] [Drnovsek et al 2024] [Kang et al 2024] [Melis et al 2024] [Dilber et al 2023] [Dorman 2023] [Kikuta et al 2023] [Kremneva and Maia Walsh 2023] [Li et al 2023, Patients with olfactory loss exhi] [Li et al 2023, The Association Between Depth of] [Miao and Jiang 2023] [Sabiniewicz and Hummel 2023] [Sato-Akuhara et al 2023] [Vohra et al 2023] [von Bartheld and Wang 2023, An Explanation for Reports of Inc] [von Bartheld and Wang 2023, The prevalence of olfactory dysfu] [Akhtar et al 2022] [Cho et al 2022] [Moser et al 2022] [Vaira et al 2022] [Wu et al 2022] [Alp 2021] [Blioskas 2021] [Genetzaki et al 2021] [Hummel and Podlesek 2021] [Kazez 2021] [Liu et al 2021, Development of a Self-reported Ol] [Ramteke and Jain 2021] [Tsepkolenko 2021] [Yuan et al 2021] [de March et al 2021] [Bhatia-Dey and Heinbockel 2020] [Delgado-Losada et al 2020] [Fantin et al 2020] [Fjaeldstad et al 2020] [Huynh et al 2020] [Iacobucci 2020] [Joshi et al 2020] [Liu et al 2020] [Philpott et al 2020] [Rimmer 2020] [Saatci et al 2020] [Spence 2020, Scenting the Anosmic Cube On the] [Yunpeng et al 2020] [Zou et al 2020] [Klyuchnikova and Voznessenskaya 2019] [Pino 2019] [Sorokowski et al 2019] [Cui 2018] [Hoover et al 2018] [Marek et al 2018] [Naidich and Som 2018] [Park et al 2018, Prevalence and relationship of ol] [Saito 2018] [Wang et al 2018, Cytokine profile in human olfacto] [Werner and Nies 2018] [Abergel and Gross 2017] [Bsteh 2017] [Diogo 2017] [Fasunla et al 2017] [J 2017] [Kökoğlu et al 2017] [Masala et al 2017] [Palta et al 2017] [Seok et al 2017] [Seubert et al 2017, Prevalence and Correlates of Olfa] [Shiga et al 2017] [Whitcroft et al 2017] [Yanagimachi 2017] [Bojovic 2016] [Croy et al 2016] [Derin et al 2016] [Knaapila et al 2016] [Kollndorfer et al 2016] [Tempere et al 2016] [Croy et al 2015] [Kar et al 2015] [Olfactory Function as Marker 2015] [Osman and Silas 2015] [Smell and anosmia 2015] [Alves 2014] [Ignatieva et al 2014] [Kuo et al 2014] [Hüttenbrink et al 2013] [Konstantinidis et al 2013] [Loss of Olfactory Function 2013] [Miller et al 2012] [Puschmann and Wszolek 2012] [A. Babizhayev et al 2011] [Aak and Knudsen 2011] [Neuland et al 2011] [Gaines 2010] [Kalimeris et al 2010] [Love and Ahmed 2010] [Zhang 2010] [Normosmia/Hyposmia/Anosmia 2009] [Peers et al 2009] [Specific Anosmia 2009] [Srouji and Wickstead 2009] [Trigeminal Olfactory Function 2009] [Taziaux et al 2008] [Changes in Olfactory Function 2007] [Alexander and Davidson 2006] [Boyle et al 2006] [Doty 2006] [Good and Kopala 2006] [Jafek 2006] [Hammock 2005] [Brämerson et al 2004] [poster Effects of radiotherapy 2004] [Bremner 2003] [Doty and Bromley 2003] [Electrophy siological Measurement of 2003] [Hummel et al 2003, Depth of olfactory sulcus and olf] [Hummel et al 2003, Effects of olfactory function, ag] [Influence of Environmental Toxicants 2003] [Landis 2003] [Olfactory Function Following Transorbital 2003] [Cain 2002] [Damm 2002] [Murphy 2002] [Nijjar and Murphy 2002] [Brand and Millot 2001] [Sakae et al 2001] [Stevens 2001] [Welge-Luessen 2001] [Posttraumatic Anosmia and Orbital 1999] [Radil and Wysocki 1998] [Murphy 1996] [Nordin et al 1996] [Doty et al 1994] [Devore 1992] [Dorries 1992] [Doty 1991, Olfactory Function in Neonates] [Kesslak 1991] [Schwartz 1991] [Smith and Seiden 1991] [Doty 1989] [Dysgeusia and Anosmia Etiology 1988] [Nelson 1988] [Doty 1986] [Hirth et al 1986] [Rabin and Cain 1986] [Pelosi and Pisanelli 1981] [Amoore 1979] [Pelosi and Viti 1978] [Wright 1978, Specific anosmia A clue to the ol] [Amoore 1977] [Amoore and Forrester 1976] [Moore et al 1976] [Amoore et al 1975] [Tucker et al 1975] [Amoore 1971] [MacIntyre 1971] [Sumner 1971] [Amoore et al 1968] [Amoore 1967] [Sumner 1964] [Anosmia After Craniocerebral Trauma 1963] [Ewing 1900] [Vittum 1900] [Jacob 1882] [Carvalho] [Chaker] [Chapman] [Furtado and Wszolek] [Loss of Olfactory Function]
Fragrance allergy, phototoxicity and ingredient safety
Contact allergy to fragrance and its patch testing, berloque dermatitis and furocoumarins, and the ingredient-by-ingredient safety assessment literature.
454 works. [Api 2026] [Bruze et al 2026] [Celeiro 2026] [Correction to ‘Contact Sensitization 2026] [Evans et al 2026] [Lee and Api 2026] [Mangır and Özkaya 2026] [McIntyre and Lio 2026] [Sari et al 2026] [Soriano 2026] [Api et al 2025] [Determining a point of 2025] [Ghafur 2025, Balancing Fragrance and Patient S] [Kim and Park 2025] [Kim et al 2025] [Lavelle et al 2025] [Natsch 2025] [Natsch et al 2025] [Ruiz Sánchez et al 2025] [Uraga et al 2025] [Api et al 2024, RIFM fragrance ingredient safety assessment, 1,3,5-undecatriene, CAS Registry Number 16356-11-9] [Api et al 2024, RIFM fragrance ingredient safety assessment, 2,4,5-trimethylthiazole, CAS Registry Number 13623-11-5] [Api et al 2024, RIFM fragrance ingredient safety assessment, 2-methyl-5-phenylpentanol, CAS Registry Number 25634-93-9] [Api et al 2024, RIFM fragrance ingredient safety assessment, 2-p-tolylethanol, CAS registry number 699-02-5] [Api et al 2024, RIFM fragrance ingredient safety assessment, 3- methylthio hexyl acetate, CAS registry number 51755-85-2] [Api et al 2024, RIFM fragrance ingredient safety assessment, acetaldehyde ethyl linalyl acetal, CAS Registry Number 40910-49-4] [Api et al 2024, RIFM fragrance ingredient safety assessment, cycloionone, CAS Registry Number 5552-30-7] [Api et al 2024, RIFM fragrance ingredient safety assessment, methyl 2,4-dihydroxy-m-toluate, CAS Registry Number 33662-58-7] [Api et al 2024, RIFM fragrance ingredient safety assessment, methyl o-methoxybenzoate, CAS registry number 606-45-1] [Api et al 2024, RIFM fragrance ingredient safety assessment, methyl salicylate, CAS registry number 119-36-8] [Api et al 2024, RIFM fragrance ingredient safety assessment, p-tert-butyldihydrocinnamaldehyde, CAS Registry Number 18127-01-0] [Api et al 2024, RIFM fragrance ingredient safety assessment, phenethyl alcohol, CAS Registry Number 60-12-8] [Api et al 2024, RIFM fragrance ingredient safety assessment, α-methylbenzyl isobutyrate, CAS Registry Number 7775-39-5] [Api et al 2024, Update to RIFM fragrance ingredient safety assessment, 2-ethylbutyric acid, CAS Registry Number 88-09-5] [Api et al 2024, Update to RIFM fragrance ingredient safety assessment, butyric acid, CAS Registry Number 107-92-6] [Api et al 2024, Update to RIFM fragrance ingredient safety assessment, eucalyptol, CAS Registry Number 470-82-6] [Api et al 2024, Update to RIFM fragrance ingredient safety assessment, α-propylphenethyl alcohol, CAS registry number 705-73-7] [Botvid et al 2024] [Donthamsetty et al 2024] [Gökalp Satıcı et al 2024] [Mazur et al 2024] [Rodriguez 2024] [S Sayapathi and Rowther 2024] [Sukakul et al 2024] [Velastegui Hernández et al 2024] [Özkaya and Toprak 2024] [Api et al 2023, RIFM fragrance ingredient safety assessment, 2,3,3-trimethylindanone, CAS registry number 54440-17-4] [Api et al 2023, RIFM fragrance ingredient safety assessment, estragole, CAS registry number 140-67-0] [Api et al 2023, RIFM fragrance ingredient safety assessment, ± ethyl 3-mercaptobutyrate, CAS Registry Number 156472-94-5] [Api et al 2023, Update to RIFM fragrance ingredie] [Botvid et al 2023] [Ghadiri et al 2023, CD03 Contact sensitization to she] [Ghadiri et al 2023, Contact sensitisation to shellac] [Pérès et al 2023] [Raison-Peyron et al 2023] [Amornruk et al 2022] [Api et al 2022, RIFM fragrance ingredient safety assessment, - - R -α-phellandrene, CAS Registry Number 4221-98-1] [Api et al 2022, RIFM fragrance ingredient safety assessment, 1,3-dimethyl-3-butenyl salicylate, CAS Registry Number 80118-10-1] [Api et al 2022, RIFM fragrance ingredient safety assessment, 3,7-dimethyloct-1-en-3-ol, CAS Registry Number 18479-49-7] [Api et al 2022, RIFM fragrance ingredient safety assessment, 8-nonenal, CAS Registry number 39770-04-2] [Api et al 2022, RIFM fragrance ingredient safety assessment, benzoic acid, CAS Registry Number 65-85-0] [Api et al 2022, RIFM fragrance ingredient safety assessment, cinnamic acid, CAS Registry Number 621-82-9] [Bruze et al 2022] [Jagodich et al 2022] [Kim et al 2022] [Krijl et al 2022] [Lee et al 2022, Assessment of the skin sensitizat] [Lee et al 2022, Derivation of the no expected sen] [Na et al 2022] [Stingeni et al 2022] [Sukakul et al 2022] [Yi et al 2022] [Zhong et al 2022] [Özkaya and Kılıç Sayar 2022] [Özkaya et al 2022] [Api et al 2021, RIFM fragrance ingredient safety assessment, 3-octanol, CAS Registry Number 589-98-0] [Api et al 2021, RIFM fragrance ingredient safety assessment, cinnamyl formate, CAS Registry Number 104-65-4] [Api et al 2021, RIFM fragrance ingredient safety assessment, cyclohexadecanone, CAS Registry Number 2550-52-9] [Api et al 2021, RIFM fragrance ingredient safety assessment, p-menthan-2-one, CAS Registry number 499-70-7] [Chen et al 2021] [Geier et al 2021] [Gopinath et al 2021] [Liu and Zenobi 2021] [Lu et al 2021] [Marmgren et al 2021] [Mays et al 2021] [Pawelec and Wielgomas 2021] [Pilkington 2021] [Roh and Cheng 2021] [Schubert et al 2021] [de Groot 2021, Contact allergy to and allergic c] [de Groot 2021, Monographs of fragrance chemicals] [van Amerongen et al 2021] [Api et al 2020] [Api et al 2020, RIFM fragrance ingredient safety assessment, methyl 3,4,5,6-tetrahydro-7H-azepin-2-yl ether, CAS Registry] [Api et al 2020, RIFM fragrance ingredient safety assessment, myrcenol, CAS Registry Number 543-39-5] [Bruze et al 2020] [Couteau et al 2020] [Kullberg et al 2020] [Na et al 2020] [Orgaz et al 2020] [Remy et al 2020] [Sanchez and Katta 2020] [Sanchez et al 2020] [Sukakul et al 2020] [Towle et al 2020] [Api et al 2019, RIFM fragrance ingredient safety assessment, 1-cyclohexene-1-acetic acid, CAS Registry Number 18294-87-6] [Api et al 2019, RIFM fragrance ingredient safety assessment, 3-heptanone, CAS Registry Number 106-35-4] [Api et al 2019, RIFM fragrance ingredient safety assessment, anisyl phenylacetate, CAS Registry Number 102-17-0] [Api et al 2019, RIFM fragrance ingredient safety assessment, m-dimethoxybenzene, CAS Registry Number 151-10-0] [Api et al 2019, RIFM fragrance ingredient safety assessment, myrtenol, CAS Registry Number 515-00-4] [Bennike et al 2019, Optimal patch test concentration] [Bennike et al 2019, Quality of life and disease sever] [Bruze et al 2019] [Fragrances Incorporating Fragrance Mix 2019] [Maillard et al 2019] [Periyasamy et al 2019] [Schneller-Pavelescu et al 2019] [Api et al 2018, RIFM fragrance ingredient safety assessment Dimethyl succinate, CAS Registry Number 106-65-0] [Api et al 2018, RIFM fragrance ingredient safety assessment β-patchoulene, CAS Registry Number 514-51-2] [Api et al 2018, RIFM fragrance ingredient safety assessment, 3,3,5-trimethylcyclohexaneacetic acid, CAS Registry Number] [Api et al 2018, RIFM fragrance ingredient safety assessment, acetal, CAS Registry Number 105-57-7] [Api et al 2018, RIFM fragrance ingredient safety assessment, ethyl 2-methyl-3-pentenoate, CAS Registry Number 1617-23-8] [Avonto et al 2018] [Cascais 2018] [Gaspari 2018] [Goebel et al 2018] [Goossens 2018] [Hamann et al 2018] [Soo Lim et al 2018] [Uter 2018] [Wang et al 2018, Front Cover Rapid and green deter] [Wieck et al 2018] [Api et al 2017, RIFM FRAGRANCE INGREDIENT SAFETY] [Api et al 2017, RIFM Fragrance Ingredient Safety] [Api et al 2017, RIFM fragrance ingredient safety assessment, 2-tert-butylcyclohexanol, CAS Registry Number 13491-79-7] [Api et al 2017, RIFM fragrance ingredient safety assessment, 3,12-Tridecadienenitrile CAS Registry Number 134769-33-8] [Api et al 2017, RIFM fragrance ingredient safety assessment, 4-Carvomenthenol, CAS Registry Number 562-74-3] [Api et al 2017, RIFM fragrance ingredient safety assessment, 5-Ethylidenebicyclo 2.2.1 hept-2-yl propionate, CAS Registry] [Api et al 2017, RIFM fragrance ingredient safety assessment, Citronellyl nitrile, CAS Registry Number 51566-62-2] [Api et al 2017, RIFM fragrance ingredient safety assessment, Isoamyl butyrate, CAS Registry Number 106-27-4] [Api et al 2017, RIFM fragrance ingredient safety assessment, Isoamyl octanoate, CAS Registry Number 2035-99-6] [Api et al 2017, RIFM fragrance ingredient safety assessment, Isobornyl 2-methylpropionate, CAS Registry Number 85586-67-0] [Api et al 2017, RIFM fragrance ingredient safety assessment, Methylcyclooctyl carbonate, CAS Registry Number 61699-38-5] [Api et al 2017, RIFM fragrance ingredient safety assessment, benzenepropanol, a,ß-dimethyl-, CAS Registry Number 56836-93-2] [Api et al 2017, RIFM fragrance ingredient safety assessment, cuminyl nitrile, CAS Registry Number 13816-33-6] [Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl acetate, CAS Registry Number 123-92-2] [Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl alcohol CAS Registry Number 123-51-3] [Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl formate, CAS Registry Number 110-45-2] [Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl hexanoate, CAS Registry Number 2198-61-0] [Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl propionate, CAS Registry Number 105-68-0] [Api et al 2017, RIFM fragrance ingredient safety assessment, isobornyl isovalerate, CAS registry number 7779-73-9] [Api et al 2017, RIFM fragrance ingredient safety assessment, isodecyl alcohol, CAS registry number 25339-17-7] [Api et al 2017, RIFM fragrance ingredient safety assessment, isononyl propionate, CAS Registry Number 65155-45-5] [Api et al 2017, RIFM fragrance ingredient safety assessment, isotridecyl acetate, CAS registry number 69103-23-7] [Api et al 2017, RIFM fragrance ingredient safety assessment, methyl anthranilate, CAS Registry Number 134-20-3] [Api et al 2017, RIFM fragrance ingredient safety assessment, p-methoxybenzonitrile, CAS Registry Number 874-90-8] [Api et al 2017, RIFM fragrance ingredient safety assessment, β-Guaiene, CAS Registry Number 88-84-6] [Belhassen et al 2017] [Bennike et al 2017, Fragrance contact allergens in 55] [Bennike et al 2017, Non-mix fragrances are top sensit] [Bennike et al 2017, Trends in contact allergy to frag] [Lee et al 2017] [Mowitz et al 2017] [Perper et al 2017] [Wang et al 2017] [White 2017] [Adamowicz et al 2016] [Api et al 2016, RIFM fragrance ingredient safety assessment, 1,3,3-trimethyl-2-norbornanyl acetate, CAS registry number] [Api et al 2016, RIFM fragrance ingredient safety assessment, 1- 1,2,3,4-tetrahydro-4,4-dimethyl-1-naphthyl propan-1-one, CAS] [Api et al 2016, RIFM fragrance ingredient safety assessment, 1- 3,3-dimethylcyclohexyl pent-4-en-1-one, CAS Registry Number] [Api et al 2016, RIFM fragrance ingredient safety assessment, 2-Hydroxy-α,α,4-trimethylcyclohexanemethanol, CAS Registry] [Api et al 2016, RIFM fragrance ingredient safety assessment, 2-ethyl-1-butanol, CAS Registry Number 97-95-0] [Api et al 2016, RIFM fragrance ingredient safety assessment, 2-ethyl-1-hexanol, CAS registry number 104-76-7] [Api et al 2016, RIFM fragrance ingredient safety assessment, 2-methylundecanol, CAS Registry Number 10522-26-6] [Api et al 2016, RIFM fragrance ingredient safety assessment, 3,7-dimethyl-1,6-nonadien-3-ol, CAS Registry Number 10339-55-6] [Api et al 2016, RIFM fragrance ingredient safety assessment, 4-methylbenzyl acetate, CAS Registry Number 2216-45-7] [Api et al 2016, RIFM fragrance ingredient safety assessment, Benzyl propionate, CAS Registry Number 122-63-4] [Api et al 2016, RIFM fragrance ingredient safety assessment, Eugenol, CAS Registry Number 97-53-0] [Api et al 2016, RIFM fragrance ingredient safety assessment, Isopropylphenylbutanal, CAS Registry Number 125109-85-5] [Api et al 2016, RIFM fragrance ingredient safety assessment, Isopulegol, CAS Registry Number 89-79-2] [Api et al 2016, RIFM fragrance ingredient safety assessment, benzyl butyrate, CAS Registry Number 103-37-7] [Api et al 2016, RIFM fragrance ingredient safety assessment, benzyl isobutyrate, CAS Registry Number 103-28-6] [Api et al 2016, RIFM fragrance ingredient safety assessment, ethylene brassylate, CAS Registry Number 105-95-3] [Api et al 2016, RIFM fragrance ingredient safety assessment, isobornyl propionate, CAS Registry Number 2756-56-1] [Api et al 2016, RIFM fragrance ingredient safety assessment, isoeugenol, CAS Registry Number 97-54-1] [Api et al 2016, RIFM fragrance ingredient safety assessment, l-linalool, CAS Registry Number 126-91-0] [Api et al 2016, RIFM fragrance ingredient safety assessment, linalyl benzoate, CAS Registry Number 126-64-7] [Api et al 2016, RIFM fragrance ingredient safety assessment, linalyl cinnamate, CAS Registry Number 78-37-5] [Api et al 2016, RIFM fragrance ingredient safety assessment, p-Isopropylbenzyl acetate, CAS Registry Number 59230-57-8] [Api et al 2016, RIFM fragrance ingredient safety assessment, α-Ionone, CAS Registry Number 127-41-3] [Api et al 2016, RIFM fragrance ingredient safety assessment, α-Methylbenzyl acetate, CAS Registry Number 93-92-5] [Basketter and Safford 2016] [Bråred Christensson et al 2016, Fragrance Allergens, Overview wit] [Bråred Christensson et al 2016, Oxidized limonene and oxidized li] [Di Sotto and Mazzanti 2016] [Hamann 2016] [Meding and Järvholm 2016] [Norris et al 2016] [Sabroe et al 2016] [Shibuta et al 2016] [Vejanurug et al 2016] [Api et al 2015, RIFM fragrance ingredient safety assessment, 2,6-Dimethyl-5-heptenal, CAS Registry Number 106-72-9] [Api et al 2015, RIFM fragrance ingredient safety assessment, 2-methyl-3-buten-2-ol, CAS Registry Number 115-18-4] [Api et al 2015, RIFM fragrance ingredient safety assessment, 2E,6Z -Nona-2,6-dien-1-ol, CAS registry number 28069-72-9] [Api et al 2015, RIFM fragrance ingredient safety assessment, Benzyl acetate, CAS Registry Number 140-11-4] [Api et al 2015, RIFM fragrance ingredient safety assessment, Benzyl alcohol, CAS Registry Number 100-51-6] [Api et al 2015, RIFM fragrance ingredient safety assessment, Fenchyl alcohol, CAS registry number 1632-73-1] [Api et al 2015, RIFM fragrance ingredient safety assessment, Isoborneol, CAS Registry Number 124-76-5] [Api et al 2015, RIFM fragrance ingredient safety assessment, Linalool, CAS registry number 78-70-6] [Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl acetate, CAS Registry Number 115-95-7] [Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl hexanoate, CAS Registry Number 7779-23-9] [Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl isovalerate, CAS Registry Number 1118-27-0] [Api et al 2015, RIFM fragrance ingredient safety assessment, Z -2-penten-1-ol, CAS Registry Number 1576-95-0] [Api et al 2015, RIFM fragrance ingredient safety assessment, allyl cyclohexyloxy acetate, CAS registry number 68901-15-5] [Api et al 2015, RIFM fragrance ingredient safety assessment, allyl phenylacetate, CAS registry number 1797-74-6] [Api et al 2015, RIFM fragrance ingredient safety assessment, borneol, CAS registry number 507-70-0] [Api et al 2015, RIFM fragrance ingredient safety assessment, ethyl anthranilate, CAS registry number 87-25-2] [Api et al 2015, RIFM fragrance ingredient safety assessment, isoamyl salicylate, CAS registry number 87-20-7] [Api et al 2015, RIFM fragrance ingredient safety assessment, isophytol, CAS Registry Number 505-32-8] [Api et al 2015, RIFM fragrance ingredient safety assessment, l-Borneol, CAS registry number 464-45-9] [Api et al 2015, RIFM fragrance ingredient safety assessment, linalyl isobutyrate, CAS registry number 78-35-3] [Api et al 2015, RIFM fragrance ingredient safety assessment, methyl dihydrojasmonate, CAS registry number 24851-98-7] [Api et al 2015, RIFM fragrance ingredient safety assessment, α-Irone, CAS registry number 79-69-6] [Api et al 2015, RIFM fragrance ingredient safety assessment, α-amylcinnamaldehyde, CAS registry number 122-40-7] [Api et al 2015, RIFM fragrance ingredient safety assessment, α-butylcinnamaldehyde, CAS Registry Number 7492-44-6] [Basketter and Kimber 2015] [Basketter et al 2015] [Celeiro et al 2015] [Desmedt et al 2015] [Diepgen et al 2015] [Divišová et al 2015] [Geier et al 2015, Fragrance mix I and II results of] [Geier et al 2015, Reactivity to sorbitan sesquiolea] [Hagvall et al 2015] [Hou et al 2015] [Liu and Li 2015] [Pérez-Outeiral et al 2015] [Rey et al 2015] [Schnuch et al 2015] [Uter 2015, Fragrance contact allergy in the] [Uter 2015, Fragrance mix I TRUE Test ® versu] [Uter et al 2015] [Arribas and Silvestre 2014] [Celeiro et al 2014] [Goebel et al 2014] [Heisterberg et al 2014] [Isaksson et al 2014] [Mann et al 2014] [Vigan and Castelain 2014] [Wang et al 2014] [Heisterberg et al 2013] [Klaschka 2013] [Lopez-Gazpio et al 2013] [Lv et al 2013] [Myths, beliefs and fragrance 2013] [Nardelli et al 2013] [Bråred Christensson et al 2012] [Cantalapiedra et al 2012] [Devos et al 2012] [Gorinchoy and Bersuker 2012] [Jensen et al 2012, Connubial Allergic Contact Dermat] [Kim and Del Rosso 2012] [Mowitz et al 2012] [Pónyai et al 2012] [Schollhammer et al 2012] [Tsiallou et al 2012] [Api et al 2011] [Bonefeld et al 2011] [Heisterberg et al 2011] [Nardelli et al 2011] [Pónyai et al 2011] [Sanchez-Prado et al 2011, Determination of suspected fragra] [Sanchez-Prado et al 2011, Multicomponent analytical methodo] [Travassos et al 2011] [Wang and Liu 2011] [Basketter et al 2010] [Becerril-Bravo et al 2010] [Cadby et al 2010] [Cuesta et al 2010] [Firooz et al 2010] [Fowler 2010] [Furlanetto et al 2010] [Heisterberg et al 2010] [Hung-Jiun Liu 2010] [Krautheim et al 2010] [Lamas et al 2010, Determination of fragrance allerg] [Lamas et al 2010, Development of a solid phase disp] [Lamas et al 2010, Sorbent trapping solid-phase micr] [Mortz and Andersen 2010] [Rossi et al 2010] [Stingeni et al 2010] [Swerdlin et al 2010] [Andersen et al 2009, Association between Positive Patc] [Andersen et al 2009, Association between positive patc] [Basketter 2009] [Hostynek 2009] [Lalko et al 2009] [Lamas et al 2009] [Lysdal and Johansen 2009] [Masuck et al 2009] [Nardelli et al 2009] [Sanchez-Politta et al 2009] [White et al 2009] [Api and Vey 2008] [Api et al 2008] [Basketter et al 2008] [Bruze et al 2008] [Buckley et al 2008] [Devos et al 2008] [Hagvall et al 2008] [Naldi 2008] [Nardelli et al 2008] [Politano and Api 2008] [Sasseville 2008] [Thyssen et al 2008] [White et al 2008] [Zirwas and Bechtel 2008] [Bährle-Rapp 2007, Berloque-Dermatitis] [Callejo et al 2007] [Cimpean et al 2007] [Hagvall et al 2007] [Host nek and Maibach 2007] [Mahoney 2007] [Natsch et al 2007] [Rastogi et al 2007] [Schnuch et al 2007] [Villa et al 2007] [Brasch et al 2006] [Corea et al 2006] [Dunn et al 2006] [Elberling et al 2006] [Girardin et al 2006] [Niederer et al 2006] [Sköld et al 2006] [Chandeclerc et al 2005] [Frosch et al 2005, Patch testing with a new fragrance mix detects additional patients sensitive to perfumes and missed by the] [Frosch et al 2005, Patch testing with a new fragrance mix reactivity to the individual constituents and chemical detection in] [Leijs et al 2005] [Lu et al 2005] [Matura et al 2005] [Paulsen and Andersen 2005] [Stanford study raises question 2005] [Bergamot phototoxicity 2004] [Berloque dermatitis 2004] [Börje et al 2004] [Dermatitis, Berloque 2004] [Frosch et al 2004] [Jøhnke et al 2004, FS02.6 Patch test reactivity to n] [Jøhnke et al 2004, Reactivity to patch tests with ni] [Lepoittevin 2004] [Matura et al 2004] [Patlewicz et al 2004] [Perfume phototoxicity 2004] [Pontén et al 2004] [Schürer and Schwanitz 2004] [Shellie et al 2004] [Uter and Schnuch 2004] [Uter et al 2004] [Bruynzeel 2003] [Hanifin et al 2003] [Heydorn et al 2003, Fragrance allergy and hand eczema] [Heydorn et al 2003, Fragrance allergy in patients wit] [Hostýnek and Maibach 2003] [Johansen 2003] [Johansen et al 2003] [Trattner and David 2003] [Cadby et al 2002] [Duus Johansen 2002] [Gimenez-Arnau et al 2002] [Goossens 2002] [Gruson and Chang 2002] [Johansen et al 2002] [Naldi 2002] [Patlewicz et al 2002] [Scheinman 2002] [Temesvári et al 2002, Fragrance sensitization caused by] [Temesvári et al 2002, Multicentre study of fragrance al] [Vilaplana and Romaguera 2002] [Gerberick et al 2001] [Uter et al 2001] [Verrier et al 2001] [Wohrl et al 2001] [Arnau et al 2000] [Beck 2000] [Buckley et al 2000] [Bárány and Lodén 2000] [Fragrance allergen substitution 2000] [Rademaker 2000] [Smith 2000, FRAGRANCE MATERIAL SAFETY EVALUATION] [Smith 2000, FRAGRANCE MATERIAL SAFETY EVALUATION 46] [Cancian et al 1999] [Endriks and van GINKEL 1999] [Gupta et al 1999] [Hendriks et al 1999] [Katsarma and Gawkrodger 1999] [Mutterer et al 1999] [Rastogi et al 1999] [Scheinman 1999] [Verrier et al 1999] [Johansen 1998] [Johansen et al 1998] [Larsen 1998, How Do We Test for Fragrance Alle] [Hostýnek and Magee 1997] [Johansen et al 1997] [Menne and Johansen 1997] [Larsen 1996] [Scheinman 1996] [Johansen and Menné 1995] [Lijnen and van Joost 1995] [Becker et al 1994] [Edman 1994] [Johansen et al 1994] [Rademaker 1994] [Yasui and Hirone 1994] [Enders et al 1991] [Freeman 1990] [Bernaola et al 1989] [Cooke et al 1989] [Eunders et al 1989] [Garioch et al 1989] [Malanin and Ohela 1989] [Svensson et al 1989] [Wilkinson et al 1989] [Parker et al 1986] [Rudzki and Grzywa 1986] [Van Joost et al 1985] [Maurice and Saihan 1984] [Larsen 1983] [Lynde and Mitchell 1982] [Thune et al 1982] [Guin 1981] [Zaynoun et al 1981] [Calnan et al 1980] [Swinyer 1980] [Testing bergamot oil for 1980] [Calnan 1979, Perfume dermatitis from the cosme] [Calnan 1979, Unusual hydroxycitronellal perfum] [Larsen 1979] [Ridley 1978] [Maiten 1977] [Perfume dermatitis revisited 1977] [Rothenborg et al 1977] [Zaynoun et al 1977] [Fisher and Dooms-Goossens 1976] [Coskey 1975] [Fisher 1975] [Larsen 1975] [Goldberg 1972] [The main culprit in 1971] [Harber 1964] [Leider 1961] [Method for analysis of] [Methods for analysis of]
Fragranced products in indoor air
Emissions from air fresheners, diffusers, candles, incense and other fragranced products, and their secondary chemistry indoors.
112 works. [Anshika and Rappenglueck 2026] [Bagas ardiyantoro et al 2026] [Chen et al 2026] [Chyc and Chyc 2026] [Faisal et al 2026] [Lam et al 2026] [Pawar et al 2026] [Roy et al 2026] [Solichin et al 2026] [Albalawi and Albalawi 2025] [Arika 2025] [Bagas ardiyantoro et al 2025] [Firdaus et al 2025] [Marlena et al 2025] [Muhammad Taufiq Qurrohman et al 2025] [Pramesthi et al 2025] [Rahandini 2025] [Shaohang et al 2025] [Willi Wahyu Timur et al 2025] [Xu et al 2025, Construction and Empirical Analys] [Yanuarsari et al 2025] [Yun et al 2025] [Annisa Putri and Pridata Gina Putri 2024] [Ashcroft et al 2024] [Kim et al 2024] [Lee et al 2024, Effect of spraying air freshener] [Marini et al 2024] [Maulana et al 2024] [Sudyana et al 2024] [Thimmapuram 2024] [Zhang et al 2024] [Alfarisy 2023] [Awaluddin et al 2023] [Falk 2023] [Lee et al 2023] [Rádis-Baptista 2023] [Singh et al 2023] [Azzima et al 2022] [Goodman and Nematollahi 2022] [Musselman 2022] [Phuong et al 2022] [Zou et al 2022] [Hazwan et al 2021] [Goodman et al 2020] [Mukharjee et al 2020] [Steinemann 2020] [Steinemann and Nematollahi 2020] [Aggrawal et al 2019] [Ibrahim ALshaer et al 2019] [Miyashita et al 2019] [Montolalu and Wardaya 2019] [Steinemann 2019, Chemical sensitivity, asthma, and] [Steinemann 2019, International prevalence of chemi] [Steinemann 2019, Ten questions concerning fragranc] [Steinemann and Goodman 2019] [Steinemann and Klaschka 2019] [Kaeorod and Chutima 2018] [Steinemann 2018, Chemical sensitivity, asthma, and] [Steinemann 2018, Correction to Fragranced consumer] [Steinemann 2018, Exposures and effects from fragra] [Steinemann 2018, Fragranced consumer products effe] [Steinemann 2018, Fragranced consumer products sour] [Steinemann et al 2018] [Wolkoff 2018] [Lunny et al 2017] [Steinemann 2017, Fragranced consumer products effe] [Steinemann 2017, Health and societal effects from] [Zuzelo 2017] [Steinemann 2016] [Basat et al 2015] [Hitosugi et al 2015] [Kim et al 2015, Characterization of air freshener] [Uhde and Schulz 2015] [Akdag et al 2014] [Debonneville and Chaintreau 2014] [Kern et al 2014, Detection of potentially skin sen] [Kern et al 2014, Stability of limonene and monitor] [Nørgaard et al 2014] [Petry et al 2014] [Wolkoff et al 2014] [Gribble et al 2013] [Kwon et al 2013] [Liu et al 2013] [Wolkoff et al 2013] [Derudi et al 2012] [Senthilkumaran et al 2012] [Vu et al 2012] [Singal et al 2011] [Springs et al 2011] [Steinemann et al 2011, Fragranced consumer products Chem] [Tecce et al 2011] [The US top 50 2010] [Steinemann 2009] [Belle-Aire patents gel/air freshener 2008] [Coleman et al 2008] [Nagatomo 2006] [Singer et al 2006] [Rogers et al 2005] [Cortes et al 2004] [Liu et al 2004] [Wasson et al 2002] [LoVECCHIO and Fulton 2001] [Weschler and Shields 1999] [Anderson and Anderson 1997] [Lau et al 1997] [Madany and Crump 1994] [Lawson 1992] [The Candle Indoors 1990] [Safe air freshener 1988] [Fatal dose of an 1980] [Berres et al 1976] [Vanhegan and Mitchell 1975]
Fragrance sensitivity, chemical intolerance and fragrance-free policy
Self-reported sensitivity to fragrance, multiple chemical sensitivity, fragrance as a trigger of asthma and migraine, and the policies written in response.
136 works. [Bell and Baldwin 2026] [Bonomo et al 2026] [Diallo et al 2026] [Fujiwara et al 2026, Mechanisms of multiple chemical s] [Fujiwara et al 2026, Publisher Correction Mechanisms o] [Wilcock et al 2026] [Clark 2024] [Gardner 2024] [Jacques 2024] [Lavric et al 2024] [Nematollahi et al 2024] [Anesthesia in patients with 2023] [Molot et al 2023] [Rea 2023] [Bellman and Zolnikov 2022] [Curtis 2022] [Varino 2022] [Watai et al 2022] [Zucco and Doty 2022] [Alrasheed et al 2021] [Zucco and Doty 2021] [Klaschka 2020] [Pigatto et al 2020] [Drexler and Greiner 2019] [Hojo et al 2019] [Katoh 2019] [Pigatto and Guzzi 2019, Contact allergy to metals and mul] [Pigatto and Guzzi 2019, Prevalence and risk factors for m] [Steinemann 2019, International prevalence of fragr] [Drexler and Greiner 2018] [Goodman et al 2018] [Johnson 2018] [Kosinska and Spiewak 2018] [Pérez-Crespo et al 2018] [Woolfolk 2018] [Chemical Sensitivity in Children 2017] [Graver 2017] [Johnson 2017] [Multiple Chemical Sensitivity-Medical Aspects 2017] [Present Status of Chemical 2017] [Promoting Understanding of Chemical 2017] [Roof 2017] [Gibson et al 2016] [Review of the Available 2016] [Viziano et al 2016] [Multiple chemical sensitivity 2015] [Pasta 2015] [Bell and Baldwin 2013] [Environmental Illness Multiple Chemical 2013] [Heinonen-Guzejev et al 2013] [Vethanayagam et al 2013] [Bell 2012] [Drexler 2012] [Heinonen-Guzejev et al 2012] [Myalgic encephalomyelitis, fibromyalgia, and 2012] [Multiple Chemical Sensitivity 2011] [Stoppe 2011] [Fox et al 2010] [Lacour et al 2009] [Multiple chemical sensitivity Malcolm 2009] [Pall 2009] [Bell 2007] [Eis and Helm 2007] [Multiple Chemical Sensitivity 2007] [Koch and Eaton 2005] [Multiple Chemical Sensitivity 2004] [Multiple Chemical Sensitivity MCS 2004] [Pall 2004] [Tart 2004] [Multiple Chemical Intolerance 2003] [Pall 2003] [Black 2002] [Bolt and Kiesswetter 2002] [Herr et al 2002] [Pall 2002] [Ternesten-Hass??us et al 2002] [Winder 2002] [Kutsogiannis and Davidoff 2001] [Baldwin et al 2000] [Henningsson 2000] [Ranavaya 2000] [Ring et al 2000] [Shaikh 2000] [Anderson and Anderson 1999] [Cooney 1999] [Gad 1999] [Multiple Chemical Sensitivity A 1999] [Newlin 1999] [Siegel 1999] [Sorg 1999] [Technical Exchange A Report 1999] [Larson 1998] [NIEHS Seeks Data on 1998] [Stenn and Binkley 1998] [Benignus 1997] [Inherited and Acquired Enzyme 1997] [Kehrl 1997] [Lehrer 1997] [Newlin 1997] [Scheinman 1997, Is it Really Fragrance-Free?] [Scheinman 1997, Is it really fragrance-free? 1] [Siegel and Kreutzer 1997] [Weiss 1997] [Wetherell 1997] [von Mühlendahl 1997] [Bell 1996] [Bernstein 1996] [Howe 1996] [Salvaggio and Terr 1996] [Staudenmayer 1996] [Weaver 1996] [Meggs 1995] [Sikorski 1995] [Wald 1995] [andNa 1995] [Doty 1994] [Mayberg 1994] [Multiple Chemical Sensitivity Workshop 1994] [Multiple chemical sensitivity 1994] [Rothe 1994] [Simon 1994] [Aeoc Multiple Chemical Sensitivity 1992] [Aoec Multiple Chemical Sensitivity 1992] [Bascom 1992] [Jewett 1992] [Ross 1992] [Simon 1992] [Ziem 1992] [Fung 1991] [Needleman 1991] [Sibbison 1991] [Goodfield and Saihan 1988] [Cooke and Ssenter 1975] [Johnson, Multiple chemical sensitivity] [Johnson, Treatment approaches to multiple] [Pappu]
Fragrance, body odour and their social and emotional effects
What fragrance and body odour do to mood, attractiveness, impression formation and social interaction, including human chemosignals and ambient scent.
236 works. [Abdul Rahman et al 2026] [Dai et al 2026] [Filatova and Kolosova 2026] [Milan-Youssef and Geber-Júnior 2026] [Vara Sánchez 2026] [Wang 2026] [Woźniak and Chatterjee 2026] [Wu et al 2026, Chemosignals Shape Women’s Self-R] [Yang et al 2026, DeepClaw A Receptor-Space-Guided] [Yang et al 2026, DeepClaw From Receptor-Space Digi] [Zhong et al 2026] [Capitain et al 2025] [Chandra et al 2025] [Chen 2025] [Eliasson et al 2025] [Kafaei et al 2025] [Kodungallur 2025] [Kumari 2025] [Lv et al 2025] [Nikolić and Marjanović 2025] [Qi et al 2025] [Sivakarthi et al 2025] [Almansour 2024] [Chatterjee et al 2024] [Collin et al 2024] [Dmitrieva and Murzinova 2024] [Martinec Nováková et al 2024, Nocturnal exposure to a preferred] [Research on Perfume User 2024] [Schwarz and Hamburger 2024] [Supplemental Material for What 2024] [Gomes et al 2023] [Mensing 2023, Perfume Trends, International Fra] [Semin et al 2023] [Třebický et al 2023] [Wang et al 2023] [Wunder et al 2023] [Ardelet et al 2022] [Chu and Nguyen 2022] [Debnath and Nakamoto 2022] [Mei et al 2022] [Nakamura and Nishiyama 2022] [Verçosa 2022] [D’Aniello et al 2021] [Errajaa et al 2021] [Gomes and Semin 2021] [Iseki et al 2021] [Lee et al 2021] [Prakash 2021] [Silva et al 2021] [Spence 2021] [Bae and Asojo 2020] [Dal Bò et al 2020] [Ferdowsi et al 2020] [Silva et al 2020] [Spence 2020, Using Ambient Scent to Enhance We] [Sunohara 2020] [Wisman and Shrira 2020] [Leenders et al 2019] [Nakano 2019] [Parma et al 2019] [Sakata et al 2019] [Semin et al 2019] [Sorokowska and Oleszkiewicz 2019] [Ye et al 2019, Human chemosignals modulate emoti] [Šliburytė and Vaitiekė 2019] [A Tearful Mood, Eventually 2018] [Darabi and Mirabi 2018] [Gottschalk 2018] [Hoenen et al 2018] [Inoue 2018] [Lobmaier et al 2018] [Adams and Doucé 2017] [Endevelt-Shapira et al 2017] [Kim and Shin 2017] [Lefebvre and Biswas 2017] [Gagarina and Pikturniene 2016] [Haehner et al 2016] [Haviland-Jones et al 2016] [Sorokowska et al 2016] [Srivastava and Srivastava 2016] [Gagarina and Pikturnienė 2015] [Kim et al 2015, Consumer’s Fragrance Preference a] [Lübke and Pause 2015] [Madzharov et al 2015] [Mutic et al 2015] [Cirrincione et al 2014] [Dicke 2014] [Fenko and Loock 2014] [Method for selecting perfume 2014] [Poon and Grohmann 2014] [Dalton et al 2013] [Frumin and Sobel 2013] [Jacob et al 2013] [Maiwald et al 2013] [Scognamiglio et al 2013, Fragrance material review on acet] [Scognamiglio et al 2013, Fragrance material review on cycl] [Toet and Schaik 2013] [Lindqvist 2012] [Lübke et al 2012] [Macdonald and Herrera 2012] [McGinty et al 2012, Fragrance material review on 2,4] [McGinty et al 2012, Fragrance material review on 2-phenoxyethyl isobutyrate] [McGinty et al 2012, Fragrance material review on 2-phenoxyethyl propionate] [McGinty et al 2012, Fragrance material review on 2-phenylpropyl acetate] [McGinty et al 2012, Fragrance material review on 3-ph] [McGinty et al 2012, Fragrance material review on 4-me] [McGinty et al 2012, Fragrance material review on anisyl acetate] [McGinty et al 2012, Fragrance material review on anisyl formate] [McGinty et al 2012, Fragrance material review on anisyl propionate] [McGinty et al 2012, Fragrance material review on benzyl 2-hydroxypropionate] [McGinty et al 2012, Fragrance material review on benzyl butyrate] [McGinty et al 2012, Fragrance material review on benzyl formate] [McGinty et al 2012, Fragrance material review on benzyl isobutyrate] [McGinty et al 2012, Fragrance material review on benzyl propionate] [McGinty et al 2012, Fragrance material review on p-an] [McGinty et al 2012, Fragrance material review on p-is] [McGinty et al 2012, Fragrance material review on phenethyl acetate] [McGinty et al 2012, Fragrance material review on phenethyl butyrate] [McGinty et al 2012, Fragrance material review on phenethyl formate] [McGinty et al 2012, Fragrance material review on phenethyl isobutyrate] [McGinty et al 2012, Fragrance material review on pipe] [McGinty et al 2012, Fragrance material review on α-methylbenzyl acetate] [McGinty et al 2012, Fragrance material review on α-methylbenzyl isobutyrate] [McGinty et al 2012, Fragrance material review on α-methylbenzyl propionate] [Scognamiglio et al 2012, Fragrance material review on 2-he] [Scognamiglio et al 2012, Fragrance material review on dihy] [Scognamiglio et al 2012, Fragrance material review on hexe] [Scognamiglio et al 2012, Fragrance material review on isoj] [Scognamiglio et al 2012, Fragrance material review on phen] [Scognamiglio et al 2012, Fragrance material review on β-me] [Wedekind 2012] [de Groot et al 2012] [Doucé and Janssens 2011] [Ferdenzi et al 2011] [McGinty et al 2011, Fragrance material review on 10-o] [McGinty et al 2011, Fragrance material review on 11-o] [McGinty et al 2011, Fragrance material review on 12-o] [McGinty et al 2011, Fragrance material review on cyclohexadecanone] [McGinty et al 2011, Fragrance material review on cyclopentadecanone] [McGinty et al 2011, Fragrance material review on ethylene brassylate] [McGinty et al 2011, Fragrance material review on ethylene dodecanedioate] [McGinty et al 2011, Fragrance material review on hexa] [McGinty et al 2011, Fragrance material review on oxac] [McGinty et al 2011, Fragrance material review on ω-6] [McGinty et al 2011, Fragrance material review on ω-pe] [Salvito et al 2011] [Schifferstein et al 2011] [Teller and Dennis 2011] [Vinitzky and Mazursky 2011] [McGinty et al 2010, Fragrance material review on 2-et] [McGinty et al 2010, Fragrance material review on 2-me] [McGinty et al 2010, Fragrance material review on dihy] [McGinty et al 2010, Fragrance material review on isod] [McGinty et al 2010, Fragrance material review on ison] [McGinty et al 2010, Fragrance material review on isop] [McGinty et al 2010, Fragrance material review on meth] [McGinty et al 2010, Fragrance material review on phyt] [Craig Roberts et al 2009] [McClintock 2009] [Smells like me 2009] [Zhou and Chen 2009] [Bhatia et al 2008, Fragrance material review on - -α] [Bhatia et al 2008, Fragrance material review on 4-th] [Bhatia et al 2008, Fragrance material review on abie] [Bhatia et al 2008, Fragrance material review on alph] [Bhatia et al 2008, Fragrance material review on born] [Bhatia et al 2008, Fragrance material review on cedr] [Bhatia et al 2008, Fragrance material review on cycl] [Bhatia et al 2008, Fragrance material review on d-cy] [Bhatia et al 2008, Fragrance material review on dihy] [Bhatia et al 2008, Fragrance material review on elem] [Bhatia et al 2008, Fragrance material review on patc] [Bhatia et al 2008, Fragrance material review on sant] [Bhatia et al 2008, Fragrance material review on tric] [Chebat et al 2008] [Lapczynski et al 2008, Fragrance material review on +] [Lapczynski et al 2008, Fragrance material review on cis] [Lapczynski et al 2008, Fragrance material review on d-li] [Lapczynski et al 2008, Fragrance material review on dehy] [Lapczynski et al 2008, Fragrance material review on farn] [Lapczynski et al 2008, Fragrance material review on hydr] [Ward et al 2007] [Zemke and Shoemaker 2007] [Chen 2006] [Sell 2006, Perfumery materials of natural or] [Spangenberg et al 2006] [Orth and Bourrain 2005] [Spangenberg et al 2005] [Warrenburg 2005] [Jacob 2004] [Spencer et al 2004] [Smith and Api 2003] [Thornhill 2003] [Jacob and McClintock 2002] [Schaefer et al 2002] [Jacob et al 2001] [Raguso 2001] [Graham et al 2000] [Jacob and McClintock 2000] [Morrin and Ratneshwar 2000] [Wedekind and Penn 2000] [Pybus et al 1999, Perfumery materials of natural or] [Rikowski and Grammer 1999] [Ford 1998] [Maiworm and Langthaler 1998] [Pfitzer 1998] [Rastogi 1998] [Dollase 1997] [Gower 1997] [Jellinek 1997, Perfume and personality] [Jellinek 1997, Perfume materials reminiscent of] [Jellinek 1997, The erotic effects of perfume mat] [Jellinek 1997, The psychological basis of perfum] [Sakurai and Jingu 1997] [Johansen et al 1996] [Gulas and Bloch 1995] [Johnston et al 1995] [Epple et al 1993] [Maxson 1992] [Calabrese 1990] [Harper 1990] [Moyler 1989] [Perfumery the psychology and 1989] [Baron 1988] [Green 1988] [Fragrance raw materials monographs 1982] [Walradt 1982] [Lee and Ingersoll 1979] [Rodríquez and Mitchell 1977] [Mitchell 1975] [Poucher 1974, Complex of reactors used for prep] [White and Eiserle 1961] [Dyson 1949] [Brémond-Bostoen] [Gault and Anderson] [The peony and the]
The human thermal plume, the breathing zone and near-field exposure
The airflow a body generates around itself and the near-field and far-field models used to predict exposure close to a source.
55 works. [Cernei et al 2026] [Vanama et al 2026] [Xu et al 2025, Convective heat transfer coeffici] [Chen et al 2024] [Liu et al 2024] [Park et al 2024] [Pourfattah et al 2024] [Castellini et al 2023] [Nicas 2023] [Salamone et al 2023] [Zong et al 2023] [Hossain et al 2022] [Liu et al 2022, Bacteria-carrying particles diffu] [Liu et al 2022, Effect of human thermal plume and] [Sankaran et al 2022] [Zong et al 2022] [Abattan et al 2021] [Jamin et al 2021] [Koivisto et al 2021] [Ma et al 2021] [Sun et al 2021] [Zhang et al 2021] [Gena et al 2020] [Vianello et al 2019] [Wang et al 2018, Corrigendum to “Chaotic behavior] [Arnold et al 2017, Evaluating well-mixed room and ne] [Arnold et al 2017, Evaluation of the well mixed room] [Ivanov and Mijorski 2017] [Licina et al 2017] [Fantke et al 2016] [Cheng and Lin 2015] [Koelblen and Bogdan 2015] [Liu et al 2015, Effect of Thermal Plume on Person] [Liu et al 2015, Numerical Investigation of the Un] [Melikov 2015] [Feyli et al 2014] [Evaluation of Recommended REACH 2012] [Salmanzadeh et al 2012] [Method 11 Real-Time Breathing 2010] [Bayesian Modeling of Exposure 2009] [Marr et al 2007] [Melikov and Kaczmarczyk 2007] [Craven and Settles 2006] [Guffey and El-Nahas 2006, 40. Effects of Heating, Posture] [Guffey and El-Nahas 2006, 41. Effects of Breathing, a Wig] [Guffey and El-Sotouhy 2006] [General Ventilation and the 2003] [Assad 1999] [Bradley et al 1995] [D’Amore and Tufano 1991] [Uchiyama and Toyokura 1982] [El-Sotouhy] [Elnahas] [Fetouri] [Jafari]
Consumer and cosmetic spray exposure
What a spray product releases into the air its user and bystanders breathe, by droplet size, distance and product type.
18 works. [Dai et al 2025] [Steiling et al 2025] [Lee et al 2024, Emission characteristics of volat] [Berrada-Gomez et al 2023] [Sørli et al 2022] [Jung et al 2021] [Calcaterra et al 2020] [Yang et al 2019] [Park et al 2018, Comparison of modeled estimates o] [Park et al 2017] [Riebeling et al 2015] [Nazarenko et al 2011] [Rothe et al 2011] [Ravichandran et al 2009] [Ravichandran and Philominathan 2008] [Standard Practice to Indicate Direction 1997] [Li and Hopke 1994] [Practice for Labeling Cans]
Essential oils and companion animals
The toxicity of essential oils and fragrance materials to cats, dogs and other animals kept indoors.
14 works. [Radulović and Mladenović 2026] [Tadee et al 2024] [Sisubalan et al 2023] [Bates 2018] [Buckle 2015] [Khan et al 2014] [van Beusekom et al 2013] [Sharma and Tiwari 2012] [Naeini A. 2011] [Buckle 2003] [Miyazawa et al 2003] [Tisserand 1996] [Moss 1994] [Seawrlght 1993]
Irritant sprays and malodorants
Pepper spray, bear spray, riot-control agents and malodorants, which share the aerosol platform and are out of scope beyond this survey.
102 works. [Hajdu et al 2025] [Miller et al 2025] [Pepitone 2025] [Patowary et al 2024] [Maples 2023] [Logrado et al 2022] [Pearce and Mundell 2022] [Shah et al 2022] [Torsten Huschbeck 2022] [Weber et al 2022] [Wilder et al 2022] [Wittern and Gaur 2022] [Ye et al 2022] [Borusiewicz et al 2021] [Forrester and Holloway 2021] [Lechner et al 2021] [Thottempudi et al 2021] [Boivin and Tanguay 2020] [Craig Bettenhausen 2020] [Daft 2020] [Haller 2020] [Semple et al 2020] [Silva 2020] [Smith et al 2020] [Strybel and Kumar 2020] [Svendsen et al 2020] [Linder and Lacy 2019] [Miller 2019] [Miller et al 2019] [Mörén et al 2019] [Oliveira Junior et al 2019] [Goodman 2018] [Oztas 2018] [Patowary et al 2018] [Stopyra et al 2018] [Bertilsson et al 2017] [Haar et al 2017] [Brandl and Stroshine 2016] [Subcutaneous Emphysema and Pneumomediastinum 2016] [Efeoğlu et al 2015] [Huntington 2015] [Yeung and Tang 2015] [Zhu et al 2015] [Don’t Forget the Bear 2014] [Kearney et al 2014] [Officers Under Attack-The Thin 2014] [Ozer 2014] [Rasier et al 2014] [Voegeli and Baenninger 2014] [Sweeting 2013] [Cumiskey and Brewster 2012] [Hambling 2012] [Kumar et al 2012] [Maira and Sze 2012] [Shimada et al 2012] [Utine and Durak 2012] [Warren 2012] [Gerber et al 2011] [Persson 2011] [Pfaff and Steiner 2011] [Kaminski and Adang 2010] [Oh et al 2010] [Oke et al 2010] [Pepper Spray 2010] [Barley 2009] [Barry et al 2008] [DeSesa et al 2008] [Smith et al 2008] [White V and Presser 2008] [Fatah et al 2007] [Adang et al 2006] [Hennessy 2006] [Pershing et al 2005] [Prophets, Protests, and Pepper 2005] [Adang and Mensink 2004] [Gillis et al 2003] [Chan et al 2002] [Hand and Chotiner 2002] [Reilly et al 2002] [Epstein and Majmudar 2001] [Harrison et al 2001] [Miller 2001] [Reilly et al 2001] [Brown et al 2000] [Smith and Alpert 2000] [Zollman et al 2000] [Kaminski et al 1999] [Busker and van Helden 1998] [Kaminski et al 1998] [Temte 1998] [Giardino 1997] [Kelly 1997] [Lumb and Friday 1997] [Morabito and Doerner 1997] [Billmire et al 1996] [Miller 1996] [Watson et al 1996] [George et al 1995] [Heck 1995] [Steffee et al 1995] [Noguchi et al 1984] [Prophets, Protests, and Pepper]
The history of perfume and perfumery
Perfume from Mesopotamian recipes and Egyptian unguents to the vaporiser and the modern industry.
52 works. [Bydoon and Abd El-Baset 2026] [David 2025] [Wicky 2024] [Cole 2023] [McMullen and Dell’Acqua 2023] [Ager 2022] [Algrain 2022] [Corrente 2022] [Maxwell 2022] [History of the Perfume 2020] [Burger et al 2019] [Murray 2019] [Celik et al 2018] [Kaviraj 2016] [Gandaloyeva 2015] [Sato and Tamura 2015] [Voudouri and Tesseromatis 2015] [Harvey 2014] [Vanhaesebrouck 2014] [McHUGH 2013] [Milner 2013] [Wannaruemon et al 2013] [Boyson 2012] [The Ephemeral History of 2012] [Dugan 2011] [de Nicolaï 2008] [Bährle-Rapp 2007, Eau de Cologne] [Gasarian 2007] [Kakhidze 2007] [Pybus 2006, The history of aroma chemistry an] [Eau de Cologne 2004, Eau de Cologne - Futurismus] [Eau de Cologne 2004, Eau de Cologne eklatant] [van de Pol 2003] [Pybus et al 1999, The history of aroma chemistry an] [Timeless Beauty Ancient Perfume 1995] [Shanks 1993] [Ohloff 1992] [Frances Kennett, History of 1977] [Winter 1942] [Winter 1932] [The Eau de Cologne 1930] [Colmers 1927] [Gohrbandt 1927] [Gohrbandt 1926] [Conard 1908] [Odorographia a Natural History 1892] [The Preparation of Good 1892] [EAU DE Cologne Tippling 1889] [Reid 1879] [Eau de Cologne 1874] [On the Manufacture of 1852] [Pires Latge]
Fragrance products, platforms and the industry
Fine fragrance, solid perfume, attar, aftershave and body mist as products, and the industry that designs and sells them.
108 works. [Bansal 2026] [Ghafur 2026] [Sanjaya et al 2026] [Shneider 2026, From Talk to Tags Privacy-Preserv] [Shneider 2026, Privacy-Preserving Shelf-Edge Fee] [Shneider 2026, The Language of the Shelf A Taxon] [Ganta.Manasa et al 2025] [Iqbal et al 2025] [Karamore et al 2025] [Lohar 2025] [Norman 2025] [Sujono et al 2025] [Hendrik Hermawan et al 2024] [MacCarthy et al 2024] [Sawant and Jain 2024] [Yunus et al 2024] [Abishekh S. Gawande et al 2023] [Berthier et al 2023] [Francis et al 2023] [Mensing 2023, Big and Small Moments of Modern P] [Mensing 2023, Insider Knowledge Perfume Industr] [Mensing 2023, Insider Knowledge Perfumery] [Mensing 2023, Stationary Perfumery in Change] [Tigerlily Perfumery, 973 Valencia 2023] [aftershave, n. and adj 2023] [Dwijayanty and S.A., MBA., Ph.D. 2022] [Gavira et al 2022] [H. Taher et al 2022] [Randal and Stanton 2022] [Velinov 2022] [Barwich and Xu 2021] [Butnariu 2021] [Ibrahim et al 2021] [Pal et al 2021] [Ponda et al 2021] [Septiyanti et al 2021] [Professionalizing Perfumery Eugène Rimmel 2020] [Zawisławska 2019] [Vanilla in Perfumery and 2018] [Perfume Bottle 2017] [Wuyts et al 2017] [Biotechnology in Perfumery 2016] [Chen and Huang 2016] [D. Jawad Al-Bayati 2016] [Guillemin 2016, § 3 Behind the Scenes of Perfumer] [Srinivasan 2015] [Castello 2014] [Perfume Bottle 2014] [Bergamot and Its 2013] [Gattefosse 2013] [Okoronkwo et al 2013] [Teixeira et al 2013, A Product Engineering Approach in] [The Perfume Industry 2013] [Jung 2011, Comparison of Different Perfumery] [Jung 2011, Perfumery on the Arabian Peninsul] [Buccellato 2010] [Sell 2006, Ingredients for the modern perfum] [Narula 2005] [Narula 2004] [Smith 2004] [Hoecht and Trott 2002] [Introduction to perfumery 2002] [Perfumery and cosmetic products 2002] [Perfumery uses of lavender 2002] [Rose-scented geranium’ a Pelargonium 2002] [Lecoffre 2001] [Attar of Roses 1997] [Jellinek 1997, Perfume creation and odor sensati] [Jellinek 1997, Perfumery and eroticism] [Jellinek 1997, Soap perfumery] [Jellinek 1997, Technical progress and fashion in] [Jellinek 1996] [Perfumery Practice and Principles 1996] [Sell 1996] [Diploma in perfumery 1995] [Perfumery practice and principles 1995] [Chakrabarty et al 1994] [Ellena 1994] [Funesti 1994] [Rotton 1994] [Roudnitska 1994] [Poucher 1993] [Greenhalgh 1992] [Hornfeldt 1992] [Izumi 1991] [Dodd 1988] [WHEN Alcoholics Drink Aftershave 1986] [Moskowitz 1978] [Van Ketel 1978] [Poucher 1974, A dictionary of the raw materials] [Poucher 1973] [How A Computer Service 1965] [Crow 1964] [Crow 1960] [Levey 1960] [Jellinek 1950] [Wight 1942] [Piskur 1938] [The Raw Materials of 1922] [The Perfumery Industry in 1913] [Atkinson 1910] [Seguin 1899] [Perfumes and Perfumery 1894] [Wrenn 1883] [Levi 1879] [Perfumes and Perfumery 1863] [The London Exhibition-Perfumery 1862] [Hofmann 1852]
Perfume and fragrance outside the clusters above
Works whose titles concern perfume or fragrance without falling into a narrower cluster, including cultural, literary and analytical studies.
316 works. [Aryadi and Pidada 2026] [Bertomeu-Sánchez 2026] [Longing for Luxury Perfume 2026] [Malhiac et al 2026] [Matricciani 2026] [Perfume/sweet 2026] [Spence et al 2026] [Sutia and Hendri 2026] [Sánchez-López et al 2026] [Troiano 2026] [Vijay 2026] [Villas Bôas Camargo 2026] [Audette et al 2025] [Dandi et al 2025] [Feng et al 2025] [Ghafur 2025, The Future of Fragrance Personali] [Lecourt and Antoniotti 2025] [Nam and Kim 2025] [Rembulan and Sanjaya 2025] [Sagala and Anggusti 2025] [Song 2025] [Sujatha Lavudiya et al 2025] [Vilhelkar and Momin 2025] [Chiamaka Frances and Nwakuche 2024] [Cunniffe et al 2024] [Droulers et al 2024] [Gell 2024] [King 2024] [Miss Nirmal Vrushali S. et al 2024] [Mufarokhah et al 2024] [Risky et al 2024] [Songsathitmetha et al 2024] [Souza 2024] [Spence et al 2024] [Steele 2024] [Syafriani and Suendri 2024] [Wenxia Li et al 2024] [van Gelder 2024] [氣味擬像與身體隱喻：羚羊（Gazelle）、香水收集者（The Perfume Collector）和香水（Das Parfum）對比研究 2024] [Bumke 2023] [Cairolli 2023] [Chandra and Soelistyo 2023] [Eichhorn et al 2023] [Givaudan and LanzaTech to 2023] [Jung 2023] [Kolenčíková 2023] [Krueger 2023] [Manina and Forlani 2023] [Mensing 2023, Perfumes in Change] [Mensing 2023, Scent Online Storytelling and Dig] [Mensing 2023, The Research of the Fragrance Eff] [Mesz et al 2023] [Pradhan et al 2023] [Prasad and Veera 2023] [Rodrigues and Albergaria 2023] [Silva 2023] [Whitman 2023, Clover and Hay Perfume] [Whitman 2023, Sundown Perfume Quail-Notes The H] [Death by Perfume 2022, 8. Death by Perfume] [Death by Perfume 2022, Death by Perfume] [Givaudan and LanzaTech announce 2022] [Hemamalini and Giri Dev 2022] [Impossible Flowers and Building 2022, 11 Impossible Flowers and Buildin] [Impossible Flowers and Building 2022, Impossible Flowers and Building a] [Lin et al 2022, Investigate the Direct Photodegra] [Lin et al 2022, Investigations on the direct phot] [Marques 2022] [Moyse Ferreira 2022] [Patrícia Garcia Leal and Ezequias Oliveira Lira 2022] [Perfume Notes 2022, 10 Perfume Notes] [Perfume Notes 2022, Perfume Notes] [Picturing Perfume 2022, 3. Picturing Perfume] [Picturing Perfume 2022, Picturing Perfume] [Urano et al 2022] [Whittaker 2022] [Yamashita et al 2022] [Yoon and Choi 2022] [von Dürckheim et al 2022] [Aneetta VJ and Amsamani S 2021] [Biocatalytic Directed Cationic Cyclization 2021] [Guć et al 2021] [Neto and Ogasawara 2021] [Northfield 2021] [Renaldi et al 2021] [Riad et al 2021] [Wu et al 2021] [Yang et al 2021] [de Paz 2021] [Almaya et al 2020] [Chapter 1 Perfume 2020] [Chen et al 2020, Multifunctional fabric coatings w] [Choi 2020] [Dobson 2020, ‘Drunk on the dead’ Intoxication] [Dobson 2020, Perfume, cigarettes and gilded bo] [Givaudan acquires fragrance ingredients 2020] [Givaudan develops new biotech 2020] [Jagadev and Beura 2020] [Laue et al 2020] [Melody M. Bomgardner 2020] [Nithya and Sasikala 2020] [Panchal and Mundkur 2020] [Road Perfume 2020] [Truan et al 2020] [White and du Vivier 2020] [Ammayappan et al 2019] [Bible References to Perfume 2019] [Corpus Alienum Cover the 2019] [Fragrance ingredients market poised 2019] [GIRL in Perfume 2019] [Gaby and Dalton 2019] [Identifying Perfume Ingredients in 2019] [Lin et al 2019] [Marag 2019] [Marc Reisch 2019] [Park et al 2019] [Perfume Ingredients in Nature 2019] [Perfume at Bethany 2019] [Phinta 2019] [Saptari et al 2019] [Sell 2019] [Sources of Perfume Ingredients 2019] [The Ingredients of Biblical 2019] [Udovichenko 2019] [Unilever offers fragrance ingredients 2019] [Wong et al 2019] [Ye et al 2019, All-Aqueous Direct Deposition of] [Zhan et al 2019] [Allen et al 2018] [Chisom Chinyerenwa et al 2018] [Cummings 2018] [De Bortoli 2018] [Dixon 2018] [Fragrance/scent 2018] [Libros COMO Perfume 2018] [PandG to divulge fragrance 2018] [Schuttelaar et al 2018] [Vanden Eynden et al 2018] [Froger 2017] [Global fragrance ingredients market 2017] [Lin and Emberger 2017] [Marc Reisch 2017] [Melody Bomgardner 2017] [Natsch et al 2017] [Notar Francesco et al 2017] [Studer 2017] [Zarogianni et al 2017] [Zhang et al 2017] [Comet perfume smells like 2016] [Costa and Mondello 2016] [Cousin 2016] [Guillemin 2016, § 2 Perfume Through the Ages] [Guillemin 2016, § 4 The Two Aspects of Perfume] [Guillemin 2016, § 7 From Fragrance Imitation to F] [Herman 2016] [Higashi 2016] [Pontén et al 2016] [Sobotková et al 2016] [Aamir 2015] [Allen et al 2015] [Biswas et al 2015] [Nijkamp et al 2015] [Tanaka 2015] [Alex Scott 2014] [Antoniotti 2014] [Fragrance ingredients market worth 2014] [IFF acquires Aromor to 2014] [Kneidel 2014] [Krueger 2014] [Mackey 2014] [Manufacture of Fragrance Ingredients 2014] [Substance Overview for Fragrance 2014] [The Design of New 2014] [smell, fragrance, perfume, rank 2014] [Bhatia et al 2013] [Davis 2013] [De-Luxe Extracts and Handkerchief 2013] [Khajavi et al 2013] [Kim 2013] [Kusumoputro and Na 2013] [Leszczyńska 2013] [Nishihara et al 2013] [Solubility Table of Principal 2013] [Teixeira et al 2013, Design of Perfumes] [Tobolkina et al 2013] [USE of Artificial Perfumes 2013] [Various Types of Perfumes 2013] [Veramendi et al 2013] [Bruze et al 2012] [Guéguen 2012, The Sweet Smell of … Implicit H] [Guéguen 2012, The sweet smell of… courtship E] [Havlíček and Roberts 2012] [Zhang and Cai 2012] [Briot 2011] [Dupau 2011] [Guéguen 2011] [Jung 2011, An Ethnography of Fragrance] [Marie Api and Vey 2011] [Masuck et al 2011, Inhalation exposure of children t] [Steinemann et al 2011, Chemical emissions from residenti] [Susami et al 2011] [Weifang 2011] [Al-Zadjali 2010] [Api and Vey 2010] [Chakraborty 2009] [Christensson et al 2009] [Rothlisberger 2009] [Goodner 2008] [Luan et al 2008] [Normand et al 2008] [Buckley 2007] [Chisvert and Salvador 2007] [Fixing Agent, Perfume 2007] [Harth et al 2007] [Lieu 2007] [Chen et al 2006] [Churchill 2006] [Everts 2006] [Jenner 2006] [Pybus 2006, Buying fragrance ingredients and] [Schubert 2006] [Shoji 2006] [Tomlinson 2006] [Yoh 2005] [Basketter et al 2004] [Treister 2004] [Özel and Clifford 2004] [Opiekun et al 2003] [Puig 2003] [Bridges 2002] [CHAPTER ONE. Shakespeare’s Perfume 2002] [Radha et al 2002] [Roberts and Vey 2002] [Roberts et al 2002] [Api 2001] [Balk et al 2001] [Jansson and Lodén 2001] [Rossiter 2001] [Scheinman 2001] [Broughan 2000] [Graham 2000] [Donkin 1999] [Ford et al 1999] [Gelled Fragrance 1999] [Pybus et al 1999, Measurement of fragrance percepti] [Pybus et al 1999, The search for new fragrance ingr] [Firmin et al 1998] [Fragrance Gelled Fragrance 1998] [Gelled Fragrance 1998] [Harder 1998] [Hotchkiss 1998] [Larsen 1998, A study of new fragrance mixtures] [Bain 1997] [Friberg 1997] [Jellinek 1997, Fragrance in cosmetic products] [Jellinek 1997, Men and fragrance] [Jellinek 1997, Odor Effects Diagram and personal] [Jellinek 1997, Personal perfume selection] [Jellinek 1997, The erotic effect of perfumes] [Jellinek 1997, The modern perfume] [Jitterbug Perfume 1984 1997] [Behan et al 1996] [Cao et al 1996] [Ledbetter 1996] [Bioprocess Production of Flavor 1995] [Buchbauer and Jirovetz 1994] [Maxwell 1994] [Ohloff 1994, Scent and Fragrances] [Graham 1993] [Nakamoto et al 1993] [Groom 1992] [Health hazard evaluation report 1992] [Meyer 1992] [Larsen 1990] [Mattingly 1990] [Weibel and Hansen 1989, Interaction of cinnamaldehyde a s] [Weibel and Hansen 1989, Penetration of the fragrance comp] [Byrne-Quinn 1988] [King 1988] [Le Norcy 1988] [Mensing and Beck 1988] [The international fragrance association 1987] [Bruze 1986] [Hsia et al 1986] [Jimbo 1983] [Wisneski et al 1983] [Bedoukian 1982] [Demole 1982] [Fragrance and Flavour Substances 1982] [Ohloff 1982] [The Perfume 1981] [Schissler 1980] [Beck and Beck 1978] [Collins and Mitchell 1975] [Opdyke 1975] [Aphrodisiac Perfume 1971] [The non-spill perfume and 1967] [Skeat 1966, A Fragment on the Ptolemaic Perfume Monopoly] [Skeat 1966, A Fragment on the Ptolemaic Perfume Monopoly P. Lond. Inv. 2859A] [Wright 1964] [Arctander 1963] [Cruickshank 1954] [The Greeks HAD Perfume 1946] [Breithut and Apfelbaum 1925] [Perfume Agencies in Canada 1925] [A Perfume Diffuser 1916] [Coal Tar Perfume 1863] [Making Perfume 1859] [Herrick 1648] [Aliyev] [Bolster] [Costa] [Firmado] [Fransson and Johnsen] [Garcia Leal] [Martins da Rocha] [Nakamoto et al]
Findings
The hypothesis adjudicated
H1, dose, is partially supported. Its second clause holds without exception. The fourth spray adds less than the third, by $\sqrt{4/3}$ in detection radius and by about fifteen percent in perceived intensity at a fixed distance, and this follows from the square-root scaling of the plume and the compressive power law of perception, neither of which depends on the calibrated threshold. Its first clause, that three or four sprays is the smallest adequate dose, is rejected in four of the six scenarios and supported only in modified form in the remaining two. For dinner and the interview the adequate dose is one. For the shared office and the elevator no positive dose is adequate. For the open-plan office, four sprays are adequate only when split into a morning application and a midday sequel. Outdoors, four sprays are adequate only for an extrait, and an eau de parfum needs six.
H2, placement, is partially supported. The conventional points are broadly sound and the conventional reason for them is not. No pulse-specific mechanism was found. Warmth operates, through vapour pressure, and is worth about one spray in four. The dominant mechanisms are geometric, namely distance to the receiver, the thermal plume that carries torso emissions upward, and distance to the wearer’s own nose. The neck, chest and nape survive on geometry, and the wrist fails on temperature, attrition and self-exposure together.
H3, the wearer, is supported. Every conventional difference between men’s and women’s points with a physical basis resolves to clothing or hair, and the receiver’s sex has an effect smaller than the pump can resolve. Wearers do differ in how fast their skin releases a fragrance, and the literature attaches that difference to skin properties rather than to sex.
The overall hypothesis is partially supported.
Doctrine
The findings reduce to a short set of rules, each traceable to a section above.
- State the end state before choosing a count. A spray count without a receiver, a distance, a room and a duration is not a plan.
- Convert to spray-equivalents. Four sprays of eau de toilette and four of extrait differ by a factor of two and a half.
- Check the room before the wearer. If the room’s volume times its air change rate is small, the room becomes the source and no count separates intended from unintended receivers.
- Default to one spray at the sternum. It meets the close-range end states, which are where most fragrance is worn.
- Split rather than escalate. For a long day, a morning application and a midday sequel outperform a single larger application with fewer sprays.
- Never reapply on the wearer’s own judgement. Schedule the sequel in advance or ask a red cell.
- Prefer the trunk, the nape, the hair and the garment to the wrists.
- When the sign of the objective is unknown, apply zero.
- Do not apply human fragrance to animals, and treat every room product as an application to every occupant of the room.
Epistemic State
Measured and sourced. The physical constants and product facts are sourced. These are the pump volumes from a manufacturer’s specification, the enthalpy of vaporisation of linalool, the flash point of ethanol, the concentration ranges of the product classes, the ventilation rates from the Environmental Protection Agency, the thermal plume velocity, the odour power-law exponents, the age, sex and specific anosmia findings, the allergy prevalence and the regulatory limits. Each is cited to a source that was read in full or in abstract. The Craven and Settles plume velocity, the dates of the DeVilbiss perfume atomizer, the Chanel application advice, the Metropolitan Museum and VCA pages, and several retail claims were confirmed only from search results and not from the pages themselves, and they are worded accordingly.
Primary sources and how each was read. Where a secondary source carried a claim and a primary one could be retrieved, the primary was added. Read in full or in the relevant passage are Rimmel’s Book of Perfumes, for the eau de Cologne and kyphi passages, Plutarch’s account of kyphi, the DeVilbiss patent record, the registered bear spray label, and the Access Board’s recommendations. Read in abstract are Dalton and Wysocki on long-term adaptation, Zaynoun on bergamot phototoxicity, Api on QRA2, Kimber on dose per unit area, and Doty on age, each of those four being the first author of a paper with several. Three are cited for no more than their titles state, because only their bibliographic records could be retrieved. These are Clapeyron in translation and Clausius, for the origin of the vapour-pressure relation, and Whissell-Buechy and Amoore, for the report of musk odour-blindness as a simple recessive trait. No retrievable primary was found for the Gaussian plume, whose standard workbook could not be obtained, for Tapputi, whose tablet is known here through an encyclopedic summary, or for the text of the 2009 CDC policy.
Surveyed. The survey’s 2,541 works were admitted by title, so its rows establish what has been published under a heading and not what each work found. The 59 works its prose discusses were read in abstract, five of them could be named only for their titles, and the four excluded literatures named in its method are excluded by design. Its year statistics are computed from bibliographic records, which can carry the year of an online version in place of the print year.
Modelled. Every number in the adjudication tables is the output of a deterministic model whose equations are all displayed in the article and whose parameters are all listed in the planning assumptions. The model is deliberately simple. It collapses a fragrance into one pool with one time constant, treats the plume as a Gaussian with linear spreading in steady air, treats each room as perfectly mixed, and represents receivers by a log-normal threshold. Each of these is wrong in detail, and the sensitivity analysis is the article’s account of how much that matters. The structural results, namely the square-root scaling, the dose-independence of the radius half-life, the infeasibility of the small shared office, the elevator’s standing cost, and the advantage of the split sequel over escalation, follow from the form of the equations and survive every variation tested. The calibrated results, namely the specific counts for the open-plan office and the outdoor event, do not survive every variation and are illustrations.
Assumed. The deposition efficiency of 0.70, the time constant of three hours, the adaptation floor and time constant, the handwashing removal fraction and interval, the overkill threshold at thirty times the detection threshold, the reed diffuser emission rate, the atomizer’s spray half-angle of 20 degrees, the linalool fraction of a tenth used to defend the calibrated threshold, and the eight colleagues in the collateral headcount are planning values with no direct source. The adaptation values are bracketed by the experiments the survey found, with significant losses at five and ten minutes, but they are not measured values for a fragrance worn on the body.
Not found. No peer-reviewed study was found of a pulse-specific mechanism, of skin hydration or oiliness as a determinant of fragrance longevity, of the effect of rubbing an application, of optimal spray distance, or of fragrance retention on worn clothing. The conventional advice on all of these rests on retail and editorial sources, and the article reports it as convention rather than as evidence. The conventional plans in the placement tables are a composite of commonly repeated advice rather than a quotation of any single source, because most of the editorial sources could not be retrieved in full.
One revision after adjudication. The first run of the adjudication required detection with probability 0.8, averaged over the scenario window, and found almost every scenario infeasible, because an exponentially decaying source cannot hold a high detection probability for eight hours without overkill at the start. The threshold was lowered to 0.5, more likely than not, before any spray count result was examined, and this is the exception noted in the statement of the hypothesis. The infeasibility at 0.8 is itself a finding, and it is the reason the sequel exists.
Vantage. The article carries an editorial date of 5 October 2025 and was written a year later. A small number of sources postdate the editorial date, most visibly the International Fragrance Association’s letter of August 2026 on its 52nd amendment, and they are cited because they are the current statement of a standard rather than because the analysis depends on them.
Where to disagree. A reader with measured emission curves for a real fragrance on real skin should replace the lumped time constant and rerun the tables. A reader with a measured detection threshold for a blend should replace the calibrated value, which would move the open-plan and outdoor counts and nothing structural. A reader who believes the collateral constraint is too strict is disputing the end state, not the analysis, and the analysis supports that dispute being had explicitly.
Out of Scope
- Fragrance composition and selection. Which fragrance to wear is a separate question. The finding of Lenochová and colleagues that people choose perfumes that blend well with their own body odour suggests that the wearer’s own choice carries information this article does not model.
- Pheromone claims. Products marketed as containing human pheromones are outside the analysis, since Wyatt’s review found no robust bioassay-led evidence that any proposed human pheromone is one.
- Cultural practice. Traditions of fragrance use that differ from the Western spray convention, including attar and bakhoor, are mentioned and not analysed.
- Health effects beyond irritation and sensitisation. Questions about endocrine activity of fragrance constituents are outside the evidence reviewed.
- Scent marketing. The deliberate scenting of shops and hotels is a room application by a commercial actor and is not assessed.
- Offensive applications. Pepper spray, bear spray and malodorants are bounded in their own section and are not analysed.
- Literatures excluded from the survey. Smell loss after coronavirus infection, environmental odour nuisance, electronic noses and food flavour are excluded from the survey by design. Each is large, and each bears on a receiver or an instrument and not on an application.
- Storage and degradation. Fragrance degrades with heat and light, and the effect on the emission model of a degraded product is not modelled.
Conclusion
The question asked for the conventional application points under the three-push and four-push scenarios, and the conventional answer exists. For men it is both sides of the neck and the chest, with the nape or the wrists as the fourth. For women it is the wrists, the neck, behind the ears and the décolletage, with the hair as an option.
The adjudicated answer differs from it in three ways. The points move toward the sternum, the nape, the hair and the garment, and away from the wrists, because the operative mechanisms are geometry and attrition rather than the pulse. The counts fall, because the encounters in which fragrance is mostly worn are close, indoor and short, and one spray of eau de parfum meets them. And the four-push survives only as a plan executed in two phases, three sprays in the morning and one at midday, which outperforms a single application of five.
The hypothesis that the conventional doctrines are sound is partially supported. They name defensible points for the wrong reason and prescribe a dose calibrated to no stated end state. The single most consequential finding is not about points or counts at all. It is that the wearer, who decides when the fragrance has faded, is the one receiver whose perception has been degraded by the application itself, and that every plan which leaves reapplication to the wearer’s judgement ends in overapplication. The remedy is a schedule or a second opinion, and the second opinion is free.
The contemporary literature, surveyed here across 2,541 works, supports that finding more directly than the article expected, with experiments showing adaptation within minutes and a perfume degrading its own wearer’s sense of smell. It does not answer the question the article began with. No study located measures detection by other people as a function of spray count, compares application points on the body, or tests the conventional advice on distance, rubbing or moisturising. The conventional answers to the original question are therefore not contradicted by the literature. They are untouched by it.
References
- Book, Hall 1966, The Hidden Dimension
- Book, Plutarch, On Isis and Osiris, Section 80, Babbitt Translation
- Book, Rimmel 1865, The Book of Perfumes
- Commentary, American Chemical Society 2002, The Smell of Fear, Researchers Seek Universal Malodorant
- Commentary, Frolova 2013, Do Not Crush the Molecules, Testing a Perfume Myth
- Commentary, Invisible Disabilities Association, CDC Indoor Environmental Quality Policy on Fragrance
- Data, EPA Exposure Factors Handbook, Chapter 19, Building Characteristics
- Data, NIST Chemistry WebBook, Linalool Phase Change Data
- Guidance, American Kennel Club, Is Dog Perfume Safe
- Guidance, ASPCA 2018, Latest Home Trend Harmful to Your Pets
- Guidance, Chanel, How Do I Apply My Fragrance
- Guidance, Gemological Institute of America, Pearl Care and Cleaning
- Guidance, Interagency Grizzly Bear Committee, Bear Spray
- Guidance, Job Accommodation Network, Fragrance Sensitivity
- Guidance, National Capital Poison Center, Perfume
- Guidance, NIOSH Pocket Guide to Chemical Hazards, Ethyl Alcohol
- Guidance, PetMD, Should Dogs Wear Perfume
- Guidance, Transportation Security Administration, Liquids, Aerosols and Gels Rule
- Guidance, VCA Animal Hospitals, Essential Oil and Liquid Potpourri Poisoning in Cats
- History, Bodleian Libraries 2013, Rimmel’s Scented World
- History, German Patent and Trade Mark Office, Farina
- History, Metropolitan Museum of Art, Egyptian Ointment Jar
- History, University of Toledo Libraries, DeVilbiss Atomizers
- History, Victoria and Albert Museum, Rimmel Perfumed Sachet Valentine
- Primary, Aptar, VP4 Fragrance Pump
- Primary, Commission Regulation 2023/1545 of the European Union on Labelling of Fragrance Allergens
- Primary, De Vilbiss 1900, Atomizer, United States Patent 648,656
- Primary, EPA Registered Label, Counter Assault Bear Deterrent, Registration 55541-2
- Primary, Firearms Act 1968, Section 5
- Primary, IFRA 2025, Furocoumarins Update
- Primary, IFRA 2026, End of Consultation Letter for the 52nd Amendment to the IFRA Standards
- Primary, United States Access Board, Indoor Environmental Quality, General Recommendations
- Primary, United States Navy Small Business Innovation Research Topic N113-174
- Reference, Aftershave
- Reference, Air Freshener
- Reference, Atmospheric Dispersion Modeling
- Reference, Attar
- Reference, Bakhoor
- Reference, Berloque Dermatitis
- Reference, Clausius and Clapeyron Relation
- Reference, Ethanol
- Reference, Kyphi
- Reference, Note in Perfumery
- Reference, Pepper Spray
- Reference, Perfume
- Reference, Proxemics
- Reference, Sillage
- Reference, Solid Perfume
- Reference, Stevens’s Power Law
- Reference, Tapputi
- Research, A Perfume Diffuser 1916, A Perfume Diffuser
- Research, A Tearful Mood, Eventually 2018, A Tearful Mood, Eventually Falling into a Fragrance On Ye Xiaogang’s Opera “Song of Farewell” from the Perspective of New Musicology
- Research, A. Babizhayev et al 2011, Olfactory Dysfunction and Cognitive Impairment in Age-Related Neurodegeneration Prevalence Related to Patient Selection, Diagnostic Criteria and Therapeutic Treatment of Aged Clients Receiving Clinical Neurology and Community-Based Care
- Research, Aak and Knudsen 2011, Sex differences in olfaction-mediated visual acuity in blowflies and its consequences for gender-specific trapping
- Research, Aamir 2015, Effect of Fragrance Finish on Mechanical and Comfort Properties of Digitally Printed Fabric
- Research, Abattan et al 2021, Modeling occupational exposure to solvent vapors using the Two-Zone near-field/far-field model a literature review
- Research, Abaya et al 2024, Determination of the Relationship Between Olfactory Function Threshold and Quality of Life Among Adult Filipinos with Perceived Olfactory Dysfunction
- Research, Abbasi et al 2019, Topological Re-Organisation of the Brain Connectivity During Olfactory Adaptation - an EEG Functional Connectome Study
- Research, Abdul Rahman et al 2026, Expressive Robotics in Retail Conveying Fragrance Emotion through Multimodal Interaction
- Research, Abdul-Bari and McQueen 2016, Comparison of Odor Intensity between Nylon and Polyester
- Research, Abergel and Gross 2017, Can oxygen anosmia extend lifespan?
- Research, Abishekh S. Gawande et al 2023, Review on Formulation, Evaluation And Comparative Study of Herbal Solid Perfume Stick
- Research, Adamowicz et al 2016, Fragrance allergens Possibilities of their identification in components of cosmetotextiles
- Research, Adams and Doucé 2017, The Effect of Crossmodal Congruency Between Ambient Scent and the Store Environment on Consumer Reactions An Abstract
- Research, Adang and Mensink 2004, Pepper spray
- Research, Adang et al 2006, Assessing the performance of pepper spray in use-of-force encounters the Dutch experience
- Research, Adelman and Herson 2004, Making scents of olfactory adaptation
- Research, Aeoc Multiple Chemical Sensitivity 1992, Aeoc Multiple Chemical Sensitivity Workshop Planning Committee
- Research, aftershave, n. and adj 2023, aftershave, n. and adj
- Research, Ager 2022, The Scent of Ancient Magic
- Research, Aggrawal et al 2019, Interpretive Structural Modeling to Understand Factors Influencing Buying Behavior of Air Freshener
- Research, Aikens et al 1999, CALCULATION OF VAPOR PRESSURES FROM MODEL FRAGRANCE EMULSIONS DURING EVAPORATION
- Research, Akdag et al 2014, Does Usage of a Room Air Freshener Affect the Nasal Mucosa?
- Research, Akhtar et al 2022, Genetic variation of olfactory receptor gene family in a Japanese population
- Research, Al-Zadjali 2010, Perfume and Incense
- Research, Alaoui-Ismaïli et al 1997, Odor Hedonics Connection With Emotional Response Estimated by Autonomic Parameters
- Research, Alač 2020, Beyond intersubjectivity in olfactory psychophysics I Troubles with the Subject, Beyond intersubjectivity in olfactory psychophysics I Troubles with the Subject
- Research, Alač 2020, Beyond intersubjectivity in olfactory psychophysics II Troubles with the Object, Beyond intersubjectivity in olfactory psychophysics II Troubles with the Object
- Research, Albalawi and Albalawi 2025, INVESTIGATING THE EFFECT OF HOME FRAGRANCE AUTOSPRAYS ON INDOOR AIR QUALITY AND HUMAN HEALTH
- Research, Alex Scott 2014, Golf With FirePower, Goaty Perfume
- Research, Alexander and Davidson 2006, Intranasal Zinc and Anosmia The Zinc-Induced Anosmia Syndrome
- Research, Alfarisy 2023, ANALISIS POST-MARKET REED DIFFUSER CAOLIA AROMA TEH HIJAU DAN COKELAT
- Research, Algrain 2022, Gender, perfume and society in ancient Athens
- Research, Alhazmi et al 2026, Evaluation of Performance of a Polymer-Based Fixative FIXSCENT on the Controlled Release Kinetics and Longevity of Top and Heart Notes of Alcoholic Perfume
- Research, Aliyev, Exploring Influences on Consumer Behavior in Perfume Advertising
- Research, Allen et al 2015, Effect of fragrance use on discrimination of individual body odor
- Research, Allen et al 2018, Perfume experts’ perceptions of body odors Toward a new lexicon for body odor description
- Research, Almansour 2024, Using Ambient Scent to Enhance Well-Being in Teaching Environment
- Research, Almaya et al 2020, Sensor Fault Detection and Isolation Using Single Observer Approach in Perfume Mixing Process
- Research, Almeida et al 2019, Evaporation and Permeation of Fragrance Applied to the Skin
- Research, Alp 2021, Homeopathic Approach in the Case of Secondary Infertility and Anosmia
- Research, Alrasheed et al 2021, Prevalence and Risk Factors of Self-Reported Perfume Sensitivity in Saudi Arabia
- Research, Altundag and Harbi 2025, Potential role of terpenes in recovery from olfactory dysfunction with olfactory training a review
- Research, Altundag et al 2025, Terpene-Centered Olfactory Training in Post-Infectious Olfactory Dysfunction A Dual-Route and Multimodal Therapeutic Approach
- Research, Alves 2014, Olfactory dysfunction in dementia
- Research, Ameta et al 2025, Multimodal Odor Perception Prediction Using Olfactory EEG and Physicochemical Features of Odorants
- Research, Ameta et al 2026, Multimodal Odor Perception Prediction Using Olfactory EEG and Physicochemical Features of Odorants
- Research, Ammayappan et al 2019, A Study on Durability of a Fragrance Finishing on Jute Fabric
- Research, Amoore 1965, Psychophysics of Odor
- Research, Amoore 1967, Specific Anosmia a Clue to the Olfactory Code
- Research, Amoore 1971, Olfactory Genetics and Anosmia
- Research, Amoore 1977, SPECIFIC ANOSMIA AND THE CONCEPT OF PRIMARY ODORS
- Research, Amoore 1979, Directions for preparing aqueous solutions of primary odorants to diagnose eight types of specific anosmia
- Research, Amoore and Forrester 1976, Specific anosmia to trimethylamine The fishy primary odor
- Research, Amoore and Hautala 1983, Odor as an ald to chemical safety Odor thresholds compared with threshold limit values and volatilities for 214 industrial chemicals in air and water dilution
- Research, Amoore et al 1968, Measurement of Specific Anosmia
- Research, Amoore et al 1975, Specific anosmia to 1-pyrroline The spermous primary odor
- Research, Amornruk et al 2022, The immediate patch test reaction to fragrance in patients with allergic contact dermatitis to fragrance A prospective study
- Research, Amsellem and Ohla 2016, Perceived Odor-Taste Congruence Influences Intensity and Pleasantness Differently
- Research, Andersen et al 2009, Association between positive patc, Association between positive patch tests to epoxy resin and fragrance mix I ingredients
- Research, Andersen et al 2009, Association between Positive Patc, Association between Positive Patch Tests to Epoxy Resin and Fragrance Mix Ingredients
- Research, Anderson and Anderson 1997, Toxic Effects of Air Freshener Emissions
- Research, Anderson and Anderson 1999, Sensory irritation and multiple chemical sensitivity
- Research, andNa 1995, Multiple Chemical Sensitivity or Multiorgan Dysesthesia
- Research, Aneetta VJ and Amsamani S 2021, Citrus sinensis peel for eco friendly fragrance on textiles
- Research, Anesthesia in patients with 2023, Anesthesia in patients with multiple chemical sensitivity current understanding
- Research, Anholt 1991, The Perception of Odor
- Research, Anna 2009, The odor perception of three degradation products from polyamide 6.6
- Research, Annisa Putri and Pridata Gina Putri 2024, Sensory analysis of several aromatherapy scented candle formulations using cinnamon essential oil
- Research, Anosmia After Craniocerebral Trauma 1963, Anosmia After Craniocerebral Trauma
- Research, Anshika and Rappenglueck 2026, Investigation of phthalate emissions from incense stick, scented candle and perfume through a chamber experiment
- Research, Antoniotti 2014, Tuning of Essential Oil Properties by Enzymatic Treatment Towards Sustainable Processes for the Generation of New Fragrance Ingredients
- Research, Antunes et al 2014, Mechanisms of Regulation of Olfactory Transduction and Adaptation in the Olfactory Cilium
- Research, Aoec Multiple Chemical Sensitivity 1992, Aoec Multiple Chemical Sensitivity Workshop List of Participants
- Research, Aphrodisiac Perfume 1971, Aphrodisiac Perfume
- Research, Api 2001, Toxicological profile of diethyl phthalate a vehicle for fragrance and cosmetic ingredients
- Research, Api 2026, RIFM at 60 Six Decades of Advancing Fragrance Safety Through Research, Risk Assessment, and Scientific Innovation
- Research, Api and others 2020, Updating Exposure Assessment for Skin Sensitization Quantitative Risk Assessment for Fragrance Materials
- Research, Api and Vey 2008, Implementation of the dermal sensitization Quantitative Risk Assessment QRA for fragrance ingredients
- Research, Api and Vey 2010, A new IFRA Standard on the fragrance ingredient, hydroxyisohexyl 3-cyclohexene carboxaldehyde
- Research, Api et al 2008, Dermal sensitization quantitative risk assessment QRA for fragrance ingredients
- Research, Api et al 2011, Dermal Sensitization Quantitative Risk Assessment for Fragrance Ingredients
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, 2,6-Dimethyl-5-heptenal, CAS Registry Number 106-72-9, RIFM fragrance ingredient safety assessment, 2,6-Dimethyl-5-heptenal, CAS Registry Number 106-72-9
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, 2-methyl-3-buten-2-ol, CAS Registry Number 115-18-4, RIFM fragrance ingredient safety assessment, 2-methyl-3-buten-2-ol, CAS Registry Number 115-18-4
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, 2E,6Z -Nona-2,6-dien-1-ol, CAS registry number 28069-72-9, RIFM fragrance ingredient safety assessment, 2E,6Z -Nona-2,6-dien-1-ol, CAS registry number 28069-72-9
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, allyl cyclohexyloxy acetate, CAS registry number 68901-15-5, RIFM fragrance ingredient safety assessment, allyl cyclohexyloxy acetate, CAS registry number 68901-15-5
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, allyl phenylacetate, CAS registry number 1797-74-6, RIFM fragrance ingredient safety assessment, allyl phenylacetate, CAS registry number 1797-74-6
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Benzyl acetate, CAS Registry Number 140-11-4, RIFM fragrance ingredient safety assessment, Benzyl acetate, CAS Registry Number 140-11-4
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Benzyl alcohol, CAS Registry Number 100-51-6, RIFM fragrance ingredient safety assessment, Benzyl alcohol, CAS Registry Number 100-51-6
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, borneol, CAS registry number 507-70-0, RIFM fragrance ingredient safety assessment, borneol, CAS registry number 507-70-0
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, ethyl anthranilate, CAS registry number 87-25-2, RIFM fragrance ingredient safety assessment, ethyl anthranilate, CAS registry number 87-25-2
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Fenchyl alcohol, CAS registry number 1632-73-1, RIFM fragrance ingredient safety assessment, Fenchyl alcohol, CAS registry number 1632-73-1
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, isoamyl salicylate, CAS registry number 87-20-7, RIFM fragrance ingredient safety assessment, isoamyl salicylate, CAS registry number 87-20-7
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Isoborneol, CAS Registry Number 124-76-5, RIFM fragrance ingredient safety assessment, Isoborneol, CAS Registry Number 124-76-5
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, isophytol, CAS Registry Number 505-32-8, RIFM fragrance ingredient safety assessment, isophytol, CAS Registry Number 505-32-8
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, l-Borneol, CAS registry number 464-45-9, RIFM fragrance ingredient safety assessment, l-Borneol, CAS registry number 464-45-9
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Linalool, CAS registry number 78-70-6, RIFM fragrance ingredient safety assessment, Linalool, CAS registry number 78-70-6
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl acetate, CAS Registry Number 115-95-7, RIFM fragrance ingredient safety assessment, Linalyl acetate, CAS Registry Number 115-95-7
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl hexanoate, CAS Registry Number 7779-23-9, RIFM fragrance ingredient safety assessment, Linalyl hexanoate, CAS Registry Number 7779-23-9
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, linalyl isobutyrate, CAS registry number 78-35-3, RIFM fragrance ingredient safety assessment, linalyl isobutyrate, CAS registry number 78-35-3
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Linalyl isovalerate, CAS Registry Number 1118-27-0, RIFM fragrance ingredient safety assessment, Linalyl isovalerate, CAS Registry Number 1118-27-0
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, methyl dihydrojasmonate, CAS registry number 24851-98-7, RIFM fragrance ingredient safety assessment, methyl dihydrojasmonate, CAS registry number 24851-98-7
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, Z -2-penten-1-ol, CAS Registry Number 1576-95-0, RIFM fragrance ingredient safety assessment, Z -2-penten-1-ol, CAS Registry Number 1576-95-0
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, α-amylcinnamaldehyde, CAS registry number 122-40-7, RIFM fragrance ingredient safety assessment, α-amylcinnamaldehyde, CAS registry number 122-40-7
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, α-butylcinnamaldehyde, CAS Registry Number 7492-44-6, RIFM fragrance ingredient safety assessment, α-butylcinnamaldehyde, CAS Registry Number 7492-44-6
- Research, Api et al 2015, RIFM fragrance ingredient safety assessment, α-Irone, CAS registry number 79-69-6, RIFM fragrance ingredient safety assessment, α-Irone, CAS registry number 79-69-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 1,3,3-trimethyl-2-norbornanyl acetate, CAS registry number, RIFM fragrance ingredient safety assessment, 1,3,3-trimethyl-2-norbornanyl acetate, CAS registry number 13851-11-1
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 1- 1,2,3,4-tetrahydro-4,4-dimethyl-1-naphthyl propan-1-one, CAS, RIFM fragrance ingredient safety assessment, 1- 1,2,3,4-tetrahydro-4,4-dimethyl-1-naphthyl propan-1-one, CAS Registry Number 74499-60-8
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 1- 3,3-dimethylcyclohexyl pent-4-en-1-one, CAS Registry Number, RIFM fragrance ingredient safety assessment, 1- 3,3-dimethylcyclohexyl pent-4-en-1-one, CAS Registry Number 56973-87-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 2-ethyl-1-butanol, CAS Registry Number 97-95-0, RIFM fragrance ingredient safety assessment, 2-ethyl-1-butanol, CAS Registry Number 97-95-0
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 2-ethyl-1-hexanol, CAS registry number 104-76-7, RIFM fragrance ingredient safety assessment, 2-ethyl-1-hexanol, CAS registry number 104-76-7
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 2-Hydroxy-α,α,4-trimethylcyclohexanemethanol, CAS Registry, RIFM fragrance ingredient safety assessment, 2-Hydroxy-α,α,4-trimethylcyclohexanemethanol, CAS Registry Number 42822-86-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 2-methylundecanol, CAS Registry Number 10522-26-6, RIFM fragrance ingredient safety assessment, 2-methylundecanol, CAS Registry Number 10522-26-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 3,7-dimethyl-1,6-nonadien-3-ol, CAS Registry Number 10339-55-6, RIFM fragrance ingredient safety assessment, 3,7-dimethyl-1,6-nonadien-3-ol, CAS Registry Number 10339-55-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, 4-methylbenzyl acetate, CAS Registry Number 2216-45-7, RIFM fragrance ingredient safety assessment, 4-methylbenzyl acetate, CAS Registry Number 2216-45-7
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, benzyl butyrate, CAS Registry Number 103-37-7, RIFM fragrance ingredient safety assessment, benzyl butyrate, CAS Registry Number 103-37-7
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, benzyl isobutyrate, CAS Registry Number 103-28-6, RIFM fragrance ingredient safety assessment, benzyl isobutyrate, CAS Registry Number 103-28-6
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, Benzyl propionate, CAS Registry Number 122-63-4, RIFM fragrance ingredient safety assessment, Benzyl propionate, CAS Registry Number 122-63-4
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, ethylene brassylate, CAS Registry Number 105-95-3, RIFM fragrance ingredient safety assessment, ethylene brassylate, CAS Registry Number 105-95-3
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, Eugenol, CAS Registry Number 97-53-0, RIFM fragrance ingredient safety assessment, Eugenol, CAS Registry Number 97-53-0
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, isobornyl propionate, CAS Registry Number 2756-56-1, RIFM fragrance ingredient safety assessment, isobornyl propionate, CAS Registry Number 2756-56-1
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, isoeugenol, CAS Registry Number 97-54-1, RIFM fragrance ingredient safety assessment, isoeugenol, CAS Registry Number 97-54-1
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, Isopropylphenylbutanal, CAS Registry Number 125109-85-5, RIFM fragrance ingredient safety assessment, Isopropylphenylbutanal, CAS Registry Number 125109-85-5
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, Isopulegol, CAS Registry Number 89-79-2, RIFM fragrance ingredient safety assessment, Isopulegol, CAS Registry Number 89-79-2
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, l-linalool, CAS Registry Number 126-91-0, RIFM fragrance ingredient safety assessment, l-linalool, CAS Registry Number 126-91-0
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, linalyl benzoate, CAS Registry Number 126-64-7, RIFM fragrance ingredient safety assessment, linalyl benzoate, CAS Registry Number 126-64-7
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, linalyl cinnamate, CAS Registry Number 78-37-5, RIFM fragrance ingredient safety assessment, linalyl cinnamate, CAS Registry Number 78-37-5
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, p-Isopropylbenzyl acetate, CAS Registry Number 59230-57-8, RIFM fragrance ingredient safety assessment, p-Isopropylbenzyl acetate, CAS Registry Number 59230-57-8
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, α-Ionone, CAS Registry Number 127-41-3, RIFM fragrance ingredient safety assessment, α-Ionone, CAS Registry Number 127-41-3
- Research, Api et al 2016, RIFM fragrance ingredient safety assessment, α-Methylbenzyl acetate, CAS Registry Number 93-92-5, RIFM fragrance ingredient safety assessment, α-Methylbenzyl acetate, CAS Registry Number 93-92-5
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, 2-tert-butylcyclohexanol, CAS Registry Number 13491-79-7, RIFM fragrance ingredient safety assessment, 2-tert-butylcyclohexanol, CAS Registry Number 13491-79-7
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, 3,12-Tridecadienenitrile CAS Registry Number 134769-33-8, RIFM fragrance ingredient safety assessment, 3,12-Tridecadienenitrile CAS Registry Number 134769-33-8
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, 4-Carvomenthenol, CAS Registry Number 562-74-3, RIFM fragrance ingredient safety assessment, 4-Carvomenthenol, CAS Registry Number 562-74-3
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, 5-Ethylidenebicyclo 2.2.1 hept-2-yl propionate, CAS Registry, RIFM fragrance ingredient safety assessment, 5-Ethylidenebicyclo 2.2.1 hept-2-yl propionate, CAS Registry Number 73347-77-0
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, benzenepropanol, a,ß-dimethyl-, CAS Registry Number 56836-93-2, RIFM fragrance ingredient safety assessment, benzenepropanol, a,ß-dimethyl-, CAS Registry Number 56836-93-2
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, Citronellyl nitrile, CAS Registry Number 51566-62-2, RIFM fragrance ingredient safety assessment, Citronellyl nitrile, CAS Registry Number 51566-62-2
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, cuminyl nitrile, CAS Registry Number 13816-33-6, RIFM fragrance ingredient safety assessment, cuminyl nitrile, CAS Registry Number 13816-33-6
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl acetate, CAS Registry Number 123-92-2, RIFM fragrance ingredient safety assessment, isoamyl acetate, CAS Registry Number 123-92-2
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl alcohol CAS Registry Number 123-51-3, RIFM fragrance ingredient safety assessment, isoamyl alcohol CAS Registry Number 123-51-3
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, Isoamyl butyrate, CAS Registry Number 106-27-4, RIFM fragrance ingredient safety assessment, Isoamyl butyrate, CAS Registry Number 106-27-4
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl formate, CAS Registry Number 110-45-2, RIFM fragrance ingredient safety assessment, isoamyl formate, CAS Registry Number 110-45-2
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl hexanoate, CAS Registry Number 2198-61-0, RIFM fragrance ingredient safety assessment, isoamyl hexanoate, CAS Registry Number 2198-61-0
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, Isoamyl octanoate, CAS Registry Number 2035-99-6, RIFM fragrance ingredient safety assessment, Isoamyl octanoate, CAS Registry Number 2035-99-6
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isoamyl propionate, CAS Registry Number 105-68-0, RIFM fragrance ingredient safety assessment, isoamyl propionate, CAS Registry Number 105-68-0
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, Isobornyl 2-methylpropionate, CAS Registry Number 85586-67-0, RIFM fragrance ingredient safety assessment, Isobornyl 2-methylpropionate, CAS Registry Number 85586-67-0
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isobornyl isovalerate, CAS registry number 7779-73-9, RIFM fragrance ingredient safety assessment, isobornyl isovalerate, CAS registry number 7779-73-9
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isodecyl alcohol, CAS registry number 25339-17-7, RIFM fragrance ingredient safety assessment, isodecyl alcohol, CAS registry number 25339-17-7
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isononyl propionate, CAS Registry Number 65155-45-5, RIFM fragrance ingredient safety assessment, isononyl propionate, CAS Registry Number 65155-45-5
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, isotridecyl acetate, CAS registry number 69103-23-7, RIFM fragrance ingredient safety assessment, isotridecyl acetate, CAS registry number 69103-23-7
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, methyl anthranilate, CAS Registry Number 134-20-3, RIFM fragrance ingredient safety assessment, methyl anthranilate, CAS Registry Number 134-20-3
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, Methylcyclooctyl carbonate, CAS Registry Number 61699-38-5, RIFM fragrance ingredient safety assessment, Methylcyclooctyl carbonate, CAS Registry Number 61699-38-5
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, p-methoxybenzonitrile, CAS Registry Number 874-90-8, RIFM fragrance ingredient safety assessment, p-methoxybenzonitrile, CAS Registry Number 874-90-8
- Research, Api et al 2017, RIFM fragrance ingredient safety assessment, β-Guaiene, CAS Registry Number 88-84-6, RIFM fragrance ingredient safety assessment, β-Guaiene, CAS Registry Number 88-84-6
- Research, Api et al 2017, RIFM FRAGRANCE INGREDIENT SAFETY, RIFM FRAGRANCE INGREDIENT SAFETY ASSESSMENT, 6-acetyl-1,1,2,4,4,7-hexamethyltetraline, CAS Registry Number 21145-77-7
- Research, Api et al 2017, RIFM Fragrance Ingredient Safety, RIFM Fragrance Ingredient Safety Assessment, Butyl anthranilate, CAS Registry Number 7756-96-9
- Research, Api et al 2018, RIFM fragrance ingredient safety assessment Dimethyl succinate, CAS Registry Number 106-65-0, RIFM fragrance ingredient safety assessment Dimethyl succinate, CAS Registry Number 106-65-0
- Research, Api et al 2018, RIFM fragrance ingredient safety assessment β-patchoulene, CAS Registry Number 514-51-2, RIFM fragrance ingredient safety assessment β-patchoulene, CAS Registry Number 514-51-2
- Research, Api et al 2018, RIFM fragrance ingredient safety assessment, 3,3,5-trimethylcyclohexaneacetic acid, CAS Registry Number, RIFM fragrance ingredient safety assessment, 3,3,5-trimethylcyclohexaneacetic acid, CAS Registry Number 3213-73-8
- Research, Api et al 2018, RIFM fragrance ingredient safety assessment, acetal, CAS Registry Number 105-57-7, RIFM fragrance ingredient safety assessment, acetal, CAS Registry Number 105-57-7
- Research, Api et al 2018, RIFM fragrance ingredient safety assessment, ethyl 2-methyl-3-pentenoate, CAS Registry Number 1617-23-8, RIFM fragrance ingredient safety assessment, ethyl 2-methyl-3-pentenoate, CAS Registry Number 1617-23-8
- Research, Api et al 2019, RIFM fragrance ingredient safety assessment, 1-cyclohexene-1-acetic acid, CAS Registry Number 18294-87-6, RIFM fragrance ingredient safety assessment, 1-cyclohexene-1-acetic acid, CAS Registry Number 18294-87-6
- Research, Api et al 2019, RIFM fragrance ingredient safety assessment, 3-heptanone, CAS Registry Number 106-35-4, RIFM fragrance ingredient safety assessment, 3-heptanone, CAS Registry Number 106-35-4
- Research, Api et al 2019, RIFM fragrance ingredient safety assessment, anisyl phenylacetate, CAS Registry Number 102-17-0, RIFM fragrance ingredient safety assessment, anisyl phenylacetate, CAS Registry Number 102-17-0
- Research, Api et al 2019, RIFM fragrance ingredient safety assessment, m-dimethoxybenzene, CAS Registry Number 151-10-0, RIFM fragrance ingredient safety assessment, m-dimethoxybenzene, CAS Registry Number 151-10-0
- Research, Api et al 2019, RIFM fragrance ingredient safety assessment, myrtenol, CAS Registry Number 515-00-4, RIFM fragrance ingredient safety assessment, myrtenol, CAS Registry Number 515-00-4
- Research, Api et al 2020, RIFM fragrance ingredient safety assessment, methyl 3,4,5,6-tetrahydro-7H-azepin-2-yl ether, CAS Registry, RIFM fragrance ingredient safety assessment, methyl 3,4,5,6-tetrahydro-7H-azepin-2-yl ether, CAS Registry Number 2525-16-8
- Research, Api et al 2020, RIFM fragrance ingredient safety assessment, myrcenol, CAS Registry Number 543-39-5, RIFM fragrance ingredient safety assessment, myrcenol, CAS Registry Number 543-39-5
- Research, Api et al 2021, RIFM fragrance ingredient safety assessment, 3-octanol, CAS Registry Number 589-98-0, RIFM fragrance ingredient safety assessment, 3-octanol, CAS Registry Number 589-98-0
- Research, Api et al 2021, RIFM fragrance ingredient safety assessment, cinnamyl formate, CAS Registry Number 104-65-4, RIFM fragrance ingredient safety assessment, cinnamyl formate, CAS Registry Number 104-65-4
- Research, Api et al 2021, RIFM fragrance ingredient safety assessment, cyclohexadecanone, CAS Registry Number 2550-52-9, RIFM fragrance ingredient safety assessment, cyclohexadecanone, CAS Registry Number 2550-52-9
- Research, Api et al 2021, RIFM fragrance ingredient safety assessment, p-menthan-2-one, CAS Registry number 499-70-7, RIFM fragrance ingredient safety assessment, p-menthan-2-one, CAS Registry number 499-70-7
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, - - R -α-phellandrene, CAS Registry Number 4221-98-1, RIFM fragrance ingredient safety assessment, - - R -α-phellandrene, CAS Registry Number 4221-98-1
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, 1,3-dimethyl-3-butenyl salicylate, CAS Registry Number 80118-10-1, RIFM fragrance ingredient safety assessment, 1,3-dimethyl-3-butenyl salicylate, CAS Registry Number 80118-10-1
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, 3,7-dimethyloct-1-en-3-ol, CAS Registry Number 18479-49-7, RIFM fragrance ingredient safety assessment, 3,7-dimethyloct-1-en-3-ol, CAS Registry Number 18479-49-7
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, 8-nonenal, CAS Registry number 39770-04-2, RIFM fragrance ingredient safety assessment, 8-nonenal, CAS Registry number 39770-04-2
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, benzoic acid, CAS Registry Number 65-85-0, RIFM fragrance ingredient safety assessment, benzoic acid, CAS Registry Number 65-85-0
- Research, Api et al 2022, RIFM fragrance ingredient safety assessment, cinnamic acid, CAS Registry Number 621-82-9, RIFM fragrance ingredient safety assessment, cinnamic acid, CAS Registry Number 621-82-9
- Research, Api et al 2023, RIFM fragrance ingredient safety assessment, 2,3,3-trimethylindanone, CAS registry number 54440-17-4, RIFM fragrance ingredient safety assessment, 2,3,3-trimethylindanone, CAS registry number 54440-17-4
- Research, Api et al 2023, RIFM fragrance ingredient safety assessment, estragole, CAS registry number 140-67-0, RIFM fragrance ingredient safety assessment, estragole, CAS registry number 140-67-0
- Research, Api et al 2023, RIFM fragrance ingredient safety assessment, ± ethyl 3-mercaptobutyrate, CAS Registry Number 156472-94-5, RIFM fragrance ingredient safety assessment, ± ethyl 3-mercaptobutyrate, CAS Registry Number 156472-94-5
- Research, Api et al 2023, Update to RIFM fragrance ingredie, Update to RIFM fragrance ingredient safety assessment, linalyl benzoate, CAS Registry Number 126-64-7
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, 1,3,5-undecatriene, CAS Registry Number 16356-11-9, RIFM fragrance ingredient safety assessment, 1,3,5-undecatriene, CAS Registry Number 16356-11-9
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, 2,4,5-trimethylthiazole, CAS Registry Number 13623-11-5, RIFM fragrance ingredient safety assessment, 2,4,5-trimethylthiazole, CAS Registry Number 13623-11-5
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, 2-methyl-5-phenylpentanol, CAS Registry Number 25634-93-9, RIFM fragrance ingredient safety assessment, 2-methyl-5-phenylpentanol, CAS Registry Number 25634-93-9
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, 2-p-tolylethanol, CAS registry number 699-02-5, RIFM fragrance ingredient safety assessment, 2-p-tolylethanol, CAS registry number 699-02-5
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, 3- methylthio hexyl acetate, CAS registry number 51755-85-2, RIFM fragrance ingredient safety assessment, 3- methylthio hexyl acetate, CAS registry number 51755-85-2
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, acetaldehyde ethyl linalyl acetal, CAS Registry Number 40910-49-4, RIFM fragrance ingredient safety assessment, acetaldehyde ethyl linalyl acetal, CAS Registry Number 40910-49-4
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, cycloionone, CAS Registry Number 5552-30-7, RIFM fragrance ingredient safety assessment, cycloionone, CAS Registry Number 5552-30-7
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, methyl 2,4-dihydroxy-m-toluate, CAS Registry Number 33662-58-7, RIFM fragrance ingredient safety assessment, methyl 2,4-dihydroxy-m-toluate, CAS Registry Number 33662-58-7
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, methyl o-methoxybenzoate, CAS registry number 606-45-1, RIFM fragrance ingredient safety assessment, methyl o-methoxybenzoate, CAS registry number 606-45-1
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, methyl salicylate, CAS registry number 119-36-8, RIFM fragrance ingredient safety assessment, methyl salicylate, CAS registry number 119-36-8
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, p-tert-butyldihydrocinnamaldehyde, CAS Registry Number 18127-01-0, RIFM fragrance ingredient safety assessment, p-tert-butyldihydrocinnamaldehyde, CAS Registry Number 18127-01-0
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, phenethyl alcohol, CAS Registry Number 60-12-8, RIFM fragrance ingredient safety assessment, phenethyl alcohol, CAS Registry Number 60-12-8
- Research, Api et al 2024, RIFM fragrance ingredient safety assessment, α-methylbenzyl isobutyrate, CAS Registry Number 7775-39-5, RIFM fragrance ingredient safety assessment, α-methylbenzyl isobutyrate, CAS Registry Number 7775-39-5
- Research, Api et al 2024, Update to RIFM fragrance ingredient safety assessment, 2-ethylbutyric acid, CAS Registry Number 88-09-5, Update to RIFM fragrance ingredient safety assessment, 2-ethylbutyric acid, CAS Registry Number 88-09-5
- Research, Api et al 2024, Update to RIFM fragrance ingredient safety assessment, butyric acid, CAS Registry Number 107-92-6, Update to RIFM fragrance ingredient safety assessment, butyric acid, CAS Registry Number 107-92-6
- Research, Api et al 2024, Update to RIFM fragrance ingredient safety assessment, eucalyptol, CAS Registry Number 470-82-6, Update to RIFM fragrance ingredient safety assessment, eucalyptol, CAS Registry Number 470-82-6
- Research, Api et al 2024, Update to RIFM fragrance ingredient safety assessment, α-propylphenethyl alcohol, CAS registry number 705-73-7, Update to RIFM fragrance ingredient safety assessment, α-propylphenethyl alcohol, CAS registry number 705-73-7
- Research, Api et al 2025, RIFM fragrance ingredient safety assessment, 2-phenoxyethyl isobutyrate, CAS registry number 103-60-6
- Research, Arao et al 2011, Color Congruent Odorant is Perceived Prominently in Mixture Odor
- Research, Arboretti Giancristofaro et al 2015, Environmental odor perception testing regional differences on heterogeneity with application to odor perceptions in the area of Este Italy
- Research, Arctander 1963, Perfume chemicals and essential oil small in volume舒Big in value
- Research, Ardelet et al 2022, Within sniffing distance impact of ambient scent and physical distancing on consumer comfort with frontline employees
- Research, Arika 2025, Inovasi Reed Diffuser Guna Meningkatkan Kualitas Udara di Ruang Tertutup dalam Menciptakan Kenyamanan yang Bernilai Ekonomi
- Research, Arnau et al 2000, Identification of Lilial ® as a fragrance sensitizer in a perfume by bioassay-guided chemical fractionation and structure-activity relationships
- Research, Arnold et al 2017, Evaluating well-mixed room and ne, Evaluating well-mixed room and near-field-far-field model performance under highly controlled conditions
- Research, Arnold et al 2017, Evaluation of the well mixed room, Evaluation of the well mixed room and near-field far-field models in occupational settings
- Research, Arribas and Silvestre 2014, Fragrance Contact Allergy
- Research, Arshamian et al 2021, The perception of odor pleasantness is shared across cultures
- Research, Arshamian et al 2022, The perception of odor pleasantness is shared across cultures
- Research, Aryadi and Pidada 2026, The Role of E-Wom As A Mediation of The Influence of Price And Location Perception on Consumer Purchase Intention for Hmns Local Perfume Products in Denpasar
- Research, Arzi and Sobel 2011, Olfactory perception as a compass for olfactory neural maps
- Research, Ashcroft et al 2024, Synthetic Endocrine Disruptors in Fragranced Products
- Research, Assad 1999, Well Mixed Model Analysis in Indoor Air Quality
- Research, Atkinson 1910, Making your Own Perfumery
- Research, Attar of Roses 1997, Attar of Roses
- Research, Audette et al 2025, PowerSorb® for forensic investigation of VOC traces Application on perfume traces
- Research, Avonto et al 2018, Chemical stability and in chemico reactivity of 24 fragrance ingredients of concern for skin sensitization risk assessment
- Research, Awaluddin et al 2023, Formulation of Reed Diffuser is A Combination of Cinnamon Cinnamomomum Verum and Citronella Cymbopogon Nardus Essential Oil as An Anti-Stress Aromatheraphy
- Research, Azuma et al 2014, Characteristics of Olfactory Threshold and Cerebral Blood Flow during Olfactory Stimulation in Patients with Multiple Chemical Sensitivity
- Research, Azzima et al 2022, REED DIFFUSER FROM ENDOPHITE BACTERIAL EXTRACT MUTANTS AS INNOVATION TO OVERCOME TERMINE PEST
- Research, Badmaanyambuu et al 2019, EEG Signal, Subjective Fragrance Sensation, and Preference of Citrus Oil Microcapsule-Loaded Fabric
- Research, Bae and Asojo 2020, Ambient Scent as a Positive Distraction in Long-Term Care Units Theory of Supportive Design
- Research, Bagas ardiyantoro et al 2025, Pelatihan Pembuatan Reed Diffuser Berbasis Limbah Kulit Jeruk untuk Mendukung Ekonomi Sirkular di SMK Astra Mitra Purwodadi
- Research, Bagas ardiyantoro et al 2026, Pelatihan Pembuatan Reed Diffuser Berbasis Limbah Kulit Jeruk peras untuk Mendukung Ekonomi Sirkular di SMA Islam 1 Surakarta
- Research, Bain 1997, Why people use perfumes
- Research, Bainbridge and Byrd-Clark 2019, Prescription Medication Use and Phantom Odor Perception Among US Adults
- Research, Bak et al 2019, Modular structure of human olfactory receptor codes reflects the bases of odor perception
- Research, Baldwin et al 2000, Multiple Chemical Sensitivity
- Research, Balk et al 2001, Environmental Risks of Musk Fragrance Ingredients
- Research, Bamba et al 2019, Effects of smoking status on indo, Effects of smoking status on indoor air environment and odor intensity results in smoking rooms
- Research, Bamba et al 2019, Olfactory perception in Multiple, Olfactory perception in Multiple Chemical Sensitivity patients
- Research, Bandyopadhyay and Das 2017, Retention and sustained release of fragrance by Cyclodextrin functionalized cotton fabric modified using maleic anhydride
- Research, Bansal 2026, Pricing, Prestige, and Perception A Comparative Game-Theoretic Analysis of Brand Strategy in the Fragrance Markets of France, the UAE, and India
- Research, Barbe et al 1998, Retention of volatile organic flavour/fragrance components in the concentration of liquid foods by osmotic distillation
- Research, Barkat et al 2008, Corrigendum to “Improved smell pl, Corrigendum to “Improved smell pleasantness after odor-taste associative learning in humans” Neurosci. Lett. 434 2008 108-112
- Research, Barkat et al 2008, Improved smell pleasantness after, Improved smell pleasantness after odor-taste associative learning in humans
- Research, Barley 2009, Cocaine and pepper spray a lethal mix?
- Research, Baron 1983, Sweet Smell of Success, The Impact of Pleasant Artificial Scents on Evaluations of Job Applicants
- Research, Baron 1986, Self-Presentation in Job Interviews, When There Can Be Too Much of a Good Thing
- Research, Baron 1988, Perfume as a tactic of impression management in social and organizational settings
- Research, Barry et al 2008, A Randomized Controlled Trial Comparing Treatment Regimens for Acute Pain for Topical Oleoresin Capsaicin Pepper Spray Exposure in Adult Volunteers
- Research, Barwich and Xu 2021, Where Molecular Science Meets Perfumery
- Research, Basat et al 2015, Burns due to air freshener aerosol can explosion A preventable accident
- Research, Bascom 1992, Multiple Chemical Sensitivity A Respiratory Disorder?
- Research, Basketter 2009, Methyldibromoglutaronitrile skin sensitization and quantitative risk assessment
- Research, Basketter and Kimber 2015, Fragrance sensitisers Is inhalation an allergy risk?
- Research, Basketter and Safford 2016, Skin sensitization quantitative risk assessment A review of underlying assumptions
- Research, Basketter et al 2004, P38 Quantitative structure activity relationships for fragrance aldehydes
- Research, Basketter et al 2008, Preservatives and Skin Sensitization Quantitative Risk Assessment
- Research, Basketter et al 2010, Fragrance allergy assessing the safety of washed fabrics
- Research, Basketter et al 2015, Skin sensitisation to fragrance ingredients is there a role for household cleaning/maintenance products?
- Research, Bates 2018, Tea tree oil exposure in cats and dogs
- Research, Baydar et al 1993, Olfactory thresholds for androstenone and Galaxolide sensitivity, insensitivity and specific anosmia
- Research, Bayesian Modeling of Exposure 2009, Bayesian Modeling of Exposure and Airflow Using Two-Zone Models
- Research, Baylin and Moulton 1979, Adaptation and cross-adaptation to odor stimulation of olfactory receptors in the tiger salamander
- Research, Beaulieu-Lefebvre et al 2011, Odor perception and odor awareness in congenital blindness
- Research, Becerril-Bravo et al 2010, Ultrasound-assisted emulsification-microextraction of fragrance allergens in water
- Research, Beck 2000, Fragrance allergy
- Research, Beck and Beck 1978, Wi-ri-za Wool on Linear B Tablets of Perfume Ingredients
- Research, Becker et al 1994, Patch testing with fragrance mix and its constituents in a Hungarian population
- Research, Bedoukian 1982, Violet Fragrance Compounds
- Research, Beekman et al 2022, Should Panelists Refrain from Wearing a Personal Fragrance Prior to Sensory Evaluation? The Effect of Using Perfume on Olfactory Performance
- Research, Behan et al 1996, Insight into how skin changes perfume
- Research, Belhassen et al 2017, Routine quantification of 54 allergens in fragrances using comprehensive two-dimensional gas chromatography-quadrupole mass spectrometry with dual parallel secondary columns. Part I Method development
- Research, Bell 1996, Clinically relevant EEG studies and psychophysiological findings possible neural mechanisms for multiple chemical sensitivity
- Research, Bell 2007, Multiple Chemical Sensitivity Syndrome
- Research, Bell 2012, Multiple Chemical Sensitivity Syndrome
- Research, Bell and Baldwin 2013, Multiple Chemical Sensitivity
- Research, Bell and Baldwin 2026, Multiple chemical sensitivity
- Research, Belle-Aire patents gel/air freshener 2008, Belle-Aire patents gel/air freshener system
- Research, Bellman and Zolnikov 2022, Multiple Chemical Sensitivity The Underrecognized Diagnosis but True Disease
- Research, Ben Khemis et al 2022, Interpretation the olfactory perception of musk tibetene, muscone and dihydrocivetone on the human musk olfactory receptor OR5AN1 via an advanced statistical physics modeling
- Research, Benignus 1997, Commentary Systematic Considerations in the Area of Multiple Chemical Sensitivity
- Research, Bennike et al 2017, Fragrance contact allergens in 55, Fragrance contact allergens in 5588 cosmetic products identified through a novel smartphone application
- Research, Bennike et al 2017, Non-mix fragrances are top sensit, Non-mix fragrances are top sensitizers in consecutive dermatitis patients a cross-sectional study of the 26 EU -labelled fragrance allergens
- Research, Bennike et al 2017, Trends in contact allergy to frag, Trends in contact allergy to fragrance mix I in consecutive Danish patients with eczema from 1986 to 2015 a cross-sectional study
- Research, Bennike et al 2019, Optimal patch test concentration, Optimal patch test concentration for three widely used sensitizing fragrance substances without mandatory labelling in cosmetics
- Research, Bennike et al 2019, Quality of life and disease sever, Quality of life and disease severity in dermatitis patients with fragrance allergy-A cross-sectional European questionnaire study
- Research, Bera et al 2024, Intelligent Consensus Predictions of the Retention Index of Flavor and Fragrance Compounds Using 2D Descriptors
- Research, Bergamot and Its 2013, Bergamot and Its Use in Perfumery
- Research, Bergamot phototoxicity 2004, Bergamot phototoxicity
- Research, Berglund and Olsson 1993, Odor-intensity interaction in binary and ternary mixtures, Odor-intensity interaction in binary and ternary mixtures
- Research, Berglund and Olsson 1993, Odor-intensity interaction in binary mixtures, Odor-intensity interaction in binary mixtures
- Research, Berglund et al 1971, The effect of adaptation on odor detection
- Research, Berglund et al 1978, Separate and joint scaling of perceived odor intensity ofn-butanol and hydrogen sulfide
- Research, Berloque dermatitis 2004, Berloque dermatitis
- Research, Bernaola et al 1989, Contact dermatitis from methylionone fragrance
- Research, Bernstein 1996, Multiple Chemical Sensitivity State of the Art Symposium
- Research, Berrada-Gomez et al 2023, Particle size distribution in the evaluation of the inhalation toxicity of cosmetic spray products
- Research, Berres et al 1976, In-home measurement of background particles and particulates and propellents produced by an air freshener
- Research, Berthier et al 2023, Fixative effect of 2-oxo-2-phenylacetates in fine fragrance and eau-de-toilette applications
- Research, Bertilsson et al 2017, Use of pepper spray in policing retrospective study of situational characteristics and implications for violent situations
- Research, Bertomeu-Sánchez 2026, Elixir A Parisian Perfume House and the Quest for the Secret of Life
- Research, Berton et al 2017, Ionic liquids for consumer products Dissolution, characterization, and controlled release of fragrance compositions
- Research, Berton et al 2018, Ionic Liquids as Fragrance Precursors Smart Delivery Systems for Volatile Compounds
- Research, Besser et al 2019, Self-Administered Testing of Odor Threshold and Discrimination Using Sniffin’ Sticks-Reviving the “Odor-Curves-On-Paper” Method
- Research, Bettina 2009, Sexual orientation effects on the perception of human body odor and its components
- Research, Bhatia et al 2008, Fragrance material review on - -α, Fragrance material review on - -α-terpineol
- Research, Bhatia et al 2008, Fragrance material review on 4-th, Fragrance material review on 4-thujanol
- Research, Bhatia et al 2008, Fragrance material review on abie, Fragrance material review on abietyl acetate
- Research, Bhatia et al 2008, Fragrance material review on alph, Fragrance material review on alpha-terpineol
- Research, Bhatia et al 2008, Fragrance material review on born, Fragrance material review on borneol
- Research, Bhatia et al 2008, Fragrance material review on cedr, Fragrance material review on cedrol
- Research, Bhatia et al 2008, Fragrance material review on cycl, Fragrance material review on cyclohexyl acetate
- Research, Bhatia et al 2008, Fragrance material review on d-cy, Fragrance material review on d-cyclocitronellene acetate
- Research, Bhatia et al 2008, Fragrance material review on dihy, Fragrance material review on dihydrocarveol
- Research, Bhatia et al 2008, Fragrance material review on elem, Fragrance material review on elemol
- Research, Bhatia et al 2008, Fragrance material review on patc, Fragrance material review on patchouli alcohol
- Research, Bhatia et al 2008, Fragrance material review on sant, Fragrance material review on santalol
- Research, Bhatia et al 2008, Fragrance material review on tric, Fragrance material review on tricyclodecanyl acetate
- Research, Bhatia et al 2013, Evaluation of genotoxicity of nitrile fragrance ingredients using in vitro and in vivo assays
- Research, Bhatia-Dey and Heinbockel 2020, Neurological and Neuropsychiatric Disorders in Relation to Olfactory Dysfunction
- Research, Bhola et al 2025, Role of odor perception in health and disease
- Research, Bible References to Perfume 2019, Bible References to Perfume, Odour and the Sense of Smell
- Research, Billmire et al 1996, Pepper-Spray-induced Respiratory Failure Treated With Extracorporeal Membrane Oxygenation
- Research, Binks et al 2010, Selective Retardation of Perfume Oil Evaporation from Oil-in-Water Emulsions Stabilized by Either Surfactant or Nanoparticles
- Research, Biocatalytic Directed Cationic Cyclization 2021, Biocatalytic Directed Cationic Cyclization Cascades toward Fragrance Ingredients
- Research, Bioprocess Production of Flavor 1995, Bioprocess Production of Flavor, Fragrance, and Color Ingredients Gabelman, Alan
- Research, Biotechnology in Perfumery 2016, Biotechnology in Perfumery
- Research, Birkett and Nikolaev 2024, Different behaviourally relevant stimuli evoke different forms of adaptation in the olfactory system
- Research, Biswas et al 2015, Durable fragrance finishing on jute blended home-textiles by microencapsulated aroma oil
- Research, Black 2002, Paroxetine for Multiple Chemical Sensitivity Syndrome
- Research, Blakeway and Seu-Salerno 1983, Substantivity of perfume materials to hair
- Research, Blesic et al 2013, Controlled fragrance delivery in functionalised ionic liquid-enzyme systems
- Research, Blioskas 2021, Anosmia Conductive
- Research, Boivin and Tanguay 2020, The stronger, the better? A natural experiment on the effects of pepper spray concentration levels
- Research, Bojovic 2016, Anosmia, the disability of being ‘noseblind’, is no laughing matter
- Research, Bolster, Ambergris fragrance compounds from labdanolic acid and larixol
- Research, Bolt and Kiesswetter 2002, Is multiple chemical sensitivity a clinically defined entity?
- Research, Bonefeld et al 2011, Enhanced sensitization and elicitation responses caused by mixtures of common fragrance allergens
- Research, Bonomo et al 2026, Melancholia and Multiple Chemical Sensitivity-A Case Report
- Research, Bontempi et al 2021, Sex Differences in Odor Hedonic Perception An Overview
- Research, Bontempi et al 2022, A study on the relationship between odor hedonic ratings and individual odor detection threshold
- Research, Bontempi et al 2025, Changes in odor perception during the menstrual cycle phases are related to odor category and perceptual characteristics
- Research, Borusiewicz et al 2021, Differentiation of oleoresin capsicum sprays based on their capsaicinoid profiles
- Research, Bothe et al 2003, Determination of perfume oil in household products by headspace solid-phase microextraction and fast capillary gas chromatography
- Research, Botvid et al 2023, Fragrance allergens in cosmetic products marketed for children in Denmark
- Research, Botvid et al 2024, Contact sensitization to fragrance mix I and fragrance mix II among European dermatitis patients A systematic review
- Research, Bourassa et al 2025, Manifold learning for olfactory habituation to strongly fluctuating backgrounds
- Research, Bourassa et al 2026, Manifold Learning for Olfactory Habituation to Strongly Fluctuating Backgrounds
- Research, Boyle et al 2006, On the trigeminal percept of androstenone and its implications on the rate of specific anosmia
- Research, Boyson 2012, Holly Dugan, The Ephemeral History of Perfume Scent and Sense in Early Modern England
- Research, Bradley et al 1995, The effect of different nostril configurations on the breathing zone around a manikin
- Research, Bradley et al 2001, Facilitation of Calmodulin-Mediated Odor Adaptation by cAMP-Gated Channel Subunits
- Research, Brain et al 2007, In-vitro human skin penetration of the fragrance material geranyl nitrile
- Research, Brand and Millot 2001, Sex differences in human olfaction Between evidence and enigma
- Research, Brandl and Stroshine 2016, Oleoresin Capsicum Spray and TASERs
- Research, Brasch et al 2006, Positive Patch Test Reactions to Nickel Sulphate are not Modified by Neighbouring Negative Fragrance Patch Tests A Multicenter-study by the German Contact Dermatitis Research Group
- Research, Breithut and Apfelbaum 1925, Detection of Diethylphthalate in Perfume
- Research, Bremner 2003, The Prevalence of Androstenone Anosmia
- Research, Bridges 2002, Fragrance emerging health and environmental concerns
- Research, Briot 2011, From Industry to Luxury French Perfume in the Nineteenth Century
- Research, Bronaugh and others 1990, In Vivo Percutaneous Absorption of Fragrance Ingredients in Rhesus Monkeys and Humans
- Research, Broughan 2000, Cultural influences on fragrance perception
- Research, Brown et al 2000, Corneal abrasions associated with pepper spray exposure
- Research, Brutsaert and Sugita 1991, A bulk similarity approach in the atmospheric boundary layer using radiometric skin temperature to determine regional surface fluxes
- Research, Bruynzeel 2003, Fragrance Mix
- Research, Bruze 1986, Simultaneous reactions to phenol-formaldehyde resins colophony/hydroabietyl alcohol and balsam of Peru/perfume mixture
- Research, Bruze et al 2008, Recommendation to include fragrance mix 2 and hydroxyisohexyl 3-cyclohexene carboxaldehyde Lyral ® in the European baseline patch test series
- Research, Bruze et al 2012, Patch test concentrations doses in mg/cm 2 for the 12 non-mix fragrance substances regulated by European legislation
- Research, Bruze et al 2019, The significance of batch and patch test method in establishing contact allergy to fragrance mix I-EDEN Fragrance Study Group
- Research, Bruze et al 2020, Contact Allergy to Fragrance Mix II and Hydroxyisohexyl 3-Cyclohexene Carboxaldehyde A Retrospective Study by International Contact Dermatitis Research Group
- Research, Bruze et al 2022, Increased rates of fragrance allergy in fibromyalgia individuals tested with the Swedish baseline patch test series
- Research, Bruze et al 2026, Association Between Contact Allergy to Epoxy Resin and Fragrance Mix I in the General Population EDEN Fragrance Study Group
- Research, Brämerson et al 2004, Prevalence of Olfactory Dysfunction The Skövde Population-Based Study
- Research, Bråred Christensson et al 2012, Air-oxidized linalool-a frequent cause of fragrance contact allergy
- Research, Bråred Christensson et al 2016, Fragrance Allergens, Overview wit, Fragrance Allergens, Overview with a Focus on Recent Developments and Understanding of Abiotic and Biotic Activation
- Research, Bråred Christensson et al 2016, Oxidized limonene and oxidized li, Oxidized limonene and oxidized linalool concomitant contact allergy to common fragrance terpenes
- Research, Brémond-Bostoen, Chemical and perceptual analysis of human body odors attractiveness characterization, and effect of perfume and of odor gender in virtual reality
- Research, Bsteh 2017, Change of olfactory function as a marker of inflammatory activity and disability progression in MS
- Research, Bsteh and Berger 2022, Reply to letter to the editor Olfactory threshold as a biomarker of disease activity
- Research, Buccellato 2010, Vanilla in Perfumery and Beverage Flavors
- Research, Buchbauer and Jirovetz 1994, Aromatherapy-use of fragrances and essential oils as medicaments
- Research, Buckle 2003, Essential Oil Toxicity and Contraindications
- Research, Buckle 2015, Essential Oil Toxicity and Contraindications
- Research, Buckley 2007, Fragrance ingredient labelling in products on sale in the U.K
- Research, Buckley et al 2000, The frequency of fragrance allergy in a patch-test population over a 17-year period
- Research, Buckley et al 2008, Atopy and contact allergy to fragrance allergic reactions to the fragrance mix I the Larsen mix
- Research, Bumke 2023, ‘Holy Perfume’
- Research, Burger et al 2019, Extraction of Natural Fragrance Ingredients History Overview and Future Trends
- Research, Burlingame and Doty 2018, Important Considerations for Estimating Odor Threshold Concentrations of Contaminants Found in Water Supplies
- Research, Busker and van Helden 1998, Toxicologic Evaluation of Pepper Spray as a Possible Weapon for the Dutch Police Force
- Research, Butnariu 2021, Plants as Source of Essential Oils and Perfumery Applications
- Research, Buttery and Seifert 1982, Thiamin odor compound odor threshold synthetic vs. natural
- Research, Buttery et al 1981, Odor threshold of thiamin odor compound 1-methylbicyclo 3.3.0 -2,4-dithia-8-oxaoctane
- Research, Butze and Kendall 1973, Odor intensity and characterization studies of exhaust from a turbojet engine combustor
- Research, Bydoon and Abd El-Baset 2026, Eco-Friendly Fragrance Finishing of Egyptian Cotton Fabrics Using Electrospun Natural Nanostructures
- Research, Byrne-Quinn 1988, Perfume, people, perceptions and products
- Research, Bárány and Lodén 2000, Content of Fragrance Mix Ingredients and Customer Complaints of Cosmetic Products
- Research, Bährle-Rapp 2007, Berloque-Dermatitis, Berloque-Dermatitis
- Research, Bährle-Rapp 2007, Eau de Cologne, Eau de Cologne
- Research, Börje et al 2004, P37 Autoxidation of the fragrance caryophyllene forms contact allergens
- Research, Cadby et al 2002, Consumer Exposure to Fragrance Ingredients Providing Estimates for Safety Evaluation
- Research, Cadby et al 2010, Identification of the causes of an allergic reaction to a fragranced consumer product
- Research, Cain 1969, Odor intensity Differences in the exponent of the psychophysical function
- Research, Cain 1970, Odor intensity after self-adaptation and cross-adaptation
- Research, Cain 1971, Physicochemical characteristics and supraliminal odor intensity Reply to Mitchell
- Research, Cain 1975, ODOR INTENSITY MIXTURES AND MASKING
- Research, Cain 1988, Olfactory Psychophysics
- Research, Cain 2002, Sensory Detection of Glutaraldehyde in Drinking Water–Emergence of Sensitivity and Specific Anosmia
- Research, Cain and Johnson 1978, Lability of Odor Pleasantness Influence of Mere Exposure
- Research, Cain and Polak 1992, Olfactory adaptation as an aspect of odor similarity
- Research, Cairolli 2023, Perfume e personalidade neurociência aplicada à perfumaria
- Research, Calabrese 1990, Perfumery The Psychology and Biology of Fragrance
- Research, Calcaterra et al 2020, Low Concentration Analysis of Silver Nanoparticles in Consumer Spray Products
- Research, Calhoun-Haney and Murphy 2005, Apolipoprotein ε4 is associated with more rapid decline in odor identification than in odor threshold or Dementia Rating Scale scores
- Research, Callejo et al 2007, Contact dermatitis from violet fragrance in a florist
- Research, Calnan 1979, Perfume dermatitis from the cosme, Perfume dermatitis from the cosmetic ingredients oakmoss and hydroxycitronellal
- Research, Calnan 1979, Unusual hydroxycitronellal perfum, Unusual hydroxycitronellal perfume dermatitis
- Research, Calnan et al 1980, Allergy to perfume ingredients
- Research, Camerlo et al 2013, Fragrance encapsulation in polymeric matrices by emulsion electrospinning
- Research, Cancian et al 1999, Contact urticaria syndrome from constituents of balsam of Peru and fragrance mix in a patient with chronic urticaria
- Research, Cantalapiedra et al 2012, Evaluation of Different Electrochemical Transducers Based on Polystyrene Sulfonate Carbon Composites with Nickel Catalyst for Rapid Detection of Fragrance Allergens
- Research, Cao et al 1996, A perfume odour-sensing system using an array of piezoelectric crystal sensors with plasticized PVC coatings
- Research, Capitain et al 2025, Not just avoidance dogs show subtle individual differences in reacting to human fear chemosignals
- Research, Cardella et al 2025, Effect of pollution on the prevalence of obesity, diabetic complications and olfactory dysfunction in diabetic patients
- Research, Carras 1994, Olfactory threshold tuning by stimulus ordering
- Research, Carrasco and Ridout 1993, Olfactory perception and olfactory imagery A multidimensional analysis
- Research, Carvalho, Anosmia recuperação da função olfatória por terapia celular
- Research, Cary et al 2019, Olfactory Identification, Odor Hedonics, and Atypical Behaviors
- Research, Cascais 2018, “EACH MAN KILLS THE THING HE LOVES” UMA LEITURA QUEER DE “O BERLOQUE VERMELHO” DE SILVA PINTO
- Research, Castellini et al 2023, Quantifying spatiotemporal variability in occupant exposure to an indoor airborne contaminant with an uncertain source location
- Research, Castello 2014, Underlying dimensions in the perceptual space of perfumery odors
- Research, Cavazzana et al 2016, A Cross-Cultural Adaptation of the Sniffin’ Sticks Olfactory Identification Test for US children
- Research, Celeiro 2026, Fragrance Allergens in Cosmetic Products Current Analytical Strategies and Regulatory Challenges
- Research, Celeiro et al 2014, In-Vial Micro-Matrix-Solid Phase Dispersion for the Analysis of Fragrance Allergens, Preservatives, Plasticizers, and Musks in Cosmetics
- Research, Celeiro et al 2015, Pressurized liquid extraction-gas chromatography-mass spectrometry analysis of fragrance allergens, musks, phthalates and preservatives in baby wipes
- Research, Celik et al 2018, Investigations of Archaeological Glass Bracelets and Perfume Bottles Excavated in Ancient Ainos Enez by Multiple Analytical Techniques
- Research, Cernei et al 2026, Spatial variability of indoor particle dynamics induced by the human thermal plume
- Research, Chaker, Longevity gene IGF-1 and adult neurogenesis regulation of lifelong neuronal replacement, olfactory function and metabolism
- Research, Chakrabarty et al 1994, Aftershave burns
- Research, Chakraborty 2009, Keeping water in the wadis of Arabia’s perfume capital
- Research, Chakraborty 2017, Carrageenan for encapsulation and immobilization of flavor, fragrance, probiotics, and enzymes A review
- Research, Chan et al 2002, The Effect of Oleoresin Capsicum “Pepper” Spray Inhalation on Respiratory function
- Research, Chan et al 2016, Disgust and fear lower olfactory threshold
- Research, Chan et al 2019, Disgust lowers olfactory threshold a test of the underlying mechanism
- Research, Chandeclerc et al 2005, C63 - Signification et pertinence du test positif au fragrance mix chez 112 patients
- Research, Chandra and Soelistyo 2023, The Value of Liberal Feminism in “Sì” Giorgio Armani Perfume Line Advertisement
- Research, Chandra et al 2025, Use of Fragrance and Aroma in Cosmetic Products for Mood Swings and Well-Being
- Research, Changes in Olfactory Function 2007, Changes in Olfactory Function in Pregnancy and Postpartum
- Research, Chapman, A CORROLLARY DISCHARGE CIRCUIT MODULATES OLFACTORY FUNCTION DURING FLIGHT IN MANDUCA SEXTA
- Research, Chappuis et al 2018, Simulating latrine conditions to assess perfume performance against malodour
- Research, Chapter 1 Perfume 2020, Chapter 1 Perfume
- Research, CHAPTER ONE. Shakespeare’s Perfume 2002, CHAPTER ONE. Shakespeare’s Perfume
- Research, Charlotte et al 2023, Odor Hedonic Profile OHP a self-rating tool of everyday odors
- Research, Chatterjee et al 2024, Cross-cultural differences in the effects of the ambient scent on in-store behavior the role of companionship
- Research, Chebat et al 2008, Does Age Attenuate the Impact of Pleasant Ambient Scent on Consumer Response?
- Research, Cheesman and Mayne 1953, The Influence of Adaptation on Absolute Threshold Measurements for Olfactory Stimuli
- Research, Chemical Sensitivity in Children 2017, Chemical Sensitivity in Children
- Research, Chen 1997, Evaluation of granular activated carbons for removal of methylisoborneol to below odor threshold concentration in drinking water
- Research, Chen 2001, Natural human body odors can modulate mood independent of perceived odor pleasantness and intensity a reply to Black
- Research, Chen 2006, Chemosignals of Fear Enhance Cognitive Performance in Humans
- Research, Chen 2025, Smells like sophistication ambient scent strategies for enhancing urban dining environments
- Research, Chen and Huang 2016, Construction of perfume bottle visual design model based on multiple affective responses
- Research, Chen et al 2006, Quantification of perfume compounds in shampoo using solid-phase microextraction
- Research, Chen et al 2018, Designing nanoporosity in a swollen polymer for the controlled release of a highly volatile fragrance
- Research, Chen et al 2020, Faster olfactory adaptation in pa, Faster olfactory adaptation in patients with olfactory deficits an analysis of results from odor threshold testing
- Research, Chen et al 2020, Multifunctional fabric coatings w, Multifunctional fabric coatings with slow-releasing fragrance and UV resistant properties from ethyl cellulose/silica hybrid microcapsules
- Research, Chen et al 2020, Odor perception depends on airflo, Odor perception depends on airflow, odor solubility and intranasal application site
- Research, Chen et al 2021, Analysis of Fragrance Allergens in Personal Care Products, Toys, and Water Samples A Review
- Research, Chen et al 2022, Determination of 19 Fragrance Allergens in Paper Personal Care Products by Headspace SPME-GC-MS with Response Surface Methodology optimization
- Research, Chen et al 2024, Using the Well-Mixed Room Model for Determining Indoor Pm2.5 Concentrations in Classrooms Installed with Fresh Air Units
- Research, Chen et al 2025, Structure and release function of, Structure and release function of fragrance glands
- Research, Chen et al 2025, The Preservation and Development, The Preservation and Development of Fragrance Retention Technology
- Research, Chen et al 2026, Emissions of Polycyclic Aromatic Hydrocarbons PAHs from the Use of Scented Candles Under Different Environmental Conditions
- Research, Cheng 2026, Research Progress of Fragrance Retention Technology From Physical Encapsulation to Intelligent System
- Research, Cheng and Lin 2015, Experimental investigation into the interaction between the human body and room airflow and its effect on thermal comfort under stratum ventilation
- Research, Cheng et al 2023, Volatile Organic Compound Emissions from Indoor Fragrance Diffusers
- Research, Chiamaka Frances and Nwakuche 2024, Production of Body Perfume Using Lemongrass Essential Oil
- Research, Chida and Tamura 2008, Mixture Suppression of Perceived Intensities in an Odor Mixture
- Research, Chisom Chinyerenwa et al 2018, Synthesis of Iron Oxide Nano Particles by the Use of Osmanthus Fragrance Leaf Extract
- Research, Chisvert and Salvador 2007, Perfumes in Cosmetics. Regulatory Aspects and Analytical Methods for Fragrance Ingredients and other Related Chemicals in Cosmetics
- Research, Cho et al 2016, Multicenter study on the asymmetry of skin temperature in complex regional pain syndrome
- Research, Cho et al 2022, The YSK Olfactory Function Test Development of a New Korean Olfactory Test
- Research, Choi 2020, Effect of Sensation Seeking Tendencies of 20’s Consumers on Perfume Pursuit Benefits and Perfume Pursuit Images
- Research, Choi et al 2014, A study on the odor threshold values of the fatty acids and VOCs of specified offensive odor substances
- Research, Christensson et al 2009, Air oxidation increases skin irritation from fragrance terpenes
- Research, Chróst et al 2021, Perception of smell of a perfume applied to the women skin in course of menstrual cycle
- Research, Chu and Nguyen 2022, Quantitative Fragrance Durability Evaluation Depending on Keeping Condition of Knitted Fabric Treated by Microcapsule Containing Star Anise Essential Oil
- Research, Churchill 2006, Measurement of fragrance perception
- Research, Chyc and Chyc 2026, Assessment of indoor chemical pollutant emissions from scented candle burning
- Research, Cimpean et al 2007, Case report-contact dermatitis to perfume
- Research, Cirrincione et al 2014, The Effect of Ambient Scent on the Experience of Art Not as Good as It Smells
- Research, Clapeyron 1843, Ueber die bewegende Kraft der Wärme
- Research, Clark 2024, When Avoiding Chemicals Means Avoiding Others Relational Exposures and Multiple Chemical Sensitivity
- Research, Clausius 1850, Ueber die bewegende Kraft der Wärme und die Gesetze, welche sich daraus für die Wärmelehre selbst ableiten lassen
- Research, Coal Tar Perfume 1863, Coal Tar Perfume
- Research, Cole 2023, Scent from the Sea Ambergris in Eighteenth- and Nineteenth-Century Medicine, Perfume and Natural History
- Research, Coleman et al 2008, Secondary organic aerosol from ozone-initiated reactions with terpene-rich household products
- Research, Collin et al 2024, The effects of ambient scent on olfactory comfort and attitude toward its use in a tramway an on-board study
- Research, Collins and Mitchell 1975, Aroma chemicals Reference sources for perfume and flavour ingredients with special reference to cinnamic aldehyde
- Research, Colmers 1927, Chloräthyl mit “Eau de Cologne”-Zusatz zur Narkose
- Research, Comet perfume smells like 2016, Comet perfume smells like
- Research, Cometto-Muniz and Cain 1994, Perception of Odor and Nasal Pungency from Homologous Series of Volatile Organic Compounds
- Research, Compositions for delivering perfume 2015, Compositions for delivering perfume to the skin
- Research, Conard 1908, The structure and life-history of the hay-scented fern
- Research, Cooke and Ssenter 1975, Perfume sensitivity
- Research, Cooke et al 1989, Data Generation for Perfume Ingredient Safety Evaluation
- Research, Cooney 1999, Cacophony of comments stalls multiple chemical sensitivity report
- Research, Corea et al 2006, Fragrance allergy assessing the risk from washed fabrics
- Research, Corpus Alienum Cover the 2019, Corpus Alienum Cover the perfume in cervix Pasca masturbation Case report
- Research, Correction to ‘Contact Sensitization 2026, Correction to ‘Contact Sensitization to Fragrance Mix I and Fragrance Mix II Among European Dermatitis Patients A Systematic Review’
- Research, Corrente 2022, The ‘Persistence’ of an Ancient Perfume The Rose of Paestum
- Research, Cortes et al 2004, 58. Characterization of Fragrance Exposure Concentrations and Temporal Trends From a Plug-In Air Freshener
- Research, Cortial et al 2015, Hot homogenization process optimization for fragrance encapsulation in solid lipid nanoparticles
- Research, Coskey 1975, Contact Dermatitis due to Perfume in Mycolog Cream
- Research, Costa and Mondello 2016, Methods in Flavor and Fragrance Analysis
- Research, Costa et al 2022, Fragrance carriers obtained by encapsulation of volatile aromas into zeolite structures
- Research, Costa, National and international perfume brands sales in Lebanon. c1996
- Research, Court and Greenblatt 2000, Molecular Genetic Basis for Deficient Acetaminophen Glucuronidation by Cats, UGT1A6 Is a Pseudogene
- Research, Courtiol and Wilson 2016, The Olfactory Mosaic Bringing an Olfactory Network Together for Odor Perception
- Research, Cousin 2016, Beauty Experts Female perfume-makers in the 1 st millennium BC
- Research, Couteau et al 2020, Influence of Cosmetic Type and Distribution Channel on the Presence of Regulated Fragrance Allergens Study of 2044 Commercial Products
- Research, Cox et al 2026, Olfactory Function in Cystic Fibrosis - Outcome Measures, Olfactory Dysfunction Prevalence and Management Impact, a Systematic Review
- Research, Craig Bettenhausen 2020, Tear gas and pepper spray What protesters need to know
- Research, Craven and Settles 2006, A Computational and Experimental Investigation of the Human Thermal Plume
- Research, Crawford et al 1984, Odor Threshold Determination For 2-Nitropropane
- Research, Crow 1960, PERFUMERY AND COSMETICS
- Research, Crow 1964, PERFUMERY AND COSMETICS
- Research, Croy et al 2015, Peripheral adaptive filtering in human olfaction? Three studies on prevalence and effects of olfactory training in specific anosmia in more than 1600 participants
- Research, Croy et al 2016, Spezifische Anosmie als Prinzip olfaktorischer Wahrnehmung
- Research, Cruickshank 1954, Winter’s Perfume
- Research, Crumpton et al 1967, Effect of Prolonged Fasting on Olfactory Threshold
- Research, Cuesta et al 2010, Fragrance contact allergy a 4-year retrospective study
- Research, Cui 2018, Acupuncture therapy of olfactory dysfunction in allergic rhinitis
- Research, Cumiskey and Brewster 2012, Mobile Phones or Pepper Spray?
- Research, Cummings 2018, Perfume lost
- Research, Cunniffe et al 2024, Is there such a thing as Sensitive Airways-Friendly Fragranced Cleaning Products?
- Research, Curren et al 2013, Comparison of two standard odor intensity evaluation methods for odor problems in air or water
- Research, Curtis 2022, Low- to moderate-level chemical exposures can trigger migraines and are associated with multiple chemical sensitivity
- Research, Czerny et al 2011, The Influence of Molecular Structure on Odor Qualities and Odor Detection Thresholds of Volatile Alkylated Phenols
- Research, D’Amore and Tufano 1991, Testing the Well-Mixed Model for a Gas-Liquid Stirred Ozonization Reactor
- Research, D’Aniello et al 2021, Sex differences in the behavioral responses of dogs exposed to human chemosignals of fear and happiness
- Research, D. Deshmukh and Agrawal 2026, A Comparative Study of Encapsulation Technologies for Controlled Release of Fragrance Compounds
- Research, D. Jawad Al-Bayati 2016, Comparative Study for the Effect of Fixative Material Type and Perfume Formulation Parameters on the Fixation time of Local Formulated Perfume with Brand Perfumes
- Research, D. T. Hill and C. L. Barth 1976, Quantitative Prediction of Odor Intensity
- Research, Daft 2020, Tear gas and pepper spray are chemical weapons. So, why can police use them?
- Research, Dai et al 2025, Development of Control Methods for Submicron Particulate Matter Emissions and Inhalation Exposure from Cosmetic Spray Products
- Research, Dai et al 2026, Pleasant fragrance modulates dyadic social sharing of positive emotion Sharer-centered socioemotional enhancement effect and its neural couplings
- Research, Daikoku et al 2019, Measuring Odor Threshold Using a Simplified Olfactory Measurement Method
- Research, Dal Bò et al 2020, Human Chemosignals and Brain Activity A Preliminary Meta-analysis of the Processing of Human Body Odors
- Research, Dalal et al 2020, Bilateral and unilateral odor processing and odor perception
- Research, Dallay et al 2023, Fragrance in dermocosmetic emulsions From microstructure to skin application
- Research, Dalton 1996, Odor Perception and Beliefs about Risk
- Research, Dalton 2000, Psychophysical and Behavioral Characteristics of Olfactory Adaptation
- Research, Dalton and Wysocki 1996, The Nature and Duration of Adaptation Following Long-Term Odor Exposure
- Research, Dalton et al 2013, Chemosignals of Stress Influence Social Judgments
- Research, Damm 2002, Intranasal Volume and Olfactory Function
- Research, Dandi et al 2025, Control of Raw Material Inventory to Fulfill Consumer Demand for Refil Perfume at Fadil Perfume in Ogotua Village Toli-Toli Regency
- Research, Daniel and Derby 1988, Behavioral olfactory discrimination of mixtures in the spiny lobster Panulirus argus based on a habituation paradigm
- Research, Darabi and Mirabi 2018, The effect of ambient scent on consumer experience Evidence from mobile industry
- Research, Dasgupta et al 2025, Editorial Olfactory dysfunction in neurodegenerative diseases
- Research, David 2025, History of Important Perfumery Aromachemicals
- Research, Davis 1981, The role of nonolfactory context cues in odor identification
- Research, Davis 2013, Performative Perfume
- Research, De Bortoli 2018, CK One a shared fragrance. Corporeità e sessualità gender-free
- Research, de Groot 2021, Contact allergy to and allergic c, Contact allergy to and allergic contact dermatitis from fragrances a brief review
- Research, de Groot 2021, Monographs of fragrance chemicals, Monographs of fragrance chemicals and extracts that have caused contact allergy / allergic contact dermatitis
- Research, de Groot et al 2012, Chemosignals Communicate Human Emotions
- Research, de March et al 2021, Genetic and functional odorant receptor variation in the Homo lineage
- Research, de Nicolaï 2008, A Smelling Trip into the Past The Influence of Synthetic Materials on the History of Perfumery
- Research, De Palo et al 2012, A Dynamical Feedback Model for Adaptation in the Olfactory Transduction Pathway
- Research, de Paz 2021, Perfume vacío
- Research, De Wijk and Cain 1994, Odor quality Discrimination versus free and cued identification
- Research, De-Luxe Extracts and Handkerchief 2013, DE-LUXE EXTRACTS AND HANDKERCHIEF PERFUMES
- Research, Death by Perfume 2022, 8. Death by Perfume, 8. Death by Perfume
- Research, Death by Perfume 2022, Death by Perfume, Death by Perfume
- Research, Debnath and Nakamoto 2022, Extraction of sensing data for desired scent impressions using mass spectra of odorant molecules
- Research, Debonneville and Chaintreau 2014, Online clean-up of volatile compounds in complex matrices for GC-MS quantification testing with fragranced consumer products
- Research, DeChant and Hall 2021, Training with varying odor concentrations implications for odor detection thresholds in canines
- Research, Delahaye et al 2010, Gap between odor perception threshold and identification threshold Calculation based on a graph of the Biolfa® olfactory test
- Research, Delgado-Losada et al 2020, Spanish Validation for Olfactory Function Testing Using the Sniffin’ Sticks Olfactory Test Threshold, Discrimination, and Identification
- Research, Demole 1982, The Fragrance of Jasmine
- Research, Deneththi et al 2025, Enhanced fragrance release on cot, Enhanced fragrance release on cotton fabric using β-Cyclodextrin supported by molecular docking
- Research, Deneththi et al 2025, Investigate the Effect of Crossli, Investigate the Effect of Crosslinking Agents and Binders on the Binding Ability of Sandalwood Essential Oil with -Cyclodextrin for the Retention of Fragrance on Cotton Fabric
- Research, Deng 2025, Research and Development of Fragrance Retention Technology
- Research, Derin et al 2016, Effect of vitamin B12 deficiency on olfactory function
- Research, Dermal Absorption of Fragrance 2007, Dermal Absorption of Fragrance Materials
- Research, Dermatitis, Berloque 2004, Dermatitis, Berloque
- Research, Derudi et al 2012, Emissions of air pollutants from scented candles burning in a test chamber
- Research, DeSesa et al 2008, Sulfur-Containing Malodorant Vapors Enhance Responsiveness to the Sensory Irritant Capsaicin
- Research, Desmedt et al 2015, HS-GC-MS method for the analysis of fragrance allergens in complex cosmetic matrices
- Research, Determining a point of 2025, Determining a point of departure for skin sensitization potency and quantitative risk assessment of fragrance ingredients using the GARDskin dose-response assay suppl1
- Research, Devillers et al 1996, A Neural Structure-Odor Threshold Model for Chemicals of Environmental and Industrial Concern
- Research, Devore 1992, Prevalence of Olfactory Dysfunction, Hearing Deficit, and Cognitive Dysfunction Among Elderly Patients in a Suburban Family Practice
- Research, Devos et al 2008, Relevance of Positive Patch-Test Reactions to Fragrance Mix
- Research, Devos et al 2012, Full evaporation dynamic headspace in combination with selectable one-dimensional/two-dimensional gas chromatography-mass spectrometry for the determination of suspected fragrance allergens in cosmetic products
- Research, Dewan et al 2018, Single olfactory receptors set odor detection thresholds
- Research, Dhurandhar et al 2022, Expansive Linguistic Representations to Predict Interpretable Odor Mixture Discriminability
- Research, Dhurandhar et al 2023, Expansive linguistic representations to predict interpretable odor mixture discriminability
- Research, Di Sotto and Mazzanti 2016, Letter to the Editor regarding “RIFM fragrance ingredient safety assessment, linalyl acetate, CAS registry number 115-95-7” by Api et al., 2015
- Research, Diallo et al 2026, Chemical Exposures, Sensitization, Provocation and Symptom Profiles in Adults with Multiple Chemical Sensitivity A Cross-Sectional Survey
- Research, Diana and Sollai 2025, Olfactory Threshold and Perception Intensity of Fatty Acids in Relation to Sex
- Research, Dicke 2014, Chemical Ecology Body Odor, Behavior, and Body Building
- Research, Diepgen and others 2015, Prevalence of Fragrance Contact Allergy in the General Population of Five European Countries
- Research, Dilber et al 2023, Hyposmia and Anosmia
- Research, Diogo 2017, An Atypical Etiology of Anosmia
- Research, Diploma in perfumery 1995, Diploma in perfumery
- Research, Directional effects of skin 1981, Directional effects of skin temperature self-regulation on regional cerebral blood flow in normal subjects and migraine patients
- Research, Distel 2001, Judgement of Odor Intensity is Influenced by Subjects’ Knowledge of the Odor Source
- Research, Divišová et al 2015, Validation of SPME-GC-FID Method for Determination of Fragrance Allergens in Selected Cosmetic Products
- Research, Dixon 2018, Scents and Soda French Perfume, American Glassworks, and the Rise of the Retail Water Industry
- Research, Djordjevic et al 2012, Pleasant or Unpleasant Attentional Modulation of Odor Perception
- Research, Dmitrieva and Murzinova 2024, Linguistic representation of the component “passion” in the speech of the “perfume maniac” as communicative linguocultural personality type
- Research, Dobretsov and Kashirskiy 2024, Study of olfactory threshold using Russian version of Sniffin’ Sticks test
- Research, Dobson 2020, ‘Drunk on the dead’ Intoxication, ‘Drunk on the dead’ Intoxication, Perfume and Mummy Dust
- Research, Dobson 2020, Perfume, cigarettes and gilded bo, Perfume, cigarettes and gilded boards
- Research, Dodd 1988, The molecular dimension in perfumery
- Research, Dollase 1997, The motivation for perfume choice
- Research, Don’t Forget the Bear 2014, Don’t Forget the Bear Spray
- Research, Donald 2009, Local and global circuit changes associated with learned odor hedonics
- Research, Donkin 1999, Dragon’s Brain Perfume
- Research, Donthamsetty et al 2024, GARDskin dose-response assay and its application in conducting Quantitative Risk Assessment QRA for fragrance materials using a Next Generation Risk Assessment NGRA framework
- Research, Dorman 2023, Canine Olfactory Dysfunction
- Research, Dorries 1992, Sex Differences in Olfaction in Mammals
- Research, Doty 1986, Ontogeny of Human Olfactory Function
- Research, Doty 1989, Influence of Age and Age-Related Diseases on Olfactory Function a
- Research, Doty 1991, Olfactory Function in Neonates, Olfactory Function in Neonates
- Research, Doty 1991, Psychophysical Measurement of Odo, Psychophysical Measurement of Odor Perception in Humans
- Research, Doty 1994, Olfaction and Multiple Chemical Sensitivity
- Research, Doty 1997, On the Protheticity of Olfactory Pleasantness and Intensity
- Research, Doty 2002, Olfactory Psychophysics
- Research, Doty 2006, Olfactory Dysfunction in Neurodegenerative Diseases
- Research, Doty 2017, Psychophysical Testing of Human Olfactory Function
- Research, Doty and Bromley 2003, Anosmia, Ageusia, and Other Disorders of Chemosensation
- Research, Doty and Cameron 2009, Sex Differences and Reproductive Hormone Influences on Human Odor Perception
- Research, Doty and others 1984, Smell Identification Ability, Changes with Age
- Research, Doty et al 1994, Tests of human olfactory function Principal components analysis suggests that most measure a common source of variance
- Research, Doty et al 2019, Clinical validation of the olfactory detection threshold module of the Snap and Sniff® olfactory test system
- Research, Doucé and Janssens 2011, The Presence of a Pleasant Ambient Scent in a Fashion Store
- Research, Dravnieks and Jarke 1980, Odor Threshold Measurement by Dynamic Olfactometry Significant Operational Variables
- Research, Dravnieks et al 1970, Odor Threshold and Gas-Chromatographic Assays of Vaginal Odors Changes with Nitrofurazone Treatment
- Research, Drexler 2012, Multiple Chemical Sensitivity
- Research, Drexler and Greiner 2018, Multiple Chemical Sensitivity
- Research, Drexler and Greiner 2019, Multiple Chemical Sensitivity
- Research, Drnovsek et al 2024, Olfactory perceptual fingerprints of people with olfactory dysfunction and healthy controls
- Research, Droulers et al 2024, Ignite the Scent The Effectiveness of Implied Explosion in Perfume Ads
- Research, Du et al 2020, Effect of fabric parameters on fragrance retention
- Research, Du et al 2023, Predicting minty compounds binary mixtures’ pleasantness by odor intensity in aqueous solutions
- Research, Duchamp-Viret et al 2023, Olfactory integration and odor perception
- Research, Dudova et al 2011, Odor detection threshold, but not odor identification, is impaired in children with autism
- Research, Dugan 2011, The Ephemeral History of Perfume
- Research, Dunn et al 2006, Targeted multidimensional gas chromatography for the quantitative analysis of suspected allergens in fragrance products
- Research, Dupau 2011, Ruthenium-Catalyzed Selective Hydrogenation for Flavor and Fragrance Applications
- Research, Duus Johansen 2002, Contact allergy to fragrances clinical and experimental investigations of the fragrance mix and its ingredients
- Research, Dwijayanty and S.A., MBA., Ph.D. 2022, Perfume Influencers Impact on Customers’ Purchase Decision of HMNS Perfumery
- Research, Dysgeusia and Anosmia Etiology 1988, Dysgeusia and Anosmia Etiology and Possible Treatment
- Research, Dyson 1949, Odors The Chemistry of Perfumery Materials
- Research, Eau de Cologne 1874, Eau de Cologne
- Research, Eau de Cologne 2004, Eau de Cologne - Futurismus, Eau de Cologne - Futurismus
- Research, Eau de Cologne 2004, Eau de Cologne eklatant, Eau de Cologne eklatant
- Research, EAU DE Cologne Tippling 1889, EAU DE COLOGNE TIPPLING
- Research, Edman 1994, The influence of shaving method on perfume allergy
- Research, Edwards et al 1991, Quantitative structure-property relationship studies of the odor threshold of odor active compounds
- Research, Efeoğlu et al 2015, Toxicologic Evaluation of Pepper Spray used as a Riot Control Agent A Case Report
- Research, Egolf and Jurs 1993, Quantitative structure-retention and structure-odor intensity relationships for a diverse group of odor-active compounds
- Research, Eichhorn et al 2023, Biotechnology A Tool to Transform Givaudan’s Fragrance Ingredients Palette
- Research, Eis and Helm 2007, CONCERNS ABOUT DATA AND METHODOLOGY IN MULTIPLE CHEMICAL SENSITIVITY PAPER
- Research, Ekman et al 1967, PERCEIVED INTENSITY OF ODOR AS A FUNCTION OF TIME OF ADAPTATION
- Research, El-Sotouhy, Effect of breathing, posture, and air velocity on breathing zone gas concentrations for human subjects in a wind tunnel
- Research, Elberling et al 2006, The capsaicin cough reflex in eczema patients with respiratory symptoms elicited by perfume
- Research, Electrophy siological Measurement of 2003, Electrophy siological Measurement of Olfactory Function
- Research, Eli 2000, SELF-PERCEPTION OF BREATH ODOR ROLE OF BODY IMAGE AND PSYCHOPATHOLOGIC TRAITS
- Research, Eliasson et al 2025, A quasi-randomised pilot study on the efficacy and perceived usefulness of adding chemosignals to mindfulness practice for women with social anxiety
- Research, Ellena 1994, Creative Perfumery Composition Techniques
- Research, Elnahas, Effects of heating, breathing, hair style, posture, and air velocity on breathing zone concentrations for an anthropometrically-correct manikin in a wind tunnel
- Research, Elsharif, Banerjee and Buettner 2015, Structure-Odor Relationships of Linalool, Linalyl Acetate and Their Corresponding Oxygenated Derivatives
- Research, Elsner 2001, Odor threshold, recognition, discrimination and identification in centenarians
- Research, Enders et al 1991, Patch testing with fragrance-mix and its constituents discrepancies are largely due to the presence or absence of sorbitan sesquioleate
- Research, Endevelt-Shapira et al 2017, Altered responses to social chemosignals in autism spectrum disorder
- Research, Endriks and van GINKEL 1999, Evaluation of the fragrance mix in the European standard series
- Research, Engen 1965, Psychophysical analysis of the odor intensity of homologous alcohols
- Research, Engen 1971, Olfactory Psychophysics
- Research, Engen 1982, ODOR Hedonics, ODOR HEDONICS
- Research, Engen 1982, ODOR Mixtures, ODOR MIXTURES
- Research, Engen 1982, Practical Problems and Potentials, PRACTICAL PROBLEMS AND POTENTIALS OF ODOR PERCEPTION
- Research, Engen 1986, Perception of odor and irritation
- Research, Engen 1988, The acquisition of odour hedonics
- Research, Engen and Engen 1997, Relationship between development of odor perception and language
- Research, Engen and Pfaffmann 1959, Absolute judgments of odor intensity
- Research, Ente, Quantification of peripheral olfactory adaptation
- Research, Environmental Illness Multiple Chemical 2013, Environmental Illness Multiple Chemical Sensitivity, Sick Building Syndrome, Electric and Magnetic Field Disease
- Research, Epple et al 1993, Making sense out of scents species differences in scent glands, scent-marking behaviour, and scent-mark composition in the Callitrichidae
- Research, Epstein and Majmudar 2001, Pepper spray in the eye
- Research, Errajaa et al 2021, Scent marketing linking the scent congruence with brand image
- Research, Escanilla et al 2008, Odor-reward learning and enrichment have similar effects on odor perception
- Research, Escher and Oliveros 1994, A quantitative study of factors that influence the substantivity of fragrance chemicals on laundered and dried fabrics
- Research, Eunders et al 1989, Patch testing with fragrance mix at 16% and 8%, and its individual constituents
- Research, Evaluation of Recommended REACH 2012, Evaluation of Recommended REACH Exposure Modeling Tools and Near-Field, Far-Field Model in Assessing Occupational Exposure to Toluene from Spray Paint
- Research, Evans et al 2026, Skin sensitization and systemic quantitative risk assessment of nickel in tattoo ink
- Research, Everts 2006, PREY’S PERFUME
- Research, Ewing 1900, Double Congenital Anosmia
- Research, Faisal et al 2026, Pemberdayaan generasi Z melalui edukasi dan pembuatan reed diffuser aromaterapi herbal untuk meningkatkan kenyamanan dan kebersihan lingkungan
- Research, Falk 2023, Fragranced consumer products Formulation practices, related models, and recommendations to enable wider hydrophilic-lipophilic difference HLD application
- Research, Fallon et al 2020, A Behavioral and Electrophysiological Investigation of Effects of Visual Congruence on Olfactory Sensitivity During Habituation to Prolonged Odors
- Research, Fang et al 2013, Relationship between the Differences of Odor Detection Threshold Values Measured by Different Methods and some of the Physicochemical Properties
- Research, Fantin et al 2020, French Vividness of Olfactory Imagery Questionnaire A Potential Tool for Diagnosing Olfactory Loss by Assessing Olfactory Imagery?
- Research, Fantke et al 2016, Coupled near-field and far-field exposure assessment framework for chemicals in consumer products
- Research, Fasunla et al 2017, Comparison between olfactory function of pregnant women and non-pregnant women in reproductive age group in Ibadan, Nigeria
- Research, Fatah et al 2007, Droplet size distributions in the spray from commercial ‘fogger’ type pepper spray products
- Research, Fatal dose of an 1980, Fatal dose of an air freshener?
- Research, Feng et al 2025, Olfactory Environment Design in Office Buildings A Study on the Recovery Effect of Specific Fragrances on Work Fatigue Based on Multimodal Measurement
- Research, Fenko and Loock 2014, The Influence of Ambient Scent and Music on Patients’ Anxiety in a Waiting Room of a Plastic Surgeon
- Research, Ferdenzi et al 2011, Digit ratio 2D 4D predicts facial, but not voice or body odour, attractiveness in men
- Research, Ferdowsi et al 2020, Human Chemosignals Modulate Interactions Between Social and Emotional Brain Areas
- Research, Fernandes et al 2016, Regional Skin Temperature Response to Moderate Aerobic Exercise Measured by Infrared Thermography
- Research, Fetouri, Exposure assessment in near-field methodology and application in FM frequencies for occupational exposure
- Research, Feyli et al 2014, NUMERICAL INVESTIGATION OF HEAT TRANSFER FROM EYE BY THERMAL PLUME AROUND A HUMAN BODY
- Research, Fialová et al 2016, Consumption of garlic positively affects hedonic perception of axillary body odour
- Research, Fialová et al 2019, The effect of complete caloric intake restriction on human body odour quality
- Research, Filatova and Kolosova 2026, Fragrance in Floral Design The Emotional Role of Natural Scent in Human Perception
- Research, Firdaus et al 2025, SMART AFRESH IO Integrated Smart Air Freshener Dispenser
- Research, Firmado, O volume de importações brasileiras de perfume dos últimos 10 anos
- Research, Firmin et al 1998, Evaluation of the Natural Variability in Irone Content and Selection of Iris sp. for Perfume Production
- Research, Firooz et al 2010, Fragrance contact allergy in Iran
- Research, Fischer-Tenhagen et al 2017, Odor Perception by Dogs Evaluating Two Training Approaches for Odor Learning of Sniffer Dogs
- Research, Fisher 1975, Patch testing with perfume ingredients
- Research, Fisher and Dooms-Goossens 1976, The effect of perfume “ageing” on the allergenicity of individual perfume ingredients
- Research, Fixing Agent, Perfume 2007, Fixing Agent, Perfume
- Research, Fjaeldstad et al 2020, The Association Between Smoking on Olfactory Dysfunction in 3,900 Patients With Olfactory Loss
- Research, Fluck 1976, The Odor Threshold of Phosphine
- Research, Fontana et al 2023, The effect of perceived odour edibility induced via conditioning on olfactory habituation
- Research, Ford 1998, RIFM Activities in the Safety Assessment of the Dermal Effects of Fragrance Materials
- Research, Ford et al 1999, The systemic exposure to the polycyclic musks, AHTN and HHCB, under conditions of use as fragrance ingredients evidence of lack of complete absorption from a skin reservoir
- Research, Forest, Impact of adult neurogenesis versus preexisting neurons on olfactory perception in complex or changing olfactory environment
- Research, Forrester and Holloway 2021, Characteristics of pepper spray-related injuries reported to the National Electronic Injury Surveillance System during 2000-2020
- Research, Fortier et al 1991, Measurement precision of an olfactory perception threshold test for use in field studies
- Research, Fowler 2010, Association between positive patch tests to epoxy resin and fragrance mix I ingredients
- Research, Fox et al 2010, A Proposed Care Model for Complex Chronic Condition Multiple Chemical Sensitivity
- Research, Fragrance allergen substitution 2000, Fragrance allergen substitution
- Research, Fragrance and Flavour Substances 1982, Fragrance and Flavour Substances
- Research, Fragrance delivery system for 2008, Fragrance delivery system for cleaners Firmenich
- Research, Fragrance Gelled Fragrance 1998, Fragrance Gelled Fragrance
- Research, Fragrance ingredients market poised 2019, Fragrance ingredients market poised to touch 18.5 bn by 2024
- Research, Fragrance ingredients market worth 2014, Fragrance ingredients market worth 17 bn by 2019
- Research, Fragrance raw materials monographs 1982, Fragrance raw materials monographs
- Research, Fragrance/scent 2018, Fragrance/scent
- Research, Fragrances Incorporating Fragrance Mix 2019, Fragrances Incorporating Fragrance Mix 1, Fragrance Mix 2, Hydroxyisoheyl 3-cyclohexene Carboxaldehyde, Limonene, and Linalool
- Research, Frances Kennett, History of 1977, Frances Kennett, History of perfume, London, Harrap, 1975, 8vo, pp. 208, illus., £7.75
- Research, Francis et al 2023, Formulation and evaluation of herbal aftershave gel
- Research, Fransson and Johnsen, The Perfume of Sweat
- Research, Frederick et al 2009, A critical test of the overlap hypothesis for odor mixture perception
- Research, Freeman 1990, Fragrance and Nickel Old Allergens in New Guises
- Research, Friberg 1997, Vapour pressure of some fragrance ingredients in emulsion and microemulsion formulations
- Research, Friberg 2006, Evaporation from a Fragrance Emulsion
- Research, Friberg and Aikens 2010, Fragrance Emulsion Evaporation versus Distillation A Phase Diagram Approach
- Research, Friberg and Aikens 2012, Relative Humidity and Evaporation of a Simple Fragrance Emulsion
- Research, Friberg and Yin 1999, VAPOR PRESSURES OF FRAGRANCE COMPOUNDS DURING CONTROLLED EVAPORATION
- Research, Friberg et al 1997, Vapour pressure of a fragrance ingredient during evaporation in a simple emulsion
- Research, Frijters 1980, Three-stimulus procedures in olfactory psychophysics An experimental comparison of Thurstone-Ura and three-alternative forced-choice models of signal detection theory
- Research, Froger 2017, Perfume Art Project Kyoto / Paris
- Research, Frosch et al 2004, FS06.7 The new fragrance mix II test results of a multicentre European Study
- Research, Frosch et al 2005, Patch testing with a new fragrance mix detects additional patients sensitive to perfumes and missed by the, Patch testing with a new fragrance mix detects additional patients sensitive to perfumes and missed by the current fragrance mix
- Research, Frosch et al 2005, Patch testing with a new fragrance mix reactivity to the individual constituents and chemical detection in, Patch testing with a new fragrance mix reactivity to the individual constituents and chemical detection in relevant cosmetic products
- Research, Frumin and Sobel 2013, An Assay for Human Chemosignals
- Research, Frérot et al 2003, Controlled Stepwise Release of Fragrance Alcohols from Dendrimer-Based 2-Carbamoylbenzoates by Neighbouring Group Participation
- Research, Fujioka and Yanagibashi 2022, Influence of Distribution of Odor Threshold among People and Bernoulli Trials on the Measurement of Odor Index by Triangle Test
- Research, Fujiwara et al 2026, Mechanisms of multiple chemical s, Mechanisms of multiple chemical sensitivity triggered by fragrance pollution
- Research, Fujiwara et al 2026, Publisher Correction Mechanisms o, Publisher Correction Mechanisms of multiple chemical sensitivity triggered by fragrance pollution
- Research, Fukumoto et al 2023, Influence of Repeated Odor Adaptation Experience on the Olfactory Response
- Research, Fukusaki et al 2007, 232 LONG-TERM EFFECT OF INTRAVENOUS REGIONAL BLOCK ON SKIN TEMPERATURE IN COMPLEX REGIONAL PAIN SYNDROME
- Research, Funato et al 2009, Stimulation effects provided to drivers by fragrance presentation considering olfactory adaptation
- Research, Funesti 1994, Perfumery Applications Functional Products
- Research, Fung 1991, Multiple Chemical Sensitivity and Environmental Toxicology
- Research, Furlanetto et al 2010, Microemulsion electrokinetic chromatography An application for the simultaneous determination of suspected fragrance allergens in rinse-off products
- Research, Furtado and Wszolek, Olfactory Dysfunction
- Research, Fuseda et al 2025, Perceived Odor Intensity Ratings Based on Absolute Scales of Evaluators Application of a 6-Point Odor Intensity Scale Approximating the Visual Analogue Scale VAS
- Research, Gaby and Dalton 2019, Discrimination Between Individual Body Odors Is Unaffected by Perfume
- Research, Gad 1999, Multiple Chemical Sensitivity A Moderator’s Viewpoint
- Research, Gagarina and Pikturniene 2016, Risk related behaviour under different ambient scent conditions
- Research, Gagarina and Pikturnienė 2015, The Effect of Ambient Scent Type and Intensiveness on Decision Making Heuristics
- Research, Gaines 2010, Anosmia and hyposmia
- Research, Galac, The Linguistic Conceptualization of Olfactory Perception in English, German, French, Spanish, and Hungarian
- Research, Gandaloyeva 2015, THE HISTORY OF THE PERFUMERY AND COSMETICS PRODUCTION SPHERE DEVELOPMENT AND ITS INFLUENCE ON THE FORMATION OF THE CORRESPONDING TERMINOLOGICAL SYSTEM IN THE ENGLISH LANGUAGE
- Research, Ganta.Manasa et al 2025, “Formulation and Evalution of Jasmine Oil Based Solid Perfume”
- Research, Garcia Leal, Amargo Perfume
- Research, Gardner 2024, Chemical Intolerance
- Research, Garioch et al 1989, Allergic contact dermatitis from the perfume in Locan® cream
- Research, Gasarian 2007, Perfume Joy, Obsession, Scandal, Sin. A Cultural History of Fragrance from 1750 to the Present review
- Research, Gaspari 2018, Monographs in Contact Allergy Non-Fragrance Allergens in Cosmetics Parts 1 and 2 by Anton de Groot, CRC Press, Boca Raton, FL, 2018
- Research, Gattefosse 2013, Formulary of Perfumery and Cosmetology
- Research, Gault and Anderson, The effects of ambient scent and involvement on retail shopper evaluations, perceptions, and intentions
- Research, Gavira et al 2022, Evaluation of Vetiver Volatile Compound Production under Aeroponic-Grown Conditions for the Perfume Industry
- Research, Ge et al 2008, Constant vapour pressure evaporation from a fragrance emulsion-effect of solubility of surfactant in the fragrance compound
- Research, Ge et al 2010, Constant vapour pressure evaporation from a fragrance emulsion-effect of surfactant content in the liquid crystal
- Research, Geier et al 2015, Fragrance mix I and II results of, Fragrance mix I and II results of breakdown tests
- Research, Geier et al 2015, Reactivity to sorbitan sesquiolea, Reactivity to sorbitan sesquioleate affects reactivity to fragrance mix I
- Research, Geier et al 2021, A negative breakdown test in a fragrance mix I-positive patient does not rule out contact allergy to its fragrance constituents
- Research, Gell 2024, Magic, Perfume, Dream
- Research, Gelled Fragrance 1998, Gelled Fragrance
- Research, Gelled Fragrance 1999, Gelled Fragrance
- Research, Gellrich et al 2017, Olfactory threshold and odor discrimination ability in children evaluation of a modified “Sniffin’ Sticks” test
- Research, Gena et al 2020, Qualitative and quantitative schlieren optical measurement of the human thermal plume
- Research, General Ventilation and the 2003, General Ventilation and the Well-Mixed Model
- Research, Genetics of Olfactory Perception 2003, Genetics of Olfactory Perception
- Research, Genetzaki et al 2021, Postinfectious Olfactory Dysfunction Oral Steroids and Olfactory Training versus Olfactory Training Alone Is There any Benefit from Steroids?
- Research, George et al 1995, Pepper spray for emergency nurses A hot topic
- Research, Gerber et al 2011, Conjunctival Proliferation After a Mild Pepper Spray Injury in a Young Child
- Research, Gerberick et al 2001, Understanding fragrance allergy using an exposure-based risk assessment approach
- Research, Ghadiri et al 2023, CD03 Contact sensitization to she, CD03 Contact sensitization to shellac a possible marker of fragrance allergy
- Research, Ghadiri et al 2023, Contact sensitisation to shellac, Contact sensitisation to shellac A possible marker of fragrance allergy
- Research, Ghafur 2025, Balancing Fragrance and Patient S, Balancing Fragrance and Patient Safety A Clinical Framework for Structured Perfume Use in Hospitals Incorporating Infection-Control Principles
- Research, Ghafur 2025, The Future of Fragrance Personali, The Future of Fragrance Personalization Harnessing Skin Microbiome Insights for Enhanced Performance, Safety, and Sustainability
- Research, Ghafur 2026, Naming the Unnamed Gap in Indian Perfumery and the Case for JWALE
- Research, Gholami et al 2026, Co-Encapsulation of PEG-modified ZnO Nanoparticles and Methyl Valerate Fragrance in Double-Shelled Xanthan Gum@Chitosan for Skin Care Applications Sustained Fragrance Release
- Research, Giardino 1997, Pepper spray antidote successful in one emergency department
- Research, Gibson et al 2016, Experiences of persons with multiple chemical sensitivity with mental health providers
- Research, Gillan 1983, Taste-taste, odor-odor, and taste-odor mixtures Greater suppression within than between modalities
- Research, Gillette 2002, ODOR DISCRIMINATION IN THE CALIFORNIA SLENDER SALAMANDER, BATRACHOSEPS ATTENUATUS EVIDENCE FOR SELF-RECOGNITION
- Research, Gillis et al 2003, An Alternative Method to Screen for Pepper Spray Residue
- Research, Gillmeister et al 2025, Investigating plasticity of the o, Investigating plasticity of the olfactory system through the lens of specific anosmia
- Research, Gillmeister et al 2025, Olfactory training in specific an, Olfactory training in specific anosmia to androstenone and its association with genetic variations of OR7D4
- Research, Gilpin et al 2009, Volatility of Fragrance Chemicals Patch Testing Implications
- Research, Gimenez-Arnau et al 2002, Principles and methodology for identification of fragrance allergens in consumer products
- Research, Girardin et al 2006, Cross-reactions in patch testing with ketoprofen, fragrance mix and cinnamic derivatives
- Research, GIRL in Perfume 2019, GIRL IN PERFUME
- Research, Givaudan acquires fragrance ingredients 2020, Givaudan acquires fragrance ingredients company Ungerer
- Research, Givaudan and LanzaTech announce 2022, Givaudan and LanzaTech announce their collaboration on developing sustainable fragrance ingredients from renewable carbon
- Research, Givaudan and LanzaTech to 2023, Givaudan and LanzaTech to develop fragrance ingredients from renewable carbon
- Research, Givaudan develops new biotech 2020, Givaudan develops new biotech route for making fragrance ingredient ambroxide
- Research, Global fragrance ingredients market 2017, Global fragrance ingredients market to reach 17.1 bn by 2019
- Research, Goebel et al 2014, Induction of skin sensitization and quantitative risk assessment considerations for hair dyes
- Research, Goebel et al 2018, Skin sensitization quantitative risk assessment for occupational exposure of hairdressers to hair dye ingredients
- Research, Goel et al 2016, Determination of Threshold Odor Limit of Formalin for Occupational Health in Laboratory
- Research, Gohrbandt 1926, Die Einleitung der Narkose mit Eau de Cologne
- Research, Gohrbandt 1927, Chloräthyl mit Zusatz von Eau de Cologne zur Narkose
- Research, Goldberg 1972, Allergic Contact Dermatitis From the Perfume in Mycolog Cream
- Research, Gomes and Semin 2021, The Function of Fear Chemosignals Preparing for Danger
- Research, Gomes et al 2007, Experimental validation of perfumery ternary diagram® methodology
- Research, Gomes et al 2023, Comparing fear and anxiety chemosignals Do they modulate facial muscle activity and facilitate identifying facial expressions?
- Research, Gomez and Atema 1994, Time Course of Recovery from Adaptation by Hydroxyproline-Sensitive Lobster Olfactory Receptor Neurons
- Research, Gonçalves et al 2026, Odorant-binding protein as active ingredient for fragrance release regulated by sweat
- Research, Gooch 2011, Odor Intensity Level
- Research, Good and Kopala 2006, Sex Differences and Olfactory Function
- Research, Goodfield and Saihan 1988, Fragrance sensitivity in coal miners
- Research, Goodman 2018, “Unlicensed DAPL Guards Attacked Water Protectors with Dogs and Pepper Spray,” 2016
- Research, Goodman and Nematollahi 2022, Fragranced Consumer Products as Sources
- Research, Goodman et al 2018, Emissions from dryer vents during use of fragranced and fragrance-free laundry products
- Research, Goodman et al 2020, Fragranced laundry products and emissions from dryer vents implications for air quality and health
- Research, Goodner 2008, Practical retention index models of OV-101, DB-1, DB-5, and DB-Wax for flavor and fragrance compounds
- Research, GoodSmith et al 2023, Association of APOE ε4 Status With Long-term Declines in Odor Sensitivity, Odor Identification, and Cognition in Older US Adults
- Research, Goossens 2002, Fragrance Allergy Clinical and Diagnostic Aspects
- Research, Goossens 2018, Fragrance contact allergy
- Research, Gopinath et al 2021, Fragrance, Sunscreens, Botanicals, and Potential Allergens in Bestseller ‘Fairness’ Creams in the Indian Market
- Research, Gorinchoy and Bersuker 2012, Computer-Based Prediction of Toxicity Using the Electron-Conformational Method. Application to Fragrance Allergens and Other Environmental Pollutants
- Research, Gottschalk 2018, Consumer evaluation of ambient scent
- Research, Gower 1997, Human pheromones?
- Research, Graham 1993, The psychology of fragrance
- Research, Graham 2000, The psychology of fragrance and aromatherapy
- Research, Graham et al 2000, Effects of fragrance on female sexual arousal and mood across the menstrual cycle
- Research, Graver 2017, Exposure to Toxins and Multiple Chemical Sensitivity
- Research, Green 1988, Fragrance education and the psychology of smell
- Research, Greenberg 1979, Dependence of odor intensity on the hydrophobic properties of molecules. A quantitative structure odor intensity relationship
- Research, Greenberg 1981, The Dependence of Odor Intensity on the Hydrophobic Properties of Molecules
- Research, Greenberg et al 2013, The perception of odor is not a surrogate marker for chemical exposure a review of factors influencing human odor perception
- Research, Greenhalgh 1992, British Glass 1800 1914 Lalique Perfume Bottles
- Research, Gregson 1984, Similarities between odor mixtures with known components
- Research, Gregson et al 1969, Relative olfactory intensity perception as mediated by ratio-range category scale responses
- Research, Gribble et al 2013, Demographic Subgroups Report Differential Use of Fragranced Products
- Research, Griesbeck et al 2016, Photocaged Hydrocarbons, Aldehydes, Ketones, Enones, and Carboxylic Acids and Esters that Release by the Norrish II Cleavage Protocol and Beyond Controlled Photoinduced Fragrance Release
- Research, Groom 1992, The Perfume Handbook
- Research, Gruson and Chang 2002, Berloque Dermatitis Mimicking Child Abuse
- Research, Gu et al 2023, Osmanthus fragrance polyurethane/silk fibroin-based double-shell microcapsules for aromatic leather with sustained release fragrance
- Research, Guadagni and Buttery 1978, ODOR THRESHOLD OF 2,3,6-TRICHLOROANISOLE IN WATER
- Research, Guffey and El-Nahas 2006, 40. Effects of Heating, Posture, 40. Effects of Heating, Posture, and Air Velocity on Breathing Zone Concentrations for Manikin in a Wind Tunnel. Part I
- Research, Guffey and El-Nahas 2006, 41. Effects of Breathing, a Wig, 41. Effects of Breathing, a Wig, Posture, and Air Velocity on Breathing Zone Concentrations for a Heated Manikin in a Wind Tunnel. Part II
- Research, Guffey and El-Sotouhy 2006, 42. Effects of Breathing, Posture, and Air Velocity on Breathing Zone Concentrations for Human Subjects in a Wind Tunnel. Part III
- Research, Guillemin 2016, § 2 Perfume Through the Ages, § 2 Perfume Through the Ages
- Research, Guillemin 2016, § 3 Behind the Scenes of Perfumer, § 3 Behind the Scenes of Perfumery
- Research, Guillemin 2016, § 4 The Two Aspects of Perfume, § 4 The Two Aspects of Perfume
- Research, Guillemin 2016, § 7 From Fragrance Imitation to F, § 7 From Fragrance Imitation to Fragrance Infringement
- Research, Guin 1981, Contact dermatitis to perfume in paper products
- Research, Gul et al 2014, Cultural adaptation of an olfactory test the odour in bottle test. corrected
- Research, Gulas and Bloch 1995, Right under our noses Ambient scent and consumer responses
- Research, Guo 2025, The Influence of Odor Valence on Long-Term Memory Encoding
- Research, Gupta et al 1999, Fragrance sensitivity in allergic contact dermatitis
- Research, Gutierrez-Osuna and Gutierrez-Galvez 2003, Habituation in the kiii olfactory model with chemical sensor arrays
- Research, Guéguen 2011, Women Exposure to Pleasant Ambient Fragrance and Receptivity to a Man’s Courtship Request
- Research, Guéguen 2012, The Sweet Smell of … Implicit H, The Sweet Smell of … Implicit Helping Effects of Pleasant Ambient Fragrance on Spontaneous Help in Shopping Malls
- Research, Guéguen 2012, The sweet smell of… courtship E, The sweet smell of… courtship Effects of pleasant ambient fragrance on women’s receptivity to a man’s courtship request
- Research, Guć et al 2021, Application of FAPA mass spectrometry for analysis of fragrance ingredients used in cosmetics
- Research, Gökalp Satıcı et al 2024, An unexpected cause of hyperpigmentation Berloque dermatitis
- Research, Günay et al 2016, Peptide-Enhanced Selective Surface Deposition of Polymer-Based Fragrance Delivery Systems
- Research, Günay et al 2017, Selective Peptide-Mediated Enhanced Deposition of Polymer Fragrance Delivery Systems on Human Hair
- Research, H. Taher et al 2022, PENGARUH WORD OF MOUTH TERHADAP KEPUTUSAN PEMBELIAN PARFUM THE BODY SHOP BODY MIST JAPANESE CHERRY BLOSSOM PADA TOKO THE BODY SHOP PALANGKA RAYA
- Research, Haar et al 2017, Health impacts of chemical irritants used for crowd control a systematic review of the injuries and deaths caused by tear gas and pepper spray
- Research, Hadjiefstathiou et al 2025, An innovative device for in vivo, An innovative device for in vivo and in vitro study of fragrance evaporation after application on skin or model surfaces
- Research, Hadjiefstathiou et al 2025, Exploring the impact of fragrance, Exploring the impact of fragrance molecular and skin properties on the evaporation profile of fragrances
- Research, Hadjiefstathiou et al 2025, Revealing the role of surface che, Revealing the role of surface chemistry reflected by surface free energy in fragrance release phenomena for various materials
- Research, Hadjiefstathiou, Study of skin-perfume interactions role of skin surface properties in the evaporation of fragrance molecules
- Research, Haehner et al 2016, Influence of room fragrance on attention, anxiety and mood
- Research, Hagvall et al 2007, Fragrance Compound Geraniol Forms Contact Allergens on Air Exposure. Identification and Quantification of Oxidation Products and Effect on Skin Sensitization
- Research, Hagvall et al 2008, Cytochrome P450-mediated activation of the fragrance compound geraniol forms potent contact allergens
- Research, Hagvall et al 2015, Air-oxidized linalyl acetate an emerging fragrance allergen?
- Research, Hajdu et al 2025, Fatal, self-inflicted injury caused by a pepper spray gun
- Research, Haller 2020, Pepper Spray, Tear Gas, and Rubber Bullets A Witches’ Brew of Toil and Trouble
- Research, Hamakawa and Okamoto 2018, The effect of different emotional states on olfactory perception A preliminary study
- Research, Hamakawa et al 2020, Odor mixture perception can molecular complexity be a factor determining elemental or configural perception?
- Research, Hamann 2016, New Fragrance Mix I formulation in TRUE Test
- Research, Hamann et al 2018, Consumer Hair Dye Kits Frequently Contain Isothiazolinones, Other Common Preservatives and Fragrance Allergens
- Research, Hambling 2012, US military malodorant missiles kick up a stink
- Research, Hamdan et al 1999, EFFECT OF HUMIDITY ON EVAPORATION FROM AQUEOUS AND NONAQUEOUS MICROEMULSION WITH PERFUME
- Research, Hammock 2005, Structure, function and context the impact of morphometry and ecology on olfactory sensitivity
- Research, Han and Kim 2015, A study on the adequacy of the regulation standards and the correlation between odor intensity and the concentration of fatty acids, i-butyl alcohol
- Research, Han and Kim 2016, A study on the correlation between the odor intensity and dilution factor of fatty acids, i-butyl alcohol
- Research, Han and Park 2013, A study on the correlation between odor intensity for the Korean and the concentration of aldehyde compounds and styrene
- Research, Han et al 2021, Improved Odor Identification Ability and Increased Regional Gray Matter Volume After Olfactory Training in Patients With Idiopathic Olfactory Loss
- Research, Hand and Chotiner 2002, Maintenance of Visual Acuity After Exposure to Oleoresin Capsicum Spray Following LASIK
- Research, Haney et al 2018, Differential effects of adaptation on odor discrimination
- Research, Hanifin et al 2003, Considerations for Testing Irritancy, Allergy, and Photoreactivity in Fragrance Safety Evaluations
- Research, Harber 1964, Berloque Dermatitis
- Research, Harder 1998, The Art of Creating a Perfume
- Research, Harper 1990, Book Review Perfumery The Psychology and Biology of Fragrance
- Research, Harrison et al 2001, Pepper spray in the eye Author reply
- Research, Harth et al 2007, Bronchial challenge testing to fragrance component as further diagnostic approach to non-immune immediate contact reactions
- Research, Harvey 2014, The Ephemeral History of Perfume Scent and Sense in Early Modern England by Holly Dugan
- Research, Hasebe et al 2022, Exploration of sensing data to realize intended odor impression using mass spectrum of odor mixture
- Research, Hau and Connell 1998, Quantitative Structure-Activity Relationships QSARs for Odor Thresholds of Volatile Organic Compounds VOCs
- Research, Haviland-Jones et al 2016, Testing for Individual Differences in the Identification of Chemosignals for Fear and Happy Phenotypic Super-Detectors, Detectors and Non-Detectors
- Research, Havlíček and Roberts 2012, The Perfume-Body Odour Complex An Insightful Model for Culture-Gene Coevolution?
- Research, Hayden et al 2009, Ecological adaptation determines functional mammalian olfactory subgenomes
- Research, Hazwan et al 2021, FEA Automatic air freshener dispenser
- Research, He et al 2014, Adhesion of perfume-filled microcapsules to model fabric surfaces
- Research, Health hazard evaluation report 1992, Health hazard evaluation report HETA-91-026-2257, Dana Perfume Corporation, Mountaintop, Pennsylvania
- Research, Heck 1995, Accidental pepper spray discharge in an emergency department
- Research, Hedner et al 2010, Cognitive factors in odor detection, odor discrimination, and odor identification tasks
- Research, Heinonen-Guzejev et al 2012, Noise sensitivity and multiple chemical sensitivity scales Properties in a population based epidemiological study
- Research, Heinonen-Guzejev et al 2013, Noise Sensitivity and Multiple Chemical Sensitivity
- Research, Heisterberg et al 2010, Fragrance mix II in the baseline series contributes significantly to detection of fragrance allergy
- Research, Heisterberg et al 2011, Contact allergy to the 26 specific fragrance ingredients to be declared on cosmetic products in accordance with the EU cosmetics directive
- Research, Heisterberg et al 2013, Fragrance allergy and quality of life development and validation of a disease-specific quality of life instrument
- Research, Heisterberg et al 2014, Fragrance allergy and quality of life a case-control study
- Research, Hemamalini and Giri Dev 2022, Fragrance Finishing on Textile Substrate for Odour Control
- Research, Hendrik Hermawan et al 2024, Formulasi Army Body Mist Minyak Serai Wangi Citronella oil sebagai Anti Repellent
- Research, Hendriks et al 1999, Allergic contact dermatitis from the fragrance ingredient Lyral in underarm deodorant
- Research, Henion 1970, Psychophysical scales of the odor oiliness of homologous alcohols
- Research, Henion 1971, Direct psychophysical scaling of, Direct psychophysical scaling of the olfactory pleasantness of diluted n-amyl acetate
- Research, Henion 1971, Odor pleasantness and intensity A, Odor pleasantness and intensity A single dimension?
- Research, Henion 1971, Psychophysical scales of the olfa, Psychophysical scales of the olfactory pleasantness of homologous alcohols
- Research, Hennessy 2006, A Randomized, Controlled Trial Comparing Different Treatment Regimens Following Oleoresin Capsaicin Pepper Spray Exposure
- Research, Henningsson 2000, CONVERSION DISORDER AND MULTIPLE CHEMICAL SENSITIVITY A COMPARATIVE STUDY OF PSYCHOLOGICAL DEFENSE STRATEGIES
- Research, Herberner et al 1989, Shyness and olfactory threshold
- Research, Herman 2016, The Use of Fragrance in Topically Applied Formulations
- Research, Hermanns et al 2018, Assessment of skin temperature during regional anaesthesia-What the anaesthesiologist should know
- Research, Hermans and Baeyens 2002, Acquisition and Activation of Odor Hedonics in Everyday Situations Conditioning and Priming Studies
- Research, Herr et al 2002, “Multiple Chemical Sensitivity” - MCS - Multiple Chemikaliensensitivität
- Research, Herrick 1648, The Perfume
- Research, Herrmann 2017, Profragrance Chemistry as an Interdisciplinary Research Area and Key Technology for Fragrance Delivery
- Research, Herz 1999, Hemispheric Lateralization in the Processing of Odor Pleasantness versus Odor Names
- Research, Herz and von Clef 2001, The Influence of Verbal Labeling on the Perception of Odors Evidence for Olfactory Illusions?
- Research, Heydorn et al 2003, Fragrance allergy and hand eczema, Fragrance allergy and hand eczema a review
- Research, Heydorn et al 2003, Fragrance allergy in patients wit, Fragrance allergy in patients with hand eczema a clinical study
- Research, Higashi 2016, Simple HPLC-Fluorescence Determination of Raspberry Ketone in Fragrance Mist after Pre-Column Derivatization with 4-Hydrazino-7-nitro-2,1,3-benzoxadiazole
- Research, Higuchi and Cheng 2026, Development of Odour Intensity Reference Solutions for Environmental Odour Evaluation
- Research, Hinriksdóttir et al 2010, Olfactory Threshold after Nasal Allergen Challenge
- Research, Hintschich et al 2024, Pronounced Olfactory Habituation with Age
- Research, Hirsch et al 2017, Validation of Olfactory Threshold Testing Methods
- Research, Hirth et al 1986, Incidence of Specific Anosmia in Northern Germany
- Research, History of the Perfume 2020, History of the Perfume Industry in Greco-Roman Egypt
- Research, Hitosugi et al 2015, An autopsy case of fatal repellent air freshener poisoning
- Research, Hoecht and Trott 2002, Managing trust and risk in technology collaborations a study of the fine fragrance industry
- Research, Hoenen et al 2017, The Impact of Stress on Odor Perception
- Research, Hoenen et al 2018, Empathic Cognitions Affected by Undetectable Social Chemosignals An EEG Study on Visually Evoked Empathy for Pain in an Auditory and Chemosensory Context
- Research, Hofmann 1852, Application of organic chemistry to perfumery
- Research, Hofmeister et al 2014, pH-Sensitive Nanocapsules with Barrier Properties Fragrance Encapsulation and Controlled Release
- Research, Hojo et al 2019, New criteria for multiple chemical sensitivity based on the Quick Environmental Exposure and Sensitivity Inventory developed in response to rapid changes in ongoing chemical exposures among Japanese
- Research, Holder and Garcia 1987, Role of temporal order and odor intensity in taste-potentiated odor aversions
- Research, Hong et al 2019, Semantic differential evaluation of n-Butanol odor profile Suitability as odor intensity reference
- Research, Hood et al 1996, In vitro percutaneous absorption of the fragrance ingredient musk xylol
- Research, Hoover et al 2018, Field-testing olfactory ability to understand human olfactory ecology
- Research, Hornfeldt 1992, A Report of Acute Ethanol Poisoning in a Child Mouthwash Versus Cologne, Perfume and Aftershave
- Research, Hoshika 1994, A Case Study of Olfactory Fatigue to an Odorant Tertiary-Butyl-Mercaptan in Town Gas in the Matsumoto City Area of Japan
- Research, Hossain et al 2022, Numerical prediction of the effect of thermal plume of a standing human on the airborne aerosol flow in a room Assessment of the social distancing rule
- Research, Host nek and Maibach 2007, Operational DeԨŠnition of a Causative Contact Allergen’ÄîStudy with Six Fragrance Allergens
- Research, Hostynek 2009, Operational Definition of a Causative Contact Allergen-A Study with Six Fragrance Allergens
- Research, Hostýnek and Magee 1997, Fragrance allergens Classification and ranking by QSAR
- Research, Hostýnek and Maibach 2003, Operational Definition of a Causative Contact Allergen A Study with Six Fragrance Allergens
- Research, Hotchkiss 1998, Absorption of Fragrance Ingredients Using In Vitro Models with Human Skin
- Research, Hou et al 2015, Application of a β-cyclodextrin/graphene oxide-modified fiber for solid-phase microextraction of six fragrance allergens in personal products
- Research, How A Computer Service 1965, How A Computer Service in Perfumery Operates
- Research, Howard and Gottfried 2014, Configural and Elemental Coding of Natural Odor Mixture Components in the Human Brain
- Research, Howe 1996, Multiple chemical sensitivity A scientific overview
- Research, Hrdlicka et al 2010, Brief Report Significant Differences in Perceived Odor Pleasantness Found in Children with ASD
- Research, Hsia et al 1986, Prescriptions to Perfume the Body with Fragrance
- Research, Hu et al 2011, Properties of Aroma Sustained-release Cotton Fabric with Rose Fragrance Nanocapsule
- Research, Hua et al 2025, Preparation and characterization of formaldehyde-free melamine-glyoxal microcapsules for fragrance oil encapsulation
- Research, Hua et al 2026, Formaldehyde-free melamine-glyoxal microcapsules for fragrance oil encapsulation
- Research, Huang et al 2022, Masking effects on Iso -valeric Acid Recognition by Sub-threshold Odor Mixture
- Research, Huang et al 2023, Masking effects on iso -valeric acid recognition by sub-threshold odor mixture
- Research, Hudson and Distel 2002, The Individuality of Odor Perception
- Research, Hulbert and Feben 1941, Studies on the Accuracy of Threshold Odor Values
- Research, Hummel and Podlesek 2021, Clinical assessment of olfactory function
- Research, Hummel et al 1997, ‘Sniffin’ Sticks’ Olfactory Performance Assessed by the Combined Testing of Odour Identification, Odor Discrimination and Olfactory Threshold
- Research, Hummel et al 2003, Depth of olfactory sulcus and olf, Depth of olfactory sulcus and olfactory function
- Research, Hummel et al 2003, Effects of olfactory function, ag, Effects of olfactory function, age, and gender on trigeminally mediated sensations a study based on the lateralization of chemosensory stimuli
- Research, Hummel et al 2013, Brain responses to odor mixtures with sub-threshold components
- Research, Hummel et al 2017, Disrupted Odor Perception
- Research, Hung-Jiun Liu 2010, Determination of Fragrance Allergens in Essential Oils and Evaluation of their in vitro Permeation from Essential Oil Formulations through Cultured Skin
- Research, Huntington 2015, Pepper Spray Cop and the American Dream Using Synecdoche and Metaphor to Unlock Internet Memes’ Visual Political Rhetoric
- Research, Hurley et al 2021, Modeled Emission of Hydroxyl and Ozone Reactivity from Evaporation of Fragrance Mixtures
- Research, Huynh et al 2020, What Is Anosmia?
- Research, Hvastja and Zanuttini 1989, Odour Memory and Odour Hedonics in Children
- Research, Hüttenbrink et al 2013, Olfactory Dysfunction
- Research, Iacobucci 2020, Sixty seconds on . . . anosmia
- Research, Ibrahim ALshaer et al 2019, Qualitative Analysis of Air Freshener Spray
- Research, Ibrahim et al 2021, OPTIMIZATION OF ESSENTIAL OIL EXTRACTION FROM Cymbopogon spp LEMON GRASS AND ITS APPLICATION IN PERFUME FORMULATION
- Research, Identifying Perfume Ingredients in 2019, Identifying Perfume Ingredients in the Bible
- Research, IFF acquires Aromor to 2014, IFF acquires Aromor to strengthen its fragrance ingredients
- Research, Ignatieva et al 2014, Genetic basis of olfactory cognition extremely high level of DNA sequence polymorphism in promoter regions of the human olfactory receptor genes revealed using the 1000 Genomes Project dataset
- Research, Ihara et al 2025, Predicting human olfactory perception by odorant structure and receptor activation profile
- Research, Ikeda et al 1999, Unilateral examination of olfactory threshold using the Jet Stream Olfactometer
- Research, Ikemoto et al 2002, Formation of fragrance materials from odourless glycosidically-bound volatiles by skin microflora Part 1
- Research, Iman et al 2021, Percutaneous Absorption Enhancer Properties of Lavandula Angustifolia Essential Oil on Percutaneous Absorption of Naproxen Sodium from Topical Gel
- Research, Impossible Flowers and Building 2022, 11 Impossible Flowers and Buildin, 11 Impossible Flowers and Building a Perfume
- Research, Impossible Flowers and Building 2022, Impossible Flowers and Building a, Impossible Flowers and Building a Perfume
- Research, Indradas et al 2014, Autoxidation as a trigger for the slow release of volatile perfumery chemicals
- Research, Influence of Environmental Toxicants 2003, Influence of Environmental Toxicants on Olfactory Function
- Research, Inherited and Acquired Enzyme 1997, Inherited and Acquired Enzyme Defects in Multiple Chemical Sensitivity
- Research, Inoue 2018, THE EFFECT OF AMBIENT SCENT AND BACKGROUND MUSIC ON CONSUMER PERCEPTION AND CHOICE
- Research, International Procter and Gamble 2002, International Procter and Gamble obtains patent for fragrance delivery system
- Research, Introduction to perfumery 2002, Introduction to perfumery
- Research, Iqbal et al 2025, Revolutionizing perfume creation PTD’s innovative approach
- Research, Isaksson et al 2014, Multicentre patch testing with fragrance mix II and hydroxyisohexyl 3-cyclohexene carboxaldehyde by the S wedish C ontact D ermatitis R esearch G roup
- Research, Iseki et al 2021, How Semantically Labeled Scent-Gender Associations Influence the Evaluations of Scent and Texture
- Research, Isogai and Wise 2016, The Effects of Odor Quality and Temporal Asynchrony on Modulation of Taste Intensity by Retronasal Odor
- Research, Ivanov and Mijorski 2017, CFD Modelling of Flow Interaction in the Breathing Zone of a Virtual Thermal Manikin
- Research, Izumi 1991, Bases and Applications in Perfumery
- Research, J 2017, Anosmia in Adolescence What to do?
- Research, Jacob 1882, REPORT OF A CASE OF ANOSMIA
- Research, Jacob 2004, Effects of breastfeeding chemosignals on the human menstrual cycle
- Research, Jacob and McClintock 2000, Psychological State and Mood Effects of Steroidal Chemosignals in Women and Men
- Research, Jacob and McClintock 2002, Psychological State and Mood Effects of Steroidal Chemosignals in Women and Men
- Research, Jacob et al 2001, Context-dependent effects of steroid chemosignals on human physiology and mood
- Research, Jacob et al 2013, Ambient scent and consumer behavior a field study in a florist’s retail shop
- Research, Jacques 2024, Multiple Chemical Sensitivity A Clinical Perspective
- Research, Jafari, Near-field millimeter-wave radio-frequency exposure analysis
- Research, Jafek 2006, Re Alexander TH, Davidson TM. Intranasal zinc and anosmia the zinc-induced anosmia syndrome. Laryngoscope 2006 116 217-220
- Research, Jagadev and Beura 2020, Kewda Cultivation and Perfume Production
- Research, Jagodich et al 2022, New fragrance allergen in the international patch test series Evernia furfuracea Recommendation for inclusion in the Hungarian standard patch test series
- Research, Jamin et al 2021, Experimental Validation of the Human Thermal Plume of the Driver Inside a Vehicle Cabin
- Research, Janeš et al 2010, Infuence of MHC on odour perception of 43 chemicals and body odour
- Research, Janjua and Hirsch 2018, Objective Evidence of Hyper-rapid Olfactory Adaptation in Cranial Nerve I Dysfunction P2.140
- Research, Jansson and Lodén 2001, Strategy to Decrease the Risk of Adverse Effects of Fragrance Ingredients in Cosmetic Products
- Research, Jedeejit and Boonreungkaow 2024, COMPARISON OF IMAGE PERCEPTION OF BRAND PERSONALITY OF PERFUME PRODUCTS BETWEEN TWO AGE-GROUPS
- Research, Jehl et al 1995, Odor discrimination and recognition memory as a
- Research, Jellinek 1950, The givaudan index. Specifications of synthetics and isolates for perfumery
- Research, Jellinek 1996, The Psychological Basis of Perfumery
- Research, Jellinek 1997, Fragrance in cosmetic products, Fragrance in cosmetic products
- Research, Jellinek 1997, Men and fragrance, Men and fragrance
- Research, Jellinek 1997, Odor Effects Diagram and personal, Odor Effects Diagram and personal perfume type
- Research, Jellinek 1997, Perfume and personality, Perfume and personality
- Research, Jellinek 1997, Perfume creation and odor sensati, Perfume creation and odor sensation
- Research, Jellinek 1997, Perfume materials reminiscent of, Perfume materials reminiscent of human body odor
- Research, Jellinek 1997, Perfumery and eroticism, Perfumery and eroticism
- Research, Jellinek 1997, Personal perfume selection, Personal perfume selection
- Research, Jellinek 1997, Soap perfumery, Soap perfumery
- Research, Jellinek 1997, Technical progress and fashion in, Technical progress and fashion in perfumery
- Research, Jellinek 1997, The erotic effect of perfumes, The erotic effect of perfumes
- Research, Jellinek 1997, The erotic effects of perfume mat, The erotic effects of perfume materials
- Research, Jellinek 1997, The modern perfume, The modern perfume
- Research, Jellinek 1997, The psychological basis of perfum, The psychological basis of perfumery a re-evaluation
- Research, Jenner 2006, The search for new fragrance ingredients
- Research, Jensen et al 2012, Connubial Allergic Contact Dermat, Connubial Allergic Contact Dermatitis Caused by Fragrance Ingredients
- Research, Jensen et al 2012, Facial allergic contact dermatiti, Facial allergic contact dermatitis caused by fragrance ingredients released by an electric shaver
- Research, Jewett 1992, Research Strategies for Investigating Multiple Chemical Sensitivity
- Research, Jiang 2026, Platelet-Rich Plasma-Derived Exosome Olfactory Cleft Injection for Treating Traumatic Olfactory Dysfunction
- Research, Jiang et al 2018, Olfactory identification ability is associated to emotional states and expression in individuals with schizotypy
- Research, Jiang et al 2027, Acute stress alters affective habituation and olfactory-limbic activity during repeated odor exposure in men
- Research, Jimbo 1983, PENETRATION OF FRAGRANCE COMPOUNDS THROUGH HUMAN EPIDERMIS
- Research, Jitterbug Perfume 1984 1997, Jitterbug Perfume 1984
- Research, Jo et al 2019, Effect of odor pleasantness on heat-induced pain An fMRI study
- Research, Jo et al 2020, Effect of odor pleasantness on heat-induced pain An fMRI study
- Research, Johansen 1998, Identification of risk products for fragrance contact allergy A case-referent study based on patients’ histories
- Research, Johansen 2003, Fragrance Contact Allergy
- Research, Johansen and Menné 1995, The fragrance mix and its constituents a 14-year material
- Research, Johansen et al 1994, Dipropylene Glycol Allergy A Hidden Cause of Perfume Contact Dermatitis
- Research, Johansen et al 1996, Exposure to selected fragrance materials
- Research, Johansen et al 1997, Patch testing with markers of fragrance contact allergy. Do clinical tests correspond to patients’ self-reported problems?
- Research, Johansen et al 1998, Allergens in combination have a synergistic effect on the elicitation response a study of fragrance-sensitized individuals
- Research, Johansen et al 2002, Oak moss extracts in the diagnosis of fragrance contact allergy
- Research, Johansen et al 2003, Hydroxyisohexyl 3-cyclohexene carboxaldehyde- known as Lyral® quantitative aspects and risk assessment of an important fragrance allergen
- Research, Johnson 2017, The Many Faces of Multiple Chemical Sensitivity
- Research, Johnson 2018, The Many Faces of Multiple Chemical Sensitivity
- Research, Johnson et al 2008, Human Olfactory Psychophysics
- Research, Johnson, Multiple chemical sensitivity, Multiple chemical sensitivity
- Research, Johnson, Treatment approaches to multiple, Treatment approaches to multiple chemical sensitivity
- Research, Johnston et al 1995, Scent counter marks selective memory for the top scent by golden hamsters
- Research, Joshi et al 2020, Neural processing of olfactory-related words in subjects with congenital and acquired olfactory dysfunction
- Research, Joussain et al 2011, Physicochemical influence on odor hedonics
- Research, Juang et al 2013, Endogenous Nuclear RNAi Mediates Behavioral Adaptation to Odor
- Research, Jung 2011, An Ethnography of Fragrance, An Ethnography of Fragrance
- Research, Jung 2011, Comparison of Different Perfumery, Comparison of Different Perfumery Arts
- Research, Jung 2011, Perfumery on the Arabian Peninsul, Perfumery on the Arabian Peninsula
- Research, Jung 2023, The Antidepressant Effects of Domestic Natural Mixed Fragrance Ingredients in Animal Models
- Research, Jung et al 2021, Spatial Uncertainty in Modeling Inhalation Exposure to Volatile Organic Compounds in Response to the Application of Consumer Spray Products
- Research, Juratli et al 2025, Orthonasal and retronasal olfactory function in olfactory cleft obstructions
- Research, Jøhnke et al 2004, FS02.6 Patch test reactivity to n, FS02.6 Patch test reactivity to nickel sulphate and fragrance mix in unselected children
- Research, Jøhnke et al 2004, Reactivity to patch tests with ni, Reactivity to patch tests with nickel sulfate and fragrance mix in infants
- Research, Kadohisa and Wilson 2006, Olfactory Cortical Adaptation Facilitates Detection of Odors Against Background
- Research, Kadowaki et al 2007, Presentation Technique of Scent to Avoid Olfactory Adaptation
- Research, Kaeorod and Chutima 2018, Shrink sleeve labelling on aluminium can implement for air freshener product
- Research, Kaeppler and Mueller 2013, Odor Classification A Review of Factors Influencing Perception-Based Odor Arrangements
- Research, Kafaei et al 2025, Sensory design with scent Exploring the impact of ambient smell on emotions and physiological responses in the office environment
- Research, Kakhidze 2007, Iranian Glass Perfume Vessel from the Pichvnari Greek Cemetery of the Fifth Century BC
- Research, Kalimeris et al 2010, Sevoflurane impairs olfactory memory, but preserves olfactory function
- Research, Kaminski and Adang 2010, Pepper Spray Practice, Policy, and Research in the Netherlands
- Research, Kaminski et al 1998, The Deterrent Effects of Oleoresin Capsicum On Assaults Against Police
- Research, Kaminski et al 1999, Assessing the incapacitative effects of pepper spray during resistive encounters with the police
- Research, Kang et al 2024, Influence of MHC on genetic diversity and testicular expression of linked olfactory receptor genes
- Research, Kang et al 2025, Influence of MHC on genetic diversity and testicular expression of linked olfactory receptor genes
- Research, Kar et al 2015, The Relationship between Age-Related Macular Degeneration and Olfactory Function
- Research, Karamore et al 2025, Formulation and Evaluation of Solid Perfume by Using Rose Extract
- Research, Karlsson et al 1995, Evaluation of methods for measurement of regional skin temperature and heat flow in neonates
- Research, Karlsson et al 1996, Regional skin temperature, heat flow and conductance in preterm neonates nursed in low and in neutral environmental temperature
- Research, Kato and Yagi 1994, Effects of Odor Pleasantness on Facial EMG
- Research, Katoh 2019, Current status and problems of multiple chemical sensitivity in industrial health
- Research, Katsarma and Gawkrodger 1999, Suspected fragrance allergy requires extended patch testing to individual fragrance allergens
- Research, Kaviraj 2016, The Perfume from the Past Modern Reflections on Ancient Art
- Research, Kawai 2002, Ca2+-Activated K+ Currents Regulate Odor Adaptation by Modulating Spike Encoding of Olfactory Receptor Cells
- Research, Kawai et al 2017, Fundamental Study on Device that can Amplify Odor Intensity
- Research, Kay 2014, Circuit Oscillations in Odor Perception and Memory
- Research, Kay et al 2003, Receptor contributions to configural and elemental odor mixture perception
- Research, Kay et al 2005, A Redefinition of Odor Mixture Quality
- Research, Kazez 2021, Persistent Anosmia
- Research, Kearney et al 2014, Pepper Spray Injury Severity Ten-year Case Experience of a Poison Control System
- Research, Kehrl 1997, Commentary Laboratory Testing of the Patient with Multiple Chemical Sensitivity
- Research, Keith and Smith 2011, Rapid Olfactory Adaptation Induced by Perithreshold Odorant Concentrations in Human Observers
- Research, Keller 2016, Modulation of Olfactory Perceptio, Modulation of Olfactory Perception
- Research, Keller 2016, Philosophy of Olfactory Perceptio, Philosophy of Olfactory Perception
- Research, Keller 2022, The Accuracy Conditions of Olfactory Perception
- Research, Keller and others 2007, Genetic Variation in a Human Odorant Receptor Alters Odour Perception
- Research, Keller and Vosshall 2004, Human olfactory psychophysics
- Research, Keller and Vosshall 2016, Olfactory perception of chemically diverse molecules
- Research, Kelling et al 2002, Background odour induces adaptation and sensitization of olfactory receptors in the antennae of houseflies
- Research, Kelly 1997, Pepper spray projectile/disperser for countering hostage and barricade situations
- Research, Kepler et al 2022, Odor Pleasantness Modulates Functional Connectivity in the Olfactory Hedonic Processing Network
- Research, Kern et al 2014, Detection of potentially skin sen, Detection of potentially skin sensitizing hydroperoxides of linalool in fragranced products
- Research, Kern et al 2014, Stability of limonene and monitor, Stability of limonene and monitoring of a hydroperoxide in fragranced products
- Research, Kert et al 2021, Application of Fragrance Microcapsules onto Cotton Fabric after Treatment with Oxygen and Nitrogen Plasma
- Research, Kesslak 1991, OLFACTORY FUNCTION IN CHRONIC ALCOHOLICS
- Research, Keusters et al 2025, The influence of olfactory training on depressive symptoms and olfactory function in patients with olfactory dysfunction A prospective observational pilot study
- Research, Khajavi et al 2013, Molecular Encapsulation of Lavender Essential Oil by b-Cyclodextrin and Dimethyl Dihydroxy Ethylene Urea for Fragrance Finishing of Cotton Fabrics
- Research, Khan et al 2007, Predicting Odor Pleasantness from Odorant Structure Pleasantness as a Reflection of the Physical World
- Research, Khan et al 2009, Predicting Odor Pleasantness from Odorant Structure Pleasantness as a Reflection of the Physical World
- Research, Khan et al 2014, Concentrated tea tree oil toxicosis in dogs and cats 443 cases 2002-2012
- Research, Khanna et al 2015, Performance assessment of fragrance finished cotton with cyclodextrin assisted anchoring hosts
- Research, Kikuta et al 2023, Heterogeneous Damage to the Olfactory Epithelium in Patients with Post-Viral Olfactory Dysfunction
- Research, Kim 2013, A study on the Purchase Behavior and Attitude toward Perfume Products in Male University Student - focused on the Perfume Usage
- Research, Kim 2026, Physics-Simulated Molecular Interactions Predict Olfactory Perception Without Pretrained Models
- Research, Kim and Del Rosso 2012, Deodorants are the leading cause of allergic contact dermatitis to fragrance ingredients
- Research, Kim and Park 2025, Case study on the evaluation of skin sensitization for 23 selected fragrance ingredients using a defined approach based on OECD Guideline 497
- Research, Kim and Shin 2017, The effects of ambient scent on hedonic experience on online shopping
- Research, Kim et al 2012, CORRELATION AMONG PERCEIVED ODOR INTENSITY, ODOR INTENSITY AND ODOR CONCENTRATION OF BUILDING MATERIAL
- Research, Kim et al 2015, Characterization of air freshener, Characterization of air freshener emission the potential health effects
- Research, Kim et al 2015, Consumer’s Fragrance Preference a, Consumer’s Fragrance Preference and Image, Color and TPO Associations with Fragrance
- Research, Kim et al 2019, Early olfactory event related potential can represent odor habituation
- Research, Kim et al 2020, Effects of odor intensity correct, Effects of odor intensity correction using n-Butanol on odor intensity perception change for three different odorants
- Research, Kim et al 2020, Odor habituation can modulate ver, Odor habituation can modulate very early olfactory event-related potential
- Research, Kim et al 2022, Characteristics and Co-Occurrence Patterns of Fragrance Allergens in Consumer Chemical Products
- Research, Kim et al 2024, Increase of the indoor concentration of volatile organic compounds after the use of incense and scented candle in studio apartments determined using passive sampling
- Research, Kim et al 2025, Determination of Fragrance Allergens in Dishwashing Detergents in Korea Using Gas Chromatography-Mass Spectrometry GC-MS
- Research, Kimber, Dearman and Basketter 2008, Dose Metrics in the Acquisition of Skin Sensitization, Thresholds and Importance of Dose per Unit Area
- Research, Kimbrell and Furchtgott 1963, The Effect of Aging on Olfactory Threshold
- Research, King 1986, Odor intensity measured by an audio method
- Research, King 1988, Anxiety reduction using fragrances
- Research, King 2024, Ibn al-Jazzār d. 369/979-80 on Smell, Perfume, and Health
- Research, King and Hall 1990, Developmental change in unilateral olfactory habituation is mediated by anterior commissure maturation
- Research, Klaschka 2013, The hazard communication of fragrance allergens must be improved
- Research, Klaschka 2020, Between attraction and avoidance from perfume application to fragrance-free policies
- Research, Klepp et al 2022, The Consumer Perception of Odour
- Research, Klyuchnikova and Voznessenskaya 2019, Specific anosmia in humans and animals Environmental and genetic influences
- Research, Knaapila et al 2016, Self-Ratings of Olfactory Performance and Odor Annoyance Are Associated With the Affective Impact of Odor, but Not With Smell Test Results
- Research, Kneidel 2014, Legal Evidence, Self-Betrayal, and the Case of John Donne’s “The Perfume”
- Research, Kobayashi et al 2007, Effects of Cognitive Factors on Perceived Odor Intensity in Adaptation/Habituation Processes from 2 Different Odor Presentation Methods
- Research, Koch and Eaton 2005, Multiple Chemical Sensitivity and Rehabilitation Planning Implications
- Research, Kodungallur 2025, Risk Assessment of Fragrance Materials
- Research, Koelblen and Bogdan 2015, Impact of Clothing, Breathing and Body Posture on the Shaping of a Thermal Plume above a Human
- Research, Kohoutová et al 2011, Shaving of axillary hair has only a transient effect on perceived body odor pleasantness
- Research, Koivisto et al 2021, Assessment of exposure determinants and exposure levels by using stationary concentration measurements and a probabilistic near-field/far-field exposure model
- Research, Kolenčíková 2023, Synchronic Models and Modelling in Perfume Names
- Research, Kollndorfer et al 2016, Assessment of Olfactory Memory in Olfactory Dysfunction
- Research, Komatu 1960, STUDIES ON THE OLFACTORY FATIGUE
- Research, Kong et al 2026, An Integrated Framework for Olfactory Cleft-Related Olfactory Dysfunction Anatomy, Immunity, and Microbiota
- Research, Kongyang et al 2025, The Study of Fragrance Encapsulation Using Zeolite
- Research, Konstantinidis et al 2013, Use of olfactory training in post-traumatic and postinfectious olfactory dysfunction
- Research, Korman et al 2026, Regional skin temperature responses to exhaustive cycling under normoxia and normobaric hypoxia in trained and non-trained men
- Research, Kosinska and Spiewak 2018, An analysis of “fragrance-free” cosmetics Are they really not scented?
- Research, Koskinen and Tuorila 2005, Performance on an odor detection and identification test as a predictor of ortho- and retronasal odor intensity ratings in the young and elderly
- Research, Kowton and McQueen 2016, The Perception of Odor in Textiles An Exploratory Study
- Research, Krautheim et al 2010, Patch testing with fragrance mix II results of the IVDK 2005-2008
- Research, Kremneva and Maia Walsh 2023, CONGENITAL PAEDIATRIC ANOSMIA AS A FIRST PRESENTING FEATURE OF KALLMANN SYNDROME TWO CASE REPORTS
- Research, Krijl et al 2022, What is the added value of patch testing with 30 fragrance allergens in addition to the European Baseline series?
- Research, Krishnan et al 2023, Artificial olfactory sensation for predicting odor pleasantness
- Research, Kroupi et al 2014, Non-linear EEG features for odor pleasantness recognition
- Research, Kroupi et al 2016, Subject-Independent Odor Pleasantness Classification Using Brain and Peripheral Signals
- Research, Krueger 2014, Decadent Perfume Under the Skin and Through the Page
- Research, Krueger 2023, Perfume on the Page in Nineteenth-Century France
- Research, Kruger et al 1955, A Scale for Measuring Supra-Threshold Olfactory Intensity
- Research, Kubilay 2025, Rehabilitation of Olfactory Dysfunction in ADHD Patients
- Research, Kuhnt et al 2014, Controlled fragrance release from galactose-based pro-fragrances
- Research, Kullberg et al 2020, Defining Fragrance Allergy in the Contact Allergen Management Program
- Research, Kumar et al 2012, Evaluation of oleoresin capsicum of Capsicum frutescenes var. Nagahari containing various percentages of capsaicinoids following inhalation as an active ingredient for tear gas munitions
- Research, Kumar Saha et al 2025, Assessment of Anosmia and Ageusia as Diagnostic Marker for Identifying Corona Virus Disease-2019
- Research, Kumari 2025, DIY Perfume-Making and Psychological Well-Being
- Research, Kumazaki et al 2019, Brief Report Olfactory Adaptation in Children with Autism Spectrum Disorders
- Research, Kundra et al 2018, Effect of anaesthetic agents on olfactory threshold and identification A single blinded randomised controlled study
- Research, Kuo et al 2014, Olfactory Improvement and Decline in Patients with Posttraumatic Olfactory Dysfunction
- Research, Kurahashi and Menini 1997, Mechanism of odorant adaptation in the olfactory receptor cell
- Research, Kusumoputro and Jatmiko, Recognition of odor mixture using fuzzy-LVQ neural networks with matrix similarity analysis
- Research, Kusumoputro and Na 2013, Discrimination of Two-Mixture Fragrances Odor Using Artificial Odor Recognition System with Ensemble Backpropagation Neural Networks
- Research, Kutsogiannis and Davidoff 2001, A Multiple Center Study of Multiple Chemical Sensitivity Syndrome
- Research, Kwon et al 2013, Cytotoxic Effects of Air Freshener Biocides in Lung Epithelial Cells
- Research, Kökoğlu et al 2017, Determining Olfactory Dysfunction Prevalence and Risk factors in Eskişehir, Turkey
- Research, Köster and de Wijk 1991, Olfactory Adaptation
- Research, Köster et al 2014, A “Misfit” Theory of Spontaneous Conscious Odor Perception MITSCOP reflections on the role and function of odor memory in everyday life
- Research, Lacour et al 2009, State of the Art Multiple Chemical Sensitivity
- Research, Laffon et al 2020, Modelling analysis of centroid curves of olfactory habituation in humans
- Research, Laing 1985, Optimum perception of odor intensity by humans
- Research, Laing 1994, Cognitive and Physiological Factors That Affect the Perception of Odor Mixtures
- Research, Lalis, Numerical and analytical modelling of olfactory perception
- Research, Lalko et al 2009, Quantitative risk assessments for dermal sensitization to fragrance ingredients The utility of LLNA data in the weight of evidence approach to identifying thresholds
- Research, Lam et al 2026, Cultural sensitivity and patient-centered care regarding incense and candle smoke emissions
- Research, Lama and Zhou 2011, PERFUME Power and performance guarantee with fuzzy MIMO control in virtualized servers
- Research, Lamas et al 2009, Solid-phase microextraction gas chromatography-mass spectrometry determination of fragrance allergens in baby bathwater
- Research, Lamas et al 2010, Determination of fragrance allerg, Determination of fragrance allergens in indoor air by active sampling followed by ultrasound-assisted solvent extraction and gas chromatography-mass spectrometry
- Research, Lamas et al 2010, Development of a solid phase disp, Development of a solid phase dispersion-pressurized liquid extraction method for the analysis of suspected fragrance allergens in leave-on cosmetics
- Research, Lamas et al 2010, Sorbent trapping solid-phase micr, Sorbent trapping solid-phase microextraction of fragrance allergens in indoor air
- Research, Lambert et al 2025, Comparing and validating different methods for olfactory threshold measurement in dogs
- Research, Landis 2003, Ratings of Overall Olfactory Function
- Research, Lapczynski et al 2008, Fragrance material review on +, Fragrance material review on + - R -citronellol
- Research, Lapczynski et al 2008, Fragrance material review on cis, Fragrance material review on cis-nerolidol
- Research, Lapczynski et al 2008, Fragrance material review on d-li, Fragrance material review on d-linalool
- Research, Lapczynski et al 2008, Fragrance material review on dehy, Fragrance material review on dehydrolinalool
- Research, Lapczynski et al 2008, Fragrance material review on farn, Fragrance material review on farnesol
- Research, Lapczynski et al 2008, Fragrance material review on hydr, Fragrance material review on hydroxycitronellol
- Research, Largen et al 1978, Skin Temperature Self-Regulation and Non-Invasive Regional Cerebral Blood Flow
- Research, Larsen 1975, Cosmetic dermatitis due to a perfume
- Research, Larsen 1979, Allergic contact dermatitis to the perfume in Mycolog cream
- Research, Larsen 1983, Allergic contact dermatitis to the fragrance material lilial
- Research, Larsen 1990, Fragrance testing in the 1990s
- Research, Larsen 1996, Fragrance contact dermatitis A worldwide multicenter investigation Part I
- Research, Larsen 1998, A study of new fragrance mixtures, A study of new fragrance mixtures
- Research, Larsen 1998, How Do We Test for Fragrance Alle, How Do We Test for Fragrance Allergy?
- Research, Larson 1998, Coping with Multiple Chemical Sensitivity
- Research, Laska 2005, The Number of Functional Olfactory Receptor Genes and the Relative Size of Olfactory Brain Structures Are Poor Predictors of Olfactory Discrimination Performance with Enantiomers
- Research, Laska and Hudson 1993, Discriminating parts from the whole determinants of odor mixture perception in squirrel monkeys, Saimiri sciureus
- Research, Laska and Hudson 1994, Determinants of Odor Mixture Perception in Squirrel Monkeys, Saimiri sciureus
- Research, Lau et al 1997, Levels of selected organic compounds in materials for candle production and human exposure to candle emissions
- Research, Laudamiel 2010, Perfumery The Wizardry of Volatile Molecules
- Research, Laue et al 2020, PeBiToSens™ A Platform for PBT Screening of Fragrance Ingredients Without Animal Testing
- Research, Lavelle et al 2025, P32-13 Outside the validated range Performing a Weight of Evidence WoE assessment of the skin sensitization potential for fragrance chemicals positive at high concentrations only in the Local Lymph Node Assay LLNA
- Research, Lavric et al 2024, Multiple chemical sensitivity a review of its pathophysiology
- Research, Lawless 1997, Olfactory Psychophysics
- Research, Lawson 1992, Air freshener perfumes
- Research, Le Norcy 1988, Selling perfume a technique or an art?
- Research, Lechner et al 2021, Ventricular fibrillation due to coronary spasm after pepper spray
- Research, Lecoffre 2001, Une application de la microfluidique à la parfumerie. Le PicodropAn application of microflow in the perfume industryâthe Picodrop
- Research, Lecoq et al 2009, Peripheral Adaptation Codes for High Odor Concentration in Glomeruli
- Research, Lecourt and Antoniotti 2025, Biocatalysis and Biotransformation for Optimised Natural Flavour and Fragrance Ingredients
- Research, Ledbetter 1996, The Body Human Violating the Self and Violating the Other, or Reading the Silenced Narrative Patrick Süskind’s Perfume
- Research, Ledgerwood et al 2024, Measuring Detection and Habituation of Olfactory Stimuli in Virtual Reality for Improved Immersion
- Research, Lee and Api 2026, P21-13 Application of the GARDskin Dose-Response Assay to Natural Complex Substances in Fragrance Ingredient Safety Assessment
- Research, Lee and Ingersoll 1979, Social chemosignals in five Belontiidae Pisces species
- Research, Lee and Kim 2018, Potential of evaluating odor intensity by a labeled magnitude scale
- Research, Lee et al 2016, Encapsulation and Enhanced Retention of Fragrance in Polymer Microcapsules
- Research, Lee et al 2017, Comparative Study of Extracting Fragrance Allergens by GC-MS/MS
- Research, Lee et al 2021, Derivation of the no expected sensitization induction level for dermal quantitative risk assessment by the Research Institute for Fragrance Materials
- Research, Lee et al 2022, Assessment of the skin sensitizat, Assessment of the skin sensitization potential of fragrance ingredients using the U-SENS™ assay
- Research, Lee et al 2022, Derivation of the no expected sen, Derivation of the no expected sensitization induction level for dermal quantitative risk assessment of fragrance ingredients using a weight of evidence approach
- Research, Lee et al 2023, Effect of Spraying Air Freshener on Particulate and Volatile Organic Compounds in Vehicles
- Research, Lee et al 2024, Effect of spraying air freshener, Effect of spraying air freshener on particulate and volatile organic compounds in vehicles
- Research, Lee et al 2024, Emission characteristics of volat, Emission characteristics of volatile organic compounds from consumer spray products based on product type, spray method, and distance
- Research, Leenders et al 2019, Ambient scent as a mood inducer in supermarkets The role of scent intensity and time-pressure of shoppers
- Research, Lefebvre and Biswas 2017, Nudging Healthful Consumption and Choices Through the Use of Ambient Scent An Abstract
- Research, Lehrer 1997, Psychophysiological Hypotheses Regarding Multiple Chemical Sensitivity Syndrome
- Research, Lehrner 1999, Odor Identification, Consistency of Label Use, Olfactory Threshold and their Relationships to Odor Memory over the Human Lifespan
- Research, Lehrner et al 1995, Higher Olfactory Threshold and Decreased Odor Identification Ability in HIV-infected Persons
- Research, Lei and Li 2022, A Balance Between Odor Intensity and Odor Perception Range in Odor-Guided Flapping Flight
- Research, Leider 1961, BERLOCK-BERLOQUE’’
- Research, Leijs et al 2005, Quantitative Analysis of the 26 Allergens for Cosmetic Labeling in Fragrance Raw Materials and Perfume Oils
- Research, Leinders-Zufall et al 1999, Impaired Odor Adaptation in Olfactory Receptor Neurons after Inhibition of Ca 2+ /Calmodulin Kinase II
- Research, Lenochová and others 2012, Psychology of Fragrance Use
- Research, Leonardos et al 1969, Odor Threshold Determinations of 53 Odorant Chemicals
- Research, Leonardos et al 1974, Odor Threshold Determination of 53 Odorant Chemicals
- Research, Lepoittevin 2004, Fragrance allergy a chemical perspective for dermatologists
- Research, Leszczyńska 2013, Historical trajectory and knowledge embeddedness a case study in the French perfume cluster
- Research, Levey 1960, A Group of Akkadian Texts on Perfumery
- Research, Levi 1879, Formulæ for Perfumery
- Research, Levrand and Herrmann 2006, Light-induced controlled release of fragrance aldehydes from 1-alkoxy-9,10-anthraquinones for applications in functional perfumery
- Research, Levy and Bargmann 2020, An Adaptive-Threshold Mechanism for Odor Sensation and Animal Navigation
- Research, Li and Hopke 1994, Hygroscopicity of consumer spray product aerosol particles
- Research, Li et al 2013, Heat-resistant sustained-release fragrance microcapsules
- Research, Li et al 2014, Comparison of Release Behaviors of Fragrance/Hydroxypropyl-β-cyclodextrin Inclusion Complex and Fragrance Microcapsules
- Research, Li et al 2019, Front Cover Optimization of heads, Front Cover Optimization of headspace for GC-MS analysis of fragrance allergens in wooden children’s products using response surface methodology
- Research, Li et al 2019, Optimization of headspace for GC, Optimization of headspace for GC-MS analysis of fragrance allergens in wooden children’s products using response surface methodology
- Research, Li et al 2023, Patients with olfactory loss exhi, Patients with olfactory loss exhibit pronounced adaptation to chemosensory stimuli an electrophysiological study
- Research, Li et al 2023, The Association Between Depth of, The Association Between Depth of the Olfactory Sulcus, Age, Gender and Olfactory Function An MRI-based Investigation in More Than 1000 Participants
- Research, Li et al 2025, Interpretable Message-Passing Neural Networks for Molecular Odour Perception Prediction From Structural Topology to Olfactory Characterisation
- Research, Li et al 2026, Site-Specific Olfactory Cleft Opa, Site-Specific Olfactory Cleft Opacification Predicts Olfactory Function and Olfactory Training Outcome in Persistent Postinfection Olfactory Dysfunction
- Research, Li et al 2026, Structural connectivity of the hu, Structural connectivity of the human olfactory network and its relation to aging and olfactory function
- Research, Libros COMO Perfume 2018, LIBROS COMO PERFUME
- Research, Licina et al 2017, Emission rates and the personal cloud effect associated with particle release from the perihuman environment
- Research, Liden et al 1998, Assessment of Odor Annoyance and Its Relationship to Stimulus Concentration and Odor Intensity
- Research, Lieu 2007, Perfume Dreams Reflections on the Vietnamese Diaspora
- Research, Lijnen and van Joost 1995, The clinical effect of percutaneous histamine on allergic contact dermatitis elicited to fragrance mix
- Research, Lin and Emberger 2017, Study of the photodegradation of a fragrance ingredient for aquatic environmental fate assessment
- Research, Lin et al 2019, A streamlined workflow to study direct photodegradation kinetic and transformation products for persistence assessment of a fragrance ingredient in natural waters
- Research, Lin et al 2022, Investigate the Direct Photodegra, Investigate the Direct Photodegradation of a Fragrance Ingredient for its Persistence Assessment in Worldwide Natural Waters
- Research, Lin et al 2022, Investigations on the direct phot, Investigations on the direct photodegradation of a fragrance ingredient for its persistence assessment in worldwide natural waters
- Research, Lind and Katzif 1988, Nitrogen and the Threshold Odor Number Produced by an Actinomycete Isolated from Lake Sediments
- Research, Linder and Lacy 2019, Blue Lights and Pepper Spray Cisgender College Women’s Perceptions of Campus Safety and Implications of the “Stranger Danger” Myth
- Research, Lindqvist 2012, Perfume Preferences and How They Are Related to Commercial Gender Classifications of Fragrances
- Research, Linster and Cleland 2004, Configurational and Elemental Odor Mixture Perception Can Arise from Local Inhibition
- Research, Linster et al 2007, Synaptic adaptation and odor-background segmentation
- Research, Linster et al 2009, Odor-specific habituation arises from interaction of afferent synaptic adaptation and intrinsic synaptic potentiation in olfactory cortex
- Research, Lipsitt and Rovee-Collier 2012, Chapter 12. The psychophysics of olfaction in the human newborn
- Research, Lipsitt et al 1963, Developmental Changes in the Olfactory Threshold of the Neonate, Developmental Changes in the Olfactory Threshold of the Neonate
- Research, Lipsitt et al 1963, DEVELOPMENTAL CHANGES IN THE OLFACTORY THRESHOLD OF THE NEONATE1, DEVELOPMENTAL CHANGES IN THE OLFACTORY THRESHOLD OF THE NEONATE1
- Research, Liu and Hayashi 2014, Visualization of controlled fragrance release from cyclodextrin inclusion complexes by fluorescence imaging
- Research, Liu and Li 2015, Contact sensitization to fragrances other than fragrance mix I in China
- Research, Liu and Wene 2000, Measurement of Gas–Liquid Partition Coefficient and Headspace Concentration Profiles of Perfume Materials by Solid-Phase Microextraction and Capillary Gas Chromatography–Mass Spectrometry
- Research, Liu and Zenobi 2021, Rapid analysis of fragrance allergens by dielectric barrier discharge ionization mass spectrometry
- Research, Liu et al 2004, Full-Scale Chamber Investigation and Simulation of Air Freshener Emissions in the Presence of Ozone
- Research, Liu et al 2005, Pectin Gel Vehicles for Controlled Fragrance Delivery
- Research, Liu et al 2013, Exposure of scented candle combustion aerosol on stress-induced cadiopulmonary injury
- Research, Liu et al 2015, Effect of Thermal Plume on Person, Effect of Thermal Plume on Personal Thermal Comfort in Displacement Ventilation at One Side of the Room
- Research, Liu et al 2015, Numerical Investigation of the Un, Numerical Investigation of the Unsteady Thermal Plume Around Human Body in Closed Space
- Research, Liu et al 2018, A zirconium-based and amine-functionalized metal-organic framework material for adsorption and controlled release of fragrance
- Research, Liu et al 2019, Emotional Perception Analysis of Fragrance Essential Oils
- Research, Liu et al 2020, Radiological Markers of the Olfactory Cleft Relations to Unilateral Orthonasal and Retronasal Olfactory Function
- Research, Liu et al 2021, Development of a Self-reported Ol, Development of a Self-reported Olfactory Dysfunction Questionnaire SODQ to screen olfactory disorders in China
- Research, Liu et al 2021, In silico prediction of fragrance, In silico prediction of fragrance retention grades for monomer flavors using QSPR models
- Research, Liu et al 2022, Bacteria-carrying particles diffu, Bacteria-carrying particles diffusion in the operating room due to the interaction between human thermal plume and ventilation systems An experimental-numerical simulation study
- Research, Liu et al 2022, Effect of human thermal plume and, Effect of human thermal plume and ventilation interaction on bacteria-carrying particles diffusion in operating room microenvironment
- Research, Liu et al 2024, The penetration phenomenon of the expiratory airflow from thermal plume of human body in the microenvironment around people
- Research, Liu et al 2026, Olfactory Performance Assessed for Children by the Combined Testing of Olfactory Threshold and Odor Identification
- Research, Livermore and Laing 1996, Influence of training and experience on the perception of multicomponent odor mixtures
- Research, Livermore and Laing 1998, The influence of chemical complexity on the perception of multicomponent odor mixtures
- Research, Lobmaier et al 2018, The scent of attractiveness levels of reproductive hormones explain individual differences in women’s body odour
- Research, Logan 2014, Do you smell what I smell? Genetic variation in olfactory perception
- Research, Logrado et al 2022, Counterfeit Pepper Spray a Case Report
- Research, Lohar 2025, A Review Formulation And Evaluation of Solid Perfume
- Research, Longing for Luxury Perfume 2026, 3. Longing for Luxury Perfume A Nietzschean Interpretation
- Research, Lopez-Gazpio et al 2013, Application of response function methodology for the simultaneous determination of potential fragrance allergens and preservatives in personal care products using micellar electrokinetic chromatography
- Research, Lorig 2012, Beyond Self-report Brain Imaging at the Threshold of Odor Perception
- Research, Loss of Olfactory Function 2013, Loss of Olfactory Function
- Research, Loss of Olfactory Function, Loss of Olfactory Function
- Research, Love and Ahmed 2010, Olfactory dysfunction
- Research, LoVECCHIO and Fulton 2001, Ventricular fibrillation following inhalation of Glade Air Freshener???
- Research, Lu et al 2005, A clinical and patch test study of patients with positive patch test reactions to fragrance mix in China
- Research, Lu et al 2021, Quantitative analysis of fragrance allergens in various matrixes of cosmetics by liquid-liquid extraction and GC-MS
- Research, Luan et al 2008, Classification of the fragrance properties of chemical compounds based on support vector machine and linear discriminant analysis
- Research, Lucchini et al 1997, Motor Function, Olfactory Threshold, and Hematological Indices in Manganese-Exposed Ferroalloy Workers
- Research, Lumb and Friday 1997, Impact of pepper spray availability on police officer use-of-force decisions
- Research, Lunny et al 2017, Something in the Air but Not on the Label A Call for Increased Regulatory Ingredient Disclosure for Fragranced Consumer Products
- Research, Lv et al 2013, Determination of 21 fragrance allergens in toys by gas chromatography-ion trap mass spectrometry
- Research, Lv et al 2025, Measuring emotions triggered by fragrance through behavioral paradigms
- Research, Lynde and Mitchell 1982, Patch testing with balsam of Peru and fragrance mix
- Research, Lysdal and Johansen 2009, Fragrance contact allergic patients strategies for use of cosmetic products and perceived impact on life situation
- Research, Lánský and Rospars 1993, Coding of odor intensity
- Research, Lübke and Pause 2015, Always follow your nose The functional significance of social chemosignals in human reproduction and survival
- Research, Lübke et al 2012, Differential processing of social chemosignals obtained from potential partners in regards to gender and sexual orientation
- Research, Ma et al 2020, Pleasantness of Binary Odor Mixtures Rules and Prediction
- Research, Ma et al 2021, What dominates personal exposure? Ambient airflow pattern or local human thermal plume
- Research, Ma et al 2022, Assessing the contribution of odor-active compounds in icewine considering odor mixture-induced interactions through gas chromatography-olfactometry and Olfactoscan
- Research, Ma et al 2023, Exploring the Effects of Mixture Composition Factors and Perceptual Interactions on the Perception of Icewine Odor An Olfactometer-Based Study
- Research, Ma, Rules and Mechanisms of Perceptual Interaction of Odor Mixtures Application to Icewine aroma
- Research, MacCarthy et al 2024, Smell the Perfume Can Blockchain Guarantee the Provenance of Key Product Ingredients in the Fragrance Industry?
- Research, Macdonald and Herrera 2012, Capybara Scent Glands and Scent-Marking Behavior
- Research, MacIntyre 1971, Prolonged anosmia
- Research, Mackey 2014, From From A Broken Bottle Traces of Perfume Still Emanate, Volume Five
- Research, Madany and Crump 1994, The Burning of Incense as an Indoor Source of Volatile Organic Compounds
- Research, Madany Mamlouk et al 2003, Quantifying olfactory perception mapping olfactory perception space by using multidimensional scaling and self-organizing maps
- Research, Madzharov et al 2015, The Cool Scent of Power Effects of Ambient Scent on Consumer Preferences and Choice Behavior
- Research, Mahmut et al 2020, Can focused mindfulness training increase olfactory perception? A novel method and approach for quantifying olfactory perception
- Research, Mahoney 2007, Fragrance-Related Dermatitis Keys to Diagnosis
- Research, Mai et al 2026, Age-related changes in olfactory function electrophysiological recordings from the olfactory mucosa and human brain
- Research, Maillard et al 2019, Occupational contact dermatitis caused by benzylisothiazolinone in two fragrance industry workers
- Research, Maira and Sze 2012, Dispatches from Pepper Spray University Privatization, Repression, and Revolts
- Research, Maiten 1977, Sensitization to solcoseryl and methylanisate fragrance ingredient
- Research, Maiwald et al 2013, The Hijacking Effect of Ambient Scent
- Research, Maiworm and Langthaler 1998, Communication by Odour The Influence of Body Odour on the Attractiveness of Men
- Research, Making Perfume 1859, Making Perfume
- Research, Malanin and Ohela 1989, Allergic reactions to fragrance-mix and its components
- Research, Malhiac et al 2026, Tracking Base Note Persistence in Fragrances by Time-Resolved Analysis Revealing Ingredient Contributions
- Research, Mamlouk et al 2017, Perception space analysis From color vision to odor perception
- Research, Mamusa et al 2021, Rational Design of Sustainable Liquid Microcapsules for Spontaneous Fragrance Encapsulation
- Research, Mangır and Özkaya 2026, Fragrance and Preservative Contact Allergens in Cosmetic and Household Cleaning Products in Turkey Variation by Target Population, Product Type and Manufacturing Origin
- Research, Manina and Forlani 2023, Biotechnologies in Perfume Manufacturing Metabolic Engineering of Terpenoid Biosynthesis
- Research, Mann et al 2014, Baseline series fragrance markers fail to predict contact allergy
- Research, Mannion et al 2026, Olfactory context and memory across the adult lifespan effects on mnemonic discrimination and olfactory function
- Research, Manufacture of Fragrance Ingredients 2014, Manufacture of Fragrance Ingredients
- Research, Maples 2023, Mace, Memes, and Myopic Management The University of California, Davis Pepper-Spray Scandal as a Transformational Crisis Communication Case Study
- Research, Marag 2019, Extraction of Lemongrass Oil and Formation of Perfume
- Research, Marc Reisch 2017, PandG to divulge fragrance ingredients
- Research, Marc Reisch 2019, Fragrance makers go for natural ingredients
- Research, Marcinkowska and Jeleń 2020, Determination of the odor threshold concentrations and partition coefficients of isothiocyanates from Brassica vegetables in aqueous solution
- Research, Marek et al 2018, High prevalence of olfactory dysfunction in cervical dystonia
- Research, Marie Api and Vey 2011, Regulatory and Safety Aspects of Natural Fragrance Ingredients
- Research, Marini et al 2024, Formulasi Sediaan Scented Candle Kombinasi Minyak Daun Mint Mentha piperita L. dan Minyak Cacao Theobroma cacao L. Sebagai Aromatherapy Untuk Relaksasi
- Research, Marlena et al 2025, PELATIHAN PEMBUATAN REED DIFFUSER BERBASIS KULIT JERUK BAGI IBU RUMAH TANGGA DI RUSUN BENHIL 2 JAKARTA
- Research, Marmgren et al 2021, Contact allergy to fragrance mix I and its components in individuals with photocontact allergy to ketoprofen
- Research, Marques 2022, Perfume A História de um Assassino Uma análise fundamentada na teoria de Winnicott
- Research, Marr et al 2007, Anisotropy in the breathing zone of a thermal manikin
- Research, Marteau et al 2012, Dual role of phenols as fragrances and antioxidants mechanism, kinetics and drastic solvent effect
- Research, Martina 2021, Contextual variation and objectivity in olfactory perception
- Research, Martinec Nováková et al 2024, Children’s odor pleasantness rati, Children’s odor pleasantness ratings may not differ according to pubertal status Preliminary results from a sample of 11-14-year-old Czech children
- Research, Martinec Nováková et al 2024, Nocturnal exposure to a preferred, Nocturnal exposure to a preferred ambient scent does not affect dream emotionality or post-sleep core affect valence in young adults
- Research, Martins da Rocha, Perfume de mulher
- Research, Masala et al 2017, Olfactory Function and Age a Sniffin’ Sticks Extended Test Study Performed in Sardinia
- Research, Masala et al 2023, Gender-Related Differences in the Correlation between Odor Threshold, Discrimination, Identification, and Cognitive Reserve Index in Healthy Subjects
- Research, Mason 1981, A Novel Experiment for Introductory Psychology Courses Psychophysical Assessment of Olfactory Adaptation
- Research, Masuck et al 2009, Scented toys Exposure of children to fragrance allergens present in toys
- Research, Masuck et al 2010, Investigations on the emission of fragrance allergens from scented toys by means of headspace solid-phase microextraction gas chromatography-mass spectrometry
- Research, Masuck et al 2011, Estimation of dermal and oral exp, Estimation of dermal and oral exposure of children to scented toys Analysis of the migration of fragrance allergens by dynamic headspace GC-MS
- Research, Masuck et al 2011, Inhalation exposure of children t, Inhalation exposure of children to fragrances present in scented toys
- Research, Mata and Rodrigues 2006, A new methodology for the definition of odor zones in perfumery ternary diagrams
- Research, Mata, Gomes and Rodrigues 2005, Engineering Perfumes
- Research, Mathur et al 2019, Olfactory threshold selectively p, Olfactory threshold selectively predicts positive psychometric schizotypy
- Research, Mathur et al 2019, T6. Olfactory Threshold Selective, T6. OLFACTORY THRESHOLD SELECTIVELY PREDICTS POSITIVE PSYCHOMETRIC SCHIZOTYPY
- Research, Matricciani 2026, “Why Wasn’t This Perfume Sold for Three Hundred Denarii?” The Perfume of Mary Magdalene and the Chronicle of an Ancient Voyage in the Eastern Mediterranean
- Research, Matsubasa et al 2014, Quantification of the facility with which adaptation to continuouslypresented odors occurs
- Research, Matsubasa et al 2016, A method for psychophysical screening of odorants for use in city gas based on olfactory adaptation tolerance
- Research, Matsushita et al 1967, DETERMINATION OF THRESHOLD VALUES FOR OLFACTORY PERCEPTION OF PRIMARY ODOUR SUBSTANCES
- Research, Matsushita et al 1968, Olfactory threshold values of some offensive odor substances
- Research, Matteson 2016, Attractor metafeatures discover molecular signatures for odor-perception prediction
- Research, Mattingly 1990, PAINTINGS, PRESSES AND PERFUME PRODUCTION AT POMPEII
- Research, Matura et al 2004, FS06.1 Contact allergy to oxidized fragrance terpenes
- Research, Matura et al 2005, Selected oxidized fragrance terpenes are common contact allergens
- Research, Maulana et al 2020, Prediction of Kovats Retention Indices for Fragrance and Flavor using Artificial Neural Network
- Research, Maulana et al 2024, Business Development of Soy-Blend Scented Candle that Prioritise Performance and Safety “LLUSCENT”
- Research, Maurice and Saihan 1984, Fragrance mix sensitivity in coal miners
- Research, Maxson 1992, MHC Genes, Chemosignals, and Genetic Analyses of Murine Social Behaviors
- Research, Maxwell 1994, Primate Perfume
- Research, Maxwell 2022, ‘Unguent from a Carven Jar’ Odour and Perfume in Arthur Machen’s The Hill of Dreams 1907
- Research, Mayberg 1994, Appendix Critique Spect Studies of Multiple Chemical Sensitivity
- Research, Mayr and Breu 2020, Encapsulation of Fragrance in Aqueous Emulsions by Delaminated Synthetic Hectorite
- Research, Mays et al 2021, Undisclosed Fragrance Allergens in Clean Cosmetic Cleansers Place Patients at Risk
- Research, Mazur et al 2024, GC × GC-HRMS with complementary ionization methods in the suspect screening analysis of fragrance allergens overwhelming or justified?
- Research, McCann et al 2011, The Ataxin-2 protein is required for microRNA function and synapse-specific long-term olfactory habituation
- Research, McClintock 2009, Pheromones in Humans and Social Chemosignals
- Research, McGann 2017, Poor Human Olfaction Is a 19th-Century Myth
- Research, McGinley and McGinley 2008, Odor Threshold Emission Factors for Common WWTP Processes
- Research, McGinley et al 2018, Odor Threshold Determination A review of the effect of number of assessors
- Research, McGinty et al 2010, Fragrance material review on 2-et, Fragrance material review on 2-ethyl-1-butanol
- Research, McGinty et al 2010, Fragrance material review on 2-me, Fragrance material review on 2-methylundecanol
- Research, McGinty et al 2010, Fragrance material review on dihy, Fragrance material review on dihydromyrcenol
- Research, McGinty et al 2010, Fragrance material review on isod, Fragrance material review on isodecyl alcohol
- Research, McGinty et al 2010, Fragrance material review on ison, Fragrance material review on isononyl alcohol
- Research, McGinty et al 2010, Fragrance material review on isop, Fragrance material review on isophytol
- Research, McGinty et al 2010, Fragrance material review on meth, Fragrance material review on methylheptenol
- Research, McGinty et al 2010, Fragrance material review on phyt, Fragrance material review on phytol
- Research, McGinty et al 2011, Fragrance material review on 10-o, Fragrance material review on 10-oxahexadecanolide
- Research, McGinty et al 2011, Fragrance material review on 11-o, Fragrance material review on 11-oxahexadecanolide
- Research, McGinty et al 2011, Fragrance material review on 12-o, Fragrance material review on 12-oxahexadecanolide
- Research, McGinty et al 2011, Fragrance material review on cyclohexadecanone, Fragrance material review on cyclohexadecanone
- Research, McGinty et al 2011, Fragrance material review on cyclopentadecanone, Fragrance material review on cyclopentadecanone
- Research, McGinty et al 2011, Fragrance material review on ethylene brassylate, Fragrance material review on ethylene brassylate
- Research, McGinty et al 2011, Fragrance material review on ethylene dodecanedioate, Fragrance material review on ethylene dodecanedioate
- Research, McGinty et al 2011, Fragrance material review on hexa, Fragrance material review on hexadecanolide
- Research, McGinty et al 2011, Fragrance material review on oxac, Fragrance material review on oxacyclohexadecane-2,13-dione
- Research, McGinty et al 2011, Fragrance material review on ω-6, Fragrance material review on ω-6-hexadecenlactone
- Research, McGinty et al 2011, Fragrance material review on ω-pe, Fragrance material review on ω-pentadecalactone
- Research, McGinty et al 2012, Fragrance material review on 2,4, Fragrance material review on 2,4-dimethylbenzyl acetate
- Research, McGinty et al 2012, Fragrance material review on 2-phenoxyethyl isobutyrate, Fragrance material review on 2-phenoxyethyl isobutyrate
- Research, McGinty et al 2012, Fragrance material review on 2-phenoxyethyl propionate, Fragrance material review on 2-phenoxyethyl propionate
- Research, McGinty et al 2012, Fragrance material review on 2-phenylpropyl acetate, Fragrance material review on 2-phenylpropyl acetate
- Research, McGinty et al 2012, Fragrance material review on 3-ph, Fragrance material review on 3-phenylpropyl acetate
- Research, McGinty et al 2012, Fragrance material review on 4-me, Fragrance material review on 4-methylbenzyl acetate
- Research, McGinty et al 2012, Fragrance material review on anisyl acetate, Fragrance material review on anisyl acetate
- Research, McGinty et al 2012, Fragrance material review on anisyl formate, Fragrance material review on anisyl formate
- Research, McGinty et al 2012, Fragrance material review on anisyl propionate, Fragrance material review on anisyl propionate
- Research, McGinty et al 2012, Fragrance material review on benzyl 2-hydroxypropionate, Fragrance material review on benzyl 2-hydroxypropionate
- Research, McGinty et al 2012, Fragrance material review on benzyl butyrate, Fragrance material review on benzyl butyrate
- Research, McGinty et al 2012, Fragrance material review on benzyl formate, Fragrance material review on benzyl formate
- Research, McGinty et al 2012, Fragrance material review on benzyl isobutyrate, Fragrance material review on benzyl isobutyrate
- Research, McGinty et al 2012, Fragrance material review on benzyl propionate, Fragrance material review on benzyl propionate
- Research, McGinty et al 2012, Fragrance material review on p-an, Fragrance material review on p-anisyl acetate
- Research, McGinty et al 2012, Fragrance material review on p-is, Fragrance material review on p-isopropylbenzyl acetate
- Research, McGinty et al 2012, Fragrance material review on phenethyl acetate, Fragrance material review on phenethyl acetate
- Research, McGinty et al 2012, Fragrance material review on phenethyl butyrate, Fragrance material review on phenethyl butyrate
- Research, McGinty et al 2012, Fragrance material review on phenethyl formate, Fragrance material review on phenethyl formate
- Research, McGinty et al 2012, Fragrance material review on phenethyl isobutyrate, Fragrance material review on phenethyl isobutyrate
- Research, McGinty et al 2012, Fragrance material review on pipe, Fragrance material review on piperonyl acetate
- Research, McGinty et al 2012, Fragrance material review on α-methylbenzyl acetate, Fragrance material review on α-methylbenzyl acetate
- Research, McGinty et al 2012, Fragrance material review on α-methylbenzyl isobutyrate, Fragrance material review on α-methylbenzyl isobutyrate
- Research, McGinty et al 2012, Fragrance material review on α-methylbenzyl propionate, Fragrance material review on α-methylbenzyl propionate
- Research, McGlone et al 2013, The Crossmodal Influence of Odor Hedonics on Facial Attractiveness Behavioural and fMRI Measures
- Research, McHUGH 2013, Blattes de Byzance in India Mollusk Opercula and the History of Perfumery
- Research, McIntyre and Lio 2026, Fragrance in Dermatology Revisiting Sensitization and Clinical Use
- Research, McMullen and Dell’Acqua 2023, History of Natural Ingredients in Cosmetics
- Research, Meacham et al 2024, Effectiveness of Malodor-Reducing Ostomy Pouch Additives An Assessment of Odor Intensity, Hedonic Tone, and Odor Character
- Research, Meding and Järvholm 2016, Comments on ‘Prevalence of contact allergy in the general population in different European regions’ and ‘Prevalence of fragrance contact allergy in the general population of five European countries a cross-sectional study’
- Research, Meggs 1995, Editorial Commentaries Multiple Chemical Sensitivities-Chemical Sensitivity as a Symptom of Airway Inflammation
- Research, Mei et al 2022, Does scent attractiveness reveal women’s ovulatory timing? Evidence from signal detection analyses and endocrine predictors of odour attractiveness
- Research, Melikov 2015, Human body micro-environment The benefits of controlling airflow interaction
- Research, Melikov and Kaczmarczyk 2007, Measurement and prediction of indoor air quality using a breathing thermal manikin
- Research, Melis et al 2024, Effect of the rs2821557 Polymorphism of the Human Kv1.3 Gene on Olfactory Function and BMI in Different Age Groups
- Research, Melody Bomgardner 2017, Unilever to disclose fragrance ingredients
- Research, Melody M. Bomgardner 2020, Symrise will buy Sensient’s fragrance unit
- Research, Men et al 2020, Quantification of Acrylonitrile Butadiene Styrene Odor Intensity Based on a Novel Odor Assessment System With a Sensor Array
- Research, Menne and Johansen 1997, WS012 Prevention of fragrance allergy
- Research, Mensing 2023, Big and Small Moments of Modern P, Big and Small Moments of Modern Perfumery
- Research, Mensing 2023, Insider Knowledge Perfume Industr, Insider Knowledge Perfume Industry and Trade
- Research, Mensing 2023, Insider Knowledge Perfumery, Insider Knowledge Perfumery
- Research, Mensing 2023, Perfume Trends, International Fra, Perfume Trends, International Fragrance Preferences and Mentalities
- Research, Mensing 2023, Perfumes in Change, Perfumes in Change
- Research, Mensing 2023, Scent Online Storytelling and Dig, Scent Online Storytelling and Digital Marketing of Perfumes
- Research, Mensing 2023, Stationary Perfumery in Change, Stationary Perfumery in Change
- Research, Mensing 2023, The Research of the Fragrance Eff, The Research of the Fragrance Effect
- Research, Mensing and Beck 1988, The psychology of fragrance selection
- Research, Mesz et al 2023, The Music of Perfume
- Research, Method 11 Real-Time Breathing 2010, Method 11 Real-Time Breathing Zone Monitoring for Personal Respiratory Protection
- Research, Method for analysis of, Method for analysis of allergens - Quantification of an extended list of 57 suspected allergens in ready to inject fragrance materials by gas chromatography mass spectrometry
- Research, Method for selecting perfume 2014, Method for selecting perfume ingredient, method for formulating fragrance, and preference-enhancing agent
- Research, Methods for analysis of, Methods for analysis of allergens. Quantification of suspected fragrance allergens in consumer products. Step 1 GC analysis of ready-to-inject sample
- Research, Meyer 1992, Perfume Microencapsulation by Complex Coacervation
- Research, Miao and Jiang 2023, Association between olfactory dysfunction and sleep duration in US adults A cross-sectional study
- Research, Mignot et al 2020, Older and Young Adults Experience Similar Long-Term Olfactory Habituation
- Research, Mignot et al 2021, Olfactory adaptation recordings from the human olfactory epithelium
- Research, Milan-Youssef and Geber-Júnior 2026, The fragrance of sadness Resisting the medicalization of human emotion in palliative care
- Research, Miller 1996, Pepper spray exposure during a carjacking attempt
- Research, Miller 2001, Review of oleoresin capsicum pepper sprays for self-defense against captive wildlife
- Research, Miller 2019, A Theory of Planned Behavior approach to developing belief-based communication day hikers and bear spray in Yellowstone National Park
- Research, Miller et al 2012, Mind Over Age–Stereotype Activation and Olfactory Function
- Research, Miller et al 2019, Merging elaboration and the theory of planned behavior to understand bear spray behavior of day hikers in Yellowstone National Park
- Research, Miller et al 2025, Who Carries Bear Spray? Reducing Risk in the Greater Yellowstone Ecosystem Through Leave No Trace Communication
- Research, Milner 2013, HOLLY DUGAN. The Ephemeral History of Perfume Scent and Sense in Early Modern England
- Research, Min 2026, Letter to the Editor Regarding “Therapeutic Effects and Mechanisms of Olfactory Training in a Murine Model of Olfactory Dysfunction”
- Research, Minimal Olfactory Perception During 2004, Minimal Olfactory Perception During Sleep Why Odor Alarms Will Not Work for Humans
- Research, Miss Nirmal Vrushali S. et al 2024, Formulation and Evaluation of Alovera Perfume Lotion
- Research, Mitchell 1975, Contact hypersensitivity to some perfume materials
- Research, Mitsuda et al 1997, A Comparison of Odor Evaluation Indicators Based on Odor Threshold Value and Those Based on Unpleasantness of Body Odor, and Their Effectiveness in the Management of Indoor Air Quality
- Research, Miyahara et al 2004, TBX2/TBX3 transcriptional factor homologue controls olfactory adaptation in Caenorhabditis elegans
- Research, Miyashita et al 2019, Indoor Air Freshener Extract Increases Pneumococcal Adhesion to Airway Cells
- Research, Miyazawa 2016, The Investigation of Odor Contribution by sub-Threshold Odorants based on Odor Interaction among Odors Mixture
- Research, Miyazawa et al 2003, Components of the essential oil from Petasites japonicus
- Research, Molot et al 2023, Multiple Chemical Sensitivity It’s Time to Catch Up to the Science
- Research, Moncrieff 1955, A Technique for Comparing the Threshold Concentrations for Olfactory, Trigeminal, and Ocular Irritations
- Research, Moncrieff 1956, Olfactory adaptation and odour likeness
- Research, Moncrieff 1957, Olfactory Adaptation and Odor-Intensity
- Research, Montero et al 2013, Neuron Threshold Variability in an Olfactory Model Improves Odorant Discrimination
- Research, Montolalu and Wardaya 2019, Pengaruh Nilai Kegunaan dan Keunikan Desain Terhadap Keputusan Pembelian Produk Home Decor Plaster Air Freshener
- Research, Mookerjee et al 2005, Aura of Aroma® A Novel Technology to Study the Emission of Fragrance from the Skin
- Research, Moore 1994, A model of the role of adaptation and disadaptation in olfactory receptor neurons implications for the coding of temporal and intensity patterns in odor signals
- Research, Moore et al 1976, SPECIFIC ANOSMIA TO ISOBUTYRALDEHYDE THE MALTY PRIMARY ODOR
- Research, Morabito and Doerner 1997, Police use of less-than-lethal force Oleoresin Capsicum OC spray
- Research, Moranges et al 2023, Using Subgroup Discovery to Relate Odor Pleasantness and Intensity to Peripheral Nervous System Reactions
- Research, Morinaga and Wada 2023, Slow release behavior of fragrance from pro-fragrance/cyclodextrin complexes
- Research, Morinaga et al 2017, Controlled release of fragrance with cross-linked polymers synthesis and hydrolytic property of cross-linked amphiphilic copolymers bearing octanal-derived acetal moieties
- Research, Morozova et al 2022, EEG Changes during Odor Perception and Discrimination
- Research, Morrin and Ratneshwar 2000, The Impact of Ambient Scent on Evaluation, Attention, and Memory for Familiar and Unfamiliar Brands
- Research, Mortz and Andersen 2010, Fragrance mix I patch test reactions in 5006 consecutive dermatitis patients tested simultaneously with TRUE Test ® and Trolab ® test material
- Research, Moser et al 2022, Use of a habituation-dishabituation test to determine canine olfactory sensitivity
- Research, Moskowitz 1978, ODORS IN THE ENVIRONMENT HEDONICS, PERFUMERY, AND ODOR ABATEMENT
- Research, Moskowitz 1979, Odor psychophysics and sensory engineering
- Research, Moskowitz 2026, AI, Mind Genomics, and the Psychophysics of Odor Mixtures as a Scientific and Competitive Imperative
- Research, Moskowitz and others 1979, Psychophysical Measurement as a Tool for Perfumery and the Cosmetic Industry
- Research, Moskowitz et al 1974, Odor intensity and pleasantness of butanol
- Research, Moskowitz et al 1976, Erratum to Odor intensity and ple, Erratum to Odor intensity and pleasantness for a diverse set of odorants
- Research, Moskowitz et al 1976, Odor intensity and pleasantness f, Odor intensity and pleasantness for a diverse set of odorants
- Research, Moss 1994, Tea tree oil poisoning
- Research, Mowitz et al 2012, Stability of fragrance patch test preparations applied in test chambers
- Research, Mowitz et al 2017, Simultaneous patch testing with fragrance mix I, fragrance mix II and their ingredients in southern S weden between 2009 and 2015
- Research, Moyler 1989, Perfumery, The psychology and biology of fragrance, edited by S. Van toller and G. H. Dodd. Chapman and Hall 1988 . No. of pages 268. Price £35.00. ISBN 0412300 109
- Research, Moyse Ferreira 2022, “A Seductive Weapon … a Necessary Luxury” Shopping for ‘Designer Perfume’ During the Interwar Period
- Research, Mu, The olfactory perception of fat in foods
- Research, Mueller 2006, A Self-administered Odor Identification Test Procedure Using the “Sniffin’ Sticks”
- Research, Mufarokhah et al 2024, BRAND IMAGE, PRODUCT QUALITY, AND CUSTOMER PERCEIVED VALUE TO INCREASE CONSUMER SATISFACTION AT THE BO5 PERFUME GROCERY STORE
- Research, Muhammad Taufiq Qurrohman et al 2025, PEMBERDAYAAN MASYARAKAT MELALUI EDUKASI PEMBUATAN SCENTED CANDLE UNTUK MENGATASI MALARIA BERDASARKAN KAJIAN BIOLOGI MOLEKULER
- Research, Mukharjee et al 2020, Forensic Identification of Air Freshener Components from the Toxicological Samples by GC-MS A Case Report
- Research, Multiple Chemical Intolerance 2003, Multiple Chemical Intolerance
- Research, Multiple chemical sensitivity 1994, Multiple chemical sensitivity
- Research, Multiple Chemical Sensitivity 2004, Multiple Chemical Sensitivity
- Research, Multiple Chemical Sensitivity 2007, Multiple Chemical Sensitivity nur ein Schlagwort?
- Research, Multiple Chemical Sensitivity 2011, Multiple Chemical Sensitivity
- Research, Multiple chemical sensitivity 2015, Multiple chemical sensitivity
- Research, Multiple Chemical Sensitivity A 1999, Multiple Chemical Sensitivity A 1999 Consensus
- Research, Multiple chemical sensitivity Malcolm 2009, Multiple chemical sensitivity Malcolm Hooper
- Research, Multiple Chemical Sensitivity MCS 2004, Multiple Chemical Sensitivity MCS - wissenschaftliche und gesundheitspolitische Aspekte
- Research, Multiple Chemical Sensitivity Workshop 1994, Multiple Chemical Sensitivity Workshop
- Research, Multiple Chemical Sensitivity-Medical Aspects 2017, Multiple Chemical Sensitivity-Medical Aspects from Germany
- Research, Murad et al 2026, Double-Blind Placebo-Controlled Randomized Study of Sporopollenin Exine SpEC Fragrance Encapsulation
- Research, Murphy 1996, Olfactory Dysfunction in Down’s Syndrome
- Research, Murphy 2002, Prevalence of Olfactory Impairment in Older Adults
- Research, Murray 2019, Catherine Maxwell, Scents and Sensibility Perfume in Victorian Literary Culture
- Research, Musselman 2022, Let. It. Burn. SoulCycle’s Jonathan Adler Grapefruit Scented Candle
- Research, Mutic et al 2015, You Smell Dangerous Communicating Fight Responses Through Human Chemosignals of Aggression
- Research, Mutic et al 2016, Chemosensory Communication of Gender Information Masculinity Bias in Body Odor Perception and Femininity Bias Introduced by Chemosignals During Social Perception
- Research, Mutterer et al 1999, Identification of coumarin as the sensitizer in a patient sensitive to her own perfume but negative to the fragrance mix
- Research, Myalgic encephalomyelitis, fibromyalgia, and 2012, Myalgic encephalomyelitis, fibromyalgia, and multiple chemical sensitivity
- Research, Myths, beliefs and fragrance 2013, Myths, beliefs and fragrance allergy
- Research, Mörén et al 2019, Origin identification of homemade pepper spray by multivariate data analysis of chemical attribution signatures
- Research, Müller-Schwarze 2009, Human Body Odor Discrimination T-Shirt Experiment
- Research, Na et al 2020, Fragrance Skin Sensitization Evaluation and Human Testing 30-Year Experience
- Research, Na et al 2022, Weight of Evidence Approach for Skin Sensitization Potency Categorization of Fragrance Ingredients
- Research, Naeini A. 2011, Fungitoxicity of Zataria multiflora essential oil against various Malassezia species isolated from cats and dogs with Malassezia dermatitis
- Research, Nagata 2012, Measurement of odor threshold value Review of “Measurement of threshold value by tiriangle odor bag method Bull. Jap. Env. Sanit. Cent. No. 17. 1990）” paper
- Research, Nagatomo 2006, Household air freshener market and development trend
- Research, Nahm et al 2009, Comparison of the Diagnostic Validity of Real and Absolute Skin Temperature Differences for Complex Regional Pain Syndrome
- Research, Naidich and Som 2018, The Olfactory System Part III Central Processing of Olfaction and Central Olfactory Dysfunction
- Research, Nakamoto et al 1993, Perfume and flavour identification by odour-sensing system using quartz-resonator sensor array and neural-network pattern recognition
- Research, Nakamoto et al, Perfume and flavor identification by odor sensing system using quartz-resonator sensor array and neural-network pattern recognition
- Research, Nakamura and Fukase 2021, Changes in Fecal Odor Intensity Associated with Feeding Domestic Cats Two Diets Formulated for Body Weight Management
- Research, Nakamura and Nishiyama 2022, Cross-modal effects of visual characteristics of font types on scent impressions
- Research, Nakano 2019, Understanding Fragrance From Chemistry to Emotion
- Research, Nakano and Ayabe-Kanamura 2016, The Influence of Olfactory Contexts on the Sequential Rating of Odor Pleasantness
- Research, Naldi 2002, The Epidemiology of Fragrance Allergy Questions and Needs
- Research, Naldi 2008, Assessment of the Risk of Fragrance Allergy in the General Population
- Research, Nam and Kim 2025, Exploring Aesthetic Interaction in Perfume Experience as a Design Opportunity
- Research, Nanyan 2019, Fragrance Allergens in Hair Removal Cosmetic Products
- Research, Nardelli et al 2008, Frequency of and trends in fragrance allergy over a 15-year period
- Research, Nardelli et al 2009, Allergic contact dermatitis from fragrance components in specific topical pharmaceutical products in Belgium
- Research, Nardelli et al 2011, Fragrance allergens in ‘specific’ cosmetic products
- Research, Nardelli et al 2013, Results of patch testing with fragrance mix 1, fragrance mix 2, and their ingredients, and Myroxylon pereirae and colophonium, over a 21-year period
- Research, Narula 2004, The Search for New Fragrance Ingredients for Functional Perfumery
- Research, Narula 2005, The Search for New Fragrance Ingredients for Functional Perfumery
- Research, Natsch 2025, S13-04 Skin sensitization potency assessment Make full use of NAM data to conduct quantitative risk assessment
- Research, Natsch et al 2007, Utility and limitations of a peptide reactivity assay to predict fragrance allergens in vitro
- Research, Natsch et al 2017, Interlaboratory evaluation of methods to quantify skin sensitizing hydroperoxides potentially formed from linalool and limonene in perfumes
- Research, Natsch et al 2025, OS02-09 Skin sensitization potency assessment of fragrance chemicals for quantitative risk assessment comparing in vivopotency values to the point-of-departure derived with new approach methodologies
- Research, Navarrete-Palacios et al 2003, Lower olfactory threshold during the ovulatory phase of the menstrual cycle
- Research, Nazarenko et al 2011, Potential for exposure to engineered nanoparticles from nanotechnology-based consumer spray products
- Research, Nazaroff and Weschler 2004, Cleaning Products and Air Fresheners, Exposure to Primary and Secondary Air Pollutants
- Research, Needleman 1991, Multiple Chemical Sensitivity
- Research, Nelson 1988, Screening Military Aircrews for Anosmia
- Research, Nematollahi et al 2018, Volatile chemical emissions from fragranced baby products
- Research, Nematollahi et al 2024, Fragranced versus fragrance-free products a comparison of toxicity
- Research, Neto and Ogasawara 2021, ESTUDO SEMIÓTICO DAS EMBALAGENS DE PERFUME / SEMIOTIC STUDY OF PERFUME PACKAGING
- Research, Neuland et al 2011, Health-related and specific olfaction-related quality of life in patients with chronic functional anosmia or severe hyposmia
- Research, New encapsulation method paves 2016, New encapsulation method paves the way to create long-lasting fragrance
- Research, Newlin 1997, A Behavior-Genetic Approach to Multiple Chemical Sensitivity
- Research, Newlin 1999, Evolutionary game theory and multiple chemical sensitivity
- Research, Ng et al 2024, One-Pot Synthesis of Biobased Acrylic Microcapsules for Controlled Release of Fragrance in Consumers Products
- Research, Nicas 2023, A decoupling method to compute near field and far field exposure concentrations
- Research, Niederer et al 2006, Determination of fragrance allergens in cosmetics by size-exclusion chromatography followed by gas chromatography-mass spectrometry
- Research, NIEHS Seeks Data on 1998, NIEHS Seeks Data on Multiple Chemical Sensitivity
- Research, Nijjar and Murphy 2002, Olfactory impairment increases as a function of age in persons with Down syndrome
- Research, Nijkamp et al 2015, Quantitative risk assessment of the aggregate dermal exposure to the sensitizing fragrance geraniol in personal care products and household cleaning agents
- Research, Nikolaou et al 2024, Reduced odor identification linked to long-term air pollution exposure findings from the KORA FIT study in Augsburg, Germany
- Research, Nikolaou et al 2025, Long-term exposure to traffic-related air pollution is associated with impaired odor identification Results from the population-based KORA FIT study in Augsburg, Germany
- Research, Nikolić and Marjanović 2025, Data Science Meets Fragrance Analyzing User Reviews to Decode Emotional Connections to Perfume Notes
- Research, Nimmermark 2011, Influence of odour concentration and individual odour thresholds on the hedonic tone of odour from animal production
- Research, Nishihara et al 2013, Effects of Makeup, Perfume and Skincare Product Usage and Hair Care Regimen on Circadian Typology, Sleep Habits and Mental Health in Female Japanesestudents Aged 18 - 30
- Research, Nithya and Sasikala 2020, A study about the natural dye using bixa orellana on khadi cotton fabric with fragrance finish
- Research, Niu et al 2020, Preparation and slow release kinetics of apple fragrance/β-cyclodextrin inclusion complex
- Research, Noguchi et al 1984, Adsorption Removal of Malodorant Gases by Zeolite Tuffs
- Research, Nordin et al 1996, Prevalence and Assessment of Qualitative Olfactory Dysfunction in Different Age Groups
- Research, Nordin et al 2013, Impact of Health-Risk Perception on Odor Perception and Cognitive Performance
- Research, Nordin et al 2017, Effects of Negative Affectivity and Odor Valence on Chemosensory and Symptom Perception and Perceived Ability to Focus on a Cognitive Task
- Research, Norman 2025, Perfumery and Luxury
- Research, Normand et al 2008, Modelling perfume deposition on fabric during a washing cycle theoretical approach
- Research, Normosmia/Hyposmia/Anosmia 2009, Normosmia/Hyposmia/Anosmia
- Research, Norris et al 2016, Majantol Is a Relevant Fragrance Allergy in Adolescent Children
- Research, Northfield 2021, Technology - Blog. Bizarre Tech Toto Wellness Toilet Ninu perfume ColdSnap
- Research, not provided et al 2024, Odor Threshold v1
- Research, Notar Francesco et al 2017, Sustainable Manufacture of a Valuable Fragrance Ingredient Lipase-Catalyzed Acylation of Vetiver Essential Oil and Chemoselectivity between Sesquiterpene Alcohols
- Research, Nováková et al 2014, Engagement in Olfaction-Related Activities is Associated with the Ability of Odor Identification and Odor Awareness
- Research, Nurfitria et al 2024, Optimizing Fragrance Longevity Integrating Advanced Formulation and Environmental Control Strategies for Enhanced Performance and Consumer Satisfaction
- Research, Nørgaard et al 2014, Ozone-initiated VOC and particle emissions from a cleaning agent and an air freshener Risk assessment of acute airway effects
- Research, O’Brien et al 2023, Configural behavior response to a two component odor mixture
- Research, Odor intensity level 2007, Odor intensity level
- Research, Odor Perception 2009, Odor Perception
- Research, Odor Perception and the 2005, Odor Perception and the Variability in Natural Odor Scenes
- Research, Odor Perception in Neurodegenerative 2003, Odor Perception in Neurodegenerative Diseases
- Research, Odor Threshold 2016, Odor Threshold
- Research, odor threshold 2025, odor threshold
- Research, Odorographia a Natural History 1892, Odorographia a Natural History of Raw Materials and Drugs used in the Perfume Industry
- Research, Odour Discrimination 1999, Odour Discrimination
- Research, Officers Under Attack-The Thin 2014, Officers Under Attack-The Thin Blue Line, Pepper Spray, and Police Identity
- Research, Ogawa and Ayabe-Kanamura 2012, Does repeated exposure to the component of odor mixture affect liking for the odor mixture?
- Research, Ogawa and Ayabe-Kanamura 2015, The effect of exposure on odor pleasantness
- Research, Ogawa and Ayabe-Kanamura 2019, The change of perceived intensity for an odor during repetitive sniffing
- Research, Oh et al 2010, Mass Casualty Incident Involving Pepper Spray Exposure Impact on the Emergency Department and Management of Casualties
- Research, Ohba and Yamanaka 2008, Suppression of Background Odor Effect in Odor Sensing System Using Olfactory Adaptation Model
- Research, Ohkuma et al 2013, Acetylcholine enhances excitability by lowering the threshold of spike generation in olfactory receptor cells
- Research, Ohloff 1982, The Fragrance of Ambergris
- Research, Ohloff 1992, Vom Eau de Chypre zum Eau de Cologne
- Research, Ohloff 1994, Quantitative Odor Perception, Quantitative Odor Perception
- Research, Ohloff 1994, Scent and Fragrances, Scent and Fragrances
- Research, Oke et al 2010, Potential of Momordica charantia L. Bitter Gourd and Garlic-Pepper Spray Extracts for the Control of Myzus persicae Sulzer and Cercospora Leaf Spot on Pepper, Capsicum annuum L
- Research, Okoronkwo et al 2013, Rectal Foreign Body A Case of Voluntary Insertion of a Perfume Bottle after Intoxication
- Research, Olcan 2026, Moderate-to-severe olfactory dysf, Moderate-to-severe olfactory dysfunction marks accelerated phenotypic aging in U.S. adults
- Research, Olcan 2026, Olfactory Dysfunction and Wake-St, Olfactory Dysfunction and Wake-State Behavioral Fragmentation in NHANES 2013-2014
- Research, Oleszkiewicz et al 2017, Chemical complexity of odors increases reliability of olfactory threshold testing
- Research, Oleszkiewicz et al 2018, Molecularly diverse odors advance olfactory threshold testing
- Research, Olfactory Adaptation 2009, Olfactory Adaptation
- Research, Olfactory Adaptation 2022, Olfactory Adaptation
- Research, Olfactory Cross-adaptation Not a 2005, Olfactory Cross-adaptation Not a Peripheral but a General Phenomenon
- Research, Olfactory Function as Marker 2015, Olfactory Function as Marker of Neurodegenerative Disorders Tests for Olfactory Assessment and Its Applicability for the Russian Population
- Research, Olfactory Function Following Transorbital 2003, Olfactory Function Following Transorbital Craniotomy through a Suprabrow Approach
- Research, Oliveira Junior et al 2019, Evaluation of Natural Capsaicin N.Cap in Pepper Spray by GC-MS/FID, NMR and HPLC as an Alternative to the Use of Oleoresin Capsicum OC
- Research, Olsson 1994, An interaction model for odor quality and intensity
- Research, Olsson 2000, Psychometrics of Odor Quality Discrimination Method for Threshold Determination
- Research, On the Manufacture of 1852, On the Manufacture of Eau De Cologne
- Research, Opdyke 1975, THE SAFETY OF FRAGRANCE INGREDIENTS
- Research, Opiekun et al 2003, Assessment of ocular and nasal irritation in asthmatics resulting from fragrance exposure
- Research, Orgaz et al 2020, Dermatitis de Berloque
- Research, Orth and Bourrain 2005, Ambient scent and consumer exploratory behaviour A causal analysis
- Research, Osako et al 1989, Impact of odor hedonics on sensory odor intensity. Physiological intensity and sensory intensity
- Research, Osman and Silas 2015, Electrophysiological Measurement of Olfactory Function
- Research, Ospina et al 2025, Encapsulation of fragrance oils in melamine-formaldehyde microcapsules for textile finishing
- Research, Ozer 2014, Eye Findings in Two Patients Exposed to Pepper Spray
- Research, Oztas 2018, A Toxicological Aspect on Pepper Spray Mini Review
- Research, Pal et al 2013, Predictive QSPR modelling for the olfactory threshold of a series of pyrazine derivatives
- Research, Pal et al 2014, QSPR Modeling of Odor Threshold of Aliphatic Alcohols Using Extended Topochemical Atom ETA Indices
- Research, Pal et al 2021, Herbal Solid Perfume A Turkish Concept-Based Synthesis and Quality Valuation
- Research, Pall 2002, NMDA sensitization and stimulation by peroxynitrite, nitric oxide, and organic solvents as the mechanism of chemical sensitivity in multiple chemical sensitivity
- Research, Pall 2003, Elevated nitric oxide/peroxynitrite theory of multiple chemical sensitivity central role of N-methyl-D-aspartate receptors in the sensitivity mechanism
- Research, Pall 2004, The Simple Truth about Multiple Chemical Sensitivity
- Research, Pall 2009, Multiple Chemical Sensitivity Toxicological Questions and Mechanisms
- Research, Palta et al 2017, Abstract 29 Olfactory Function and Neurocognitive Outcomes in Old Age the Atherosclerosis Risk in Communities Neurocognitive Study ARIC-NCS
- Research, Panchal and Mundkur 2020, Consumer Preferences in Fragranced Textiles
- Research, PandG to divulge fragrance 2018, PandG to divulge fragrance ingredients in consumer products
- Research, Pappu, Scent sensitivity and scent preferences what is the role of emotional intelligence?
- Research, Paqueron 2017, Hypnotic glove analgesia effects of hypnosis on skin temperature measured by infrared thermography
- Research, Park et al 2017, Spatial-Temporal Dispersion of Aerosolized Nanoparticles During the Use of Consumer Spray Products and Estimates of Inhalation Exposure
- Research, Park et al 2018, Comparison of modeled estimates o, Comparison of modeled estimates of inhalation exposure to aerosols during use of consumer spray products
- Research, Park et al 2018, Prevalence and relationship of ol, Prevalence and relationship of olfactory dysfunction and tinnitus among middle- and old-aged population in Korea
- Research, Park et al 2019, Evaluation of human electroencephalogram change for sensory effects of fragrance
- Research, Park et al 2024, Impact of human micro-movements on breathing zone and thermal plume formation
- Research, Parker et al 1986, Phototoxicity, photoallergy, and contact sensitization of nitro musk perfume raw materials
- Research, Parma et al 2019, Ethnic influences on the perceptual properties of human chemosignals
- Research, Pasta 2015, Clinical problems in patient with Ehlers-Danlos syndrome and Multiple Chemical Sensitivity undergoing total thyroidectomy
- Research, Patlewicz et al 2002, Structure-activity relationships for selected fragrance allergens
- Research, Patlewicz et al 2004, Further evaluation of quantitative structure-activity relationship models for the prediction of the skin sensitization potency of selected fragrance allergens
- Research, Patowary et al 2018, Riot control agent oleoresin capsicum triggers acute lung injury via TLR cascade independently of the TRPV1 pathway
- Research, Patowary et al 2024, Oleoresin Capsicum OC Spray An Assessment of Respiratory Health and its Management Following Accidental and Deliberate Exposures
- Research, Patrícia Garcia Leal and Ezequias Oliveira Lira 2022, Fluxos entre dança, poesia, perfume e composição musical
- Research, Paulsen and Andersen 2005, Colophonium and Compositae mix as markers of fragrance allergy Cross-reactivity between fragrance terpenes, colophonium and Compositae plant extracts
- Research, Pawar et al 2026, A brief review on the aromatic fusion of lemongrass Cymbopogon citratus in herbal air freshener formulations
- Research, Pawelec and Wielgomas 2021, Development and validation of a gas chromatography method coupled with flame ionization detector for quantitative analysis of fragrance allergens in aromas for e-cigarettes
- Research, Pawnuk et al 2023, SENSORIAL TECHNIQUES OF ODOUR MEASUREMENTS A RELATIONSHIP BETWEEN ODOUR CONCENTRATION AND ODOUR INTENSITY FOR A SELECTED WASTE MANAGEMENT FACILITY
- Research, Payne 1979, Pheromone and Host Odor Perception in Bark Beetles
- Research, Payton and Wesson 2011, Amygdaloid?Striatal Substrates Underlying Odor Hedonics and Odor-Guided Behaviors
- Research, Pearce and Mundell 2022, PEPPER SPRAY-INDUCED CARDIOMYOPATHY
- Research, Peers et al 2009, Hypogonadotropic Hypogonadism with Anosmia
- Research, Pelosi and Pisanelli 1981, Specific anosmia to 1,8-cineole the camphor primary odour
- Research, Pelosi and Viti 1978, Specific anosmia to l -carvone the minty primary odour
- Research, Penfold et al 2017, Probing the surface of aqueous surfactant-perfume mixed solutions during perfume evaporation
- Research, Pepitone 2025, A Walk Through 7 New Technologies at the Airport Scans Distinguish Bear Spray from Hairspray While Biometric Boarding Passes Get you on Your Way
- Research, Pepper Spray 2010, Pepper Spray
- Research, Percutaneous Absorption of Fragrances 2002, Percutaneous Absorption of Fragrances
- Research, Perfume Agencies in Canada 1925, Perfume Agencies in Canada Combine
- Research, Perfume at Bethany 2019, Perfume at Bethany
- Research, Perfume Bottle 2014, Perfume Bottle
- Research, Perfume Bottle 2017, Perfume Bottle
- Research, Perfume dermatitis revisited 1977, Perfume dermatitis revisited
- Research, Perfume Engineering 2013, Perfume Engineering
- Research, Perfume Ingredients in Nature 2019, Perfume Ingredients in Nature
- Research, Perfume Notes 2022, 10 Perfume Notes, 10 Perfume Notes
- Research, Perfume Notes 2022, Perfume Notes, Perfume Notes
- Research, Perfume phototoxicity 2004, Perfume phototoxicity
- Research, Perfume/sweet 2026, Perfume/sweet
- Research, Perfumery and cosmetic products 2002, Perfumery and cosmetic products utilising Geranium oil
- Research, Perfumery Essential Oils and 1970, Perfumery Essential Oils and Volatiles
- Research, Perfumery practice and principles 1995, Perfumery practice and principles
- Research, Perfumery Practice and Principles 1996, Perfumery Practice and Principles By Robert R. Calkin Dragoco Perfumery School and J. Stephan Jellinek Dragoco, Holzminden, Germany . John Wiley and Sons, New York, NY. 1994. xiv + 292 pp. 15.5 × 24 cm. 74.95. ISBN 0-471-58934-9
- Research, Perfumery the psychology and 1989, Perfumery the psychology and biology of fragrance
- Research, Perfumery uses of lavender 2002, Perfumery uses of lavender and lavandin oils
- Research, Perfumes and Perfumery 1863, Perfumes and Perfumery
- Research, Perfumes and Perfumery 1894, Perfumes and Perfumery
- Research, Periyasamy et al 2019, Analysis of hypersensitivity in fragrance series by patch testing
- Research, Perl et al 2020, The contribution of temporal coding to odor coding and odor perception in humans
- Research, Perper et al 2017, Airborne contact dermatitis caused by fragrance diffusers in U ber cars
- Research, Pershing et al 2005, Assessment of pepper spray product potency in Asian and Caucasian forearm skin using transepidermal water loss, skin temperature and reflectance colorimetry
- Research, Persson 2011, An Unintended Side Effect of Pepper Spray
- Research, Petry et al 2014, Human health risk evaluation of selected VOC, SVOC and particulate emissions from scented candles
- Research, Peña et al 2012, Preparation and characterization of polysulfone microcapsules for perfume release
- Research, Pfaff and Steiner 2011, Development and validation of AccuTOF-DART™ as a screening method for analysis of bank security device and pepper spray components
- Research, Pfitzer 1998, RIFM Activities in the Safety Assessment of Systemic Effects of Fragrance Materials
- Research, Philpott et al 2007, R152 Olfactory Adaptation and Clearance in Clinical Practice
- Research, Philpott et al 2009, The Leicester semi-automated olfactory threshold test–a psychophysical olfactory test for the 21st century
- Research, Philpott et al 2020, Patient Experiences of Post-Infectious Olfactory Dysfunction
- Research, Phinta 2019, The Sexualization of Male Body in Perfume Advertisements in the Period of 2010-2013
- Research, Phookchaub, Fragrance encapsulation using the blend of imine derivatives of chitosan and cellulose derivatives
- Research, Phuong et al 2022, Formulation of Essential Oil-based Air Freshener Gel
- Research, Pickenhagen 1989, Enantioselectivity in Odor Perception
- Research, Picturing Perfume 2022, 3. Picturing Perfume, 3. Picturing Perfume
- Research, Picturing Perfume 2022, Picturing Perfume, Picturing Perfume
- Research, Pieniak et al 2026, Retronasal Olfactory Function After Olfactory Training A Prospective Single-Arm Study
- Research, Pierce and Simons 2018, Olfactory Adaptation is Dependent on Route of Delivery
- Research, Pigatto and Guzzi 2019, Contact allergy to metals and mul, Contact allergy to metals and multiple chemical sensitivity
- Research, Pigatto and Guzzi 2019, Prevalence and risk factors for m, Prevalence and risk factors for multiple chemical sensitivity in Australia
- Research, Pigatto et al 2020, Chemical Exposure, Risk of Multiple Chemical Sensitivity, and Occupational Safety
- Research, Pilkington 2021, The importance of keratinocyte-dendritic cell interactions in understanding fragrance allergy
- Research, Pino 2019, Genetic variation in the odorant receptor gene OR4 and bit habits in natural populations of Aedes aegypti from Antioquia department, Colombia
- Research, Pires Latge, LANÇAMENTO DO PERFUME ROMANCE MEN SILVER
- Research, Piskur 1938, Soap, perfumery and cosmetics. Buyer’s guide and cyclopaedia
- Research, Pithanthanakul et al 2021, Encapsulation of fragrances in zein nanoparticles and use as fabric softener for textile application
- Research, Podolecka et al 2025, A Novel Reversible Model of Anosmia Disrupts Respiration-Linked Brain Oscillations and Behaviour
- Research, Pokora and Lansky 2009, Optimal odor intensity in olfactory neuronal models
- Research, Politano and Api 2008, The Research Institute for Fragrance Materials’ human repeated insult patch test protocol
- Research, Pomeroy and Cruse 1969, HYDROGEN SULFIDE ODOR THRESHOLD
- Research, Ponda et al 2021, PENERAPAN METODE QUALITY FUNCTION DEPLOYMENT QFD DALAM PENGEMBANGAN PRODUK BODY MIST STUDI KASUS PERUSAHAAN PARFUM
- Research, Pontén et al 2004, Associations between Contact Allergy to Epoxy Resin and Fragrance Mix
- Research, Pontén et al 2016, Concomitant contact allergies to formaldehyde, methylchloroisothiazolinone/methylisothiazolinone, methylisothiazolinone, and fragrance mixes I and II
- Research, Poon and Grohmann 2014, Spatial density and ambient scent effects on consumer anxiety
- Research, Popadyuk et al 2015, Thermoresponsive latexes for fragrance encapsulation and release
- Research, poster Effects of radiotherapy 2004, 905 poster Effects of radiotherapy on olfactory function
- Research, Posttraumatic Anosmia and Orbital 1999, Posttraumatic Anosmia and Orbital Frontal Injury
- Research, Poucher 1973, Soap Perfumery
- Research, Poucher 1974, A dictionary of the raw materials, A dictionary of the raw materials of perfumery
- Research, Poucher 1974, Complex of reactors used for prep, Complex of reactors used for preparation of perfumery raw materials
- Research, Poucher 1993, Soap Perfumery
- Research, Pourfattah et al 2024, How Does the Interaction of the Human Thermal Plume and Breathing Affect the Microenvironment and Macroenvironment of an Elevator Cabin?
- Research, Powari and Akan 2024, Odor Intensity Shift Keying OISK and Channel Capacity of Odor-Based Molecular Communications in Internet of Everything
- Research, Practice for Labeling Cans, Practice for Labeling Cans of Consumer Spray Paint
- Research, Practice for Referencing Suprathreshold, Practice for Referencing Suprathreshold Odor Intensity
- Research, Practices for Referencing Suprathreshold, Practices for Referencing Suprathreshold Odor Intensity
- Research, Pradhan et al 2023, Nanoperfumes as a fragrance product
- Research, Prakash 2021, Everyday Politics of Economic Life in Small Town North India A Social History of Kannauj through the Lens of the Ittar Perfume Business
- Research, Pramesthi et al 2025, Efektivitas Bubuk Kayu Manis Cinnamomum burmannii sebagai Gel Air Freshener Pengusir Lalat
- Research, Prasad and Veera 2023, Preparation of novel fragrance and flavour ingredients by cyclopropanation
- Research, Present Status of Chemical 2017, Present Status of Chemical Sensitivity
- Research, Procter and Gamble obtains 2003, Procter and Gamble obtains fragrance delivery system patent
- Research, Professionalizing Perfumery Eugène Rimmel 2020, Professionalizing Perfumery Eugène Rimmel
- Research, Promoting Understanding of Chemical 2017, Promoting Understanding of Chemical Sensitivity
- Research, Prophets, Protests, and Pepper 2005, Prophets, Protests, and Pepper Spray
- Research, Prophets, Protests, and Pepper, PROPHETS, PROTESTS, AND PEPPER SPRAY
- Research, Pryor et al 1970, Changes in absolute detection threshold and in subjective intensity of suprathreshold stimuli during olfactory adaptation and recovery
- Research, Psychophysical Measurement of Human 2003, Psychophysical Measurement of Human Olfactory Function, Including Odorant Mixture Assessment
- Research, Psychophysiology of ODOR Perception 2005, PSYCHOPHYSIOLOGY OF ODOR PERCEPTION
- Research, Puig 2003, The Search for Identity Spanish Perfume in the International Market
- Research, Puschmann and Wszolek 2012, Olfactory Dysfunction
- Research, Pybus 2006, Buying fragrance ingredients and, Buying fragrance ingredients and selling fragrance compounds
- Research, Pybus 2006, The history of aroma chemistry an, The history of aroma chemistry and perfume
- Research, Pybus et al 1999, Measurement of fragrance percepti, Measurement of fragrance perception
- Research, Pybus et al 1999, Perfumery materials of natural or, Perfumery materials of natural origin
- Research, Pybus et al 1999, The history of aroma chemistry an, The history of aroma chemistry and perfume
- Research, Pybus et al 1999, The search for new fragrance ingr, The search for new fragrance ingredients
- Research, Pérez-Crespo et al 2018, Multiple Chemical Sensitivity in Chemical Laboratory Workers
- Research, Pérez-Outeiral et al 2015, Ultrasound-assisted emulsification microextraction coupled with high-performance liquid chromatography for the simultaneous determination of fragrance allergens in cosmetics and water
- Research, Pérez-Outeiral et al 2017, Development and validation of a method for the determination of regulated fragrance allergens by High-Performance Liquid Chromatography and Parallel Factor Analysis 2
- Research, Pérès et al 2023, Collaborative validation of the quantification method for 57 allergens in ready to inject fragrance samples
- Research, Pírez et al 2023, Sensory adaptation modulates coding and perceptual quality of odor mixtures
- Research, Pírez et al 2025, Sensory adaptation modulates coding and the perceptual quality of odor mixtures
- Research, Pónyai et al 2011, Patch-testing with Fragrance Mix II
- Research, Pónyai et al 2012, Patch Tests With Fragrance Mix II and Its Components
- Research, Qi et al 2025, Fragrance Skin Care Research on Consumer Fragrance Preference and Emotional Value
- Research, Qualls et al 1993, Near-surface air temperature as substitute for skin temperature in regional surface flux estimation
- Research, Quellet et al 2001, Flavors and Fragrance Delivery Systems
- Research, Rabin 1988, Experience facilitates olfactory quality discrimination
- Research, Rabin and Cain 1986, Determinants of measured olfactory sensitivity
- Research, Rademaker 1994, Allergic contact dermatitis from lavender fragrance in Difflam® gel
- Research, Rademaker 2000, Allergy to lichen acids in a fragrance
- Research, Radha et al 2002, R. Radha, R. Latha and M. S. Swaminathan. ‘Chemical composition and bioactivity of essential oil from Syzygium travancoricum Gamble’. Flavour and Fragrance Journal 17 5 2002, 352-354
- Research, Radil and Wysocki 1998, SPONTANEOUS VARIABILITY AND INDUCED INCREASE OF OLFACTORY SENSITIVITY TO DILUTED ODORANTS
- Research, Radulović and Mladenović 2026, Unlocking the Secrets of Roman Chamomile Anthemis nobilis L. Essential Oil Structural Elucidation and Acute Toxicity of New Esters
- Research, Raguso 2001, Floral scent, olfaction, and scent-driven foraging behavior
- Research, Rahandini 2025, The Influence of Affiliate Content Type and Source Credibility on Perceived Trust and Purchase Intention on TikTok Shop A Study of Air Freshener Products
- Research, Raison-Peyron et al 2023, Severe allergic contact dermatitis to coumarin contained in a perfume mimicking skin drug reaction
- Research, Ramamoorthy and Rajiv 2014, l -carvone-loaded nanofibrous membrane as a fragrance delivery system fabrication, characterization and in vitro study
- Research, Ramic-Brkic and Chalmers 2014, Olfactory Adaptation in Virtual Environments
- Research, Ramteke and Jain 2021, Anosmia-What we Know About Anosmia and what We Don’t Know About it
- Research, Ranavaya 2000, Challenge of Evaluating Multiple Chemical Sensitivity
- Research, Randal and Stanton 2022, The Pleasant Smell of Aftershave and the Imagined Relief of Not Existing
- Research, Rasier et al 2014, The Decrease in Aqueous Tear Production Associated with Pepper Spray
- Research, Rastogi 1998, Contents of Sensitizing Fragrance Materials in Natural Ingredient Based Cosmetics
- Research, Rastogi et al 1999, Contents of fragrance allergens in children’s cosmetics and cosmetic-toys
- Research, Rastogi et al 2007, Selected important fragrance sensitizers in perfumes current exposures
- Research, Ravichandran and Philominathan 2008, Fabrication of antimony doped tin oxide ATO films by an inexpensive, simplified spray technique using perfume atomizer
- Research, Ravichandran et al 2009, Doubly doped tin oxide films from cost effective spray technique using perfume atomiser
- Research, Rea 2023, Definition of Chemical Sensitivity
- Research, Recent advances in mechanisms 1999, Recent advances in mechanisms of odor perception
- Research, Reddy et al 2017, Antagonism in olfactory receptor neurons and its implications for the perception of odor mixtures
- Research, Reddy et al 2018, Antagonism in olfactory receptor neurons and its implications for the perception of odor mixtures
- Research, Reid 1879, MEMBRANOUS LARYNGITIS FROM EAU DE COLOGNE
- Research, Reilly et al 2002, Detection of Pepper Spray Residues on Fabrics Using Liquid Chromatography-Mass Spectrometry
- Research, Reilly, Crouch and Yost 2001, Quantitative Analysis of Capsaicinoids in Fresh Peppers, Oleoresin Capsicum and Pepper Spray Products
- Research, Reisert 2000, Adaptation-induced Changes in Sensitivity in Frog Olfactory Receptor Cells
- Research, Reisert and Matthews 1999, Adaptation of the odour-induced response in frog olfactory receptor cells
- Research, Rembulan and Sanjaya 2025, Perceived Value and Purchase Intention Among Young Adults Perfume Consumers A Mixed-Method Exploration
- Research, Remy et al 2020, How high-resolution mass spectrometry can help for the accurate quantification of difficult fragrance allergens
- Research, Ren et al 2025, A comprehensive review and variability analysis of odor detection thresholds and their influence on building material odor assessments
- Research, Renaldi et al 2021, Design of Device for Detecting Alcohol Content in Perfume Using the MQ-3 Sensor Case Studies on Various Perfume Brands
- Research, Research on Perfume User 2024, Research on Perfume User Experience Evaluation Based on Human Machine Hybrid Generation Adversarial Network
- Research, Review of the Available 2016, Review of the Available Scientific Evidence on Multiple Chemical Sensitivity Syndrome
- Research, Rey et al 2015, Determination of suspected fragrance allergens extended list by two-dimensional gas chromatography-mass spectrometry in ready-to-inject samples
- Research, Rezendes et al 2004, GOT SULFUR? Analytical Methods in the Odor Threshold Range
- Research, Rezvani et al 2007, Investigation Of Olfactory Threshold Responses In Chronic Rhinitis Subtypes
- Research, rgen Bertram et al 2001, Modern Methods for Isolating and Quantifying Volatile Flavor and Fragrance Compounds
- Research, Riad et al 2021, Occurrence of Marine Ingredients in Fragrance Update on the State of Knowledge
- Research, Rick and McCarty 1988, The Determination of the Odor Threshold of Telone® II Soil Fumigant by a New Method
- Research, Ridley 1978, Perfume in shampoo dermatitis
- Research, Riebeling et al 2015, Comparative modeling of exposure to airborne nanoparticles released by consumer spray products
- Research, Rihn et al 2012, FLORAL GIFT PERCEIVED PRACTICALITY FRAGRANCE AND LONGEVITY BY GENERATION X AND Y CONSUMERS
- Research, Rikowski and Grammer 1999, Human body odour, symmetry and attractiveness
- Research, Rimmer 2020, Anosmia five minutes with . . . ENT consultant Claire Hopkins
- Research, Rinaldi et al 2018, Smelling the space around us Odor pleasantness shifts visuospatial attention in humans
- Research, Ring et al 2000, Das Öko-Syndrom Multiple chemical sensitivity und verwandte Syndrome
- Research, Risky et al 2024, Effect of Product Quality, Price Perception and Word Of Mouth WOM on Purchasing Decisions for Refill Perfume Products in Sidoarjo
- Research, Road Perfume 2020, Road Perfume
- Research, Roberts and others 2009, Manipulation of Body Odour Alters Men’s Self-Confidence and Judgements of Their Visual Attractiveness by Women
- Research, Roberts and Vey 2002, Procedures for Supplying Fragrance Information to Dermatologists
- Research, Roberts et al 2002, Skin Reaction to Fragrances Procedures for Promptly Supplying Fragrance Information to Dermatologists
- Research, Rodrigues and Albergaria 2023, O perfume e o poder da rosa azul
- Research, Rodrigues, Nogueira and Faria 2021, Perfume and Flavor Engineering, A Chemical Engineering Perspective
- Research, Rodriguez 2024, A Whiff of Trouble Navigating Allergic Contact Dermatitis to Fragrance
- Research, Rodríquez and Mitchell 1977, Absence of contact hypersensitivity to some perfume materials derived from Compositae species
- Research, Rogers et al 2005, Simulated Inhalation Levels of Fragrance Materials in a Surrogate Air Freshener Formulation
- Research, Roh and Cheng 2021, Ultraviolet filter, fragrance and preservative allergens in New Zealand sunscreens
- Research, Rokosz et al 2026, Olfactory Threshold Can Be Reliably Tested With Sniffin’ Sticks in Non-Clinical Settings Associations Shown in a Diverse, General Population
- Research, Romagny et al 2015, Configural processing of odor mixture Does the learning of elements prevent the perception of configuration in the newborn rabbit?
- Research, Roof 2017, Multiple Chemical Sensitivity
- Research, Rose-scented geranium’ a Pelargonium 2002, ‘Rose-scented geranium’ a Pelargonium grown for the perfume industry
- Research, Rospars et al 1996, Modelling Odor Intensity and Odor Quality Coding in Olfactory Systems
- Research, Ross 1992, Treatment Options in Multiple Chemical Sensitivity
- Research, Rossi et al 2010, Design and Feasibility of an International Study Assessing the Prevalence of Contact Allergy to Fragrances in the General Population The European Dermato-Epidemiology Network Fragrance Study
- Research, Rossiter 2001, The Design and Synthesis of Novel Muguet Fragrance Ingredients The Discovery of a Series of 3-Alkylcycloalkanols
- Research, Rothe 1994, Immunologic, Psychological, and Neuropsychological Factors in Multiple Chemical Sensitivity A Controlled Study
- Research, Rothe et al 2011, Special aspects of cosmetic spray safety evaluations Principles on inhalation risk assessment
- Research, Rothenborg et al 1977, Temperature dependent primary irritant dermatitis from lemon perfume
- Research, Rothlisberger 2009, Alain Chaintreau to take over from John Piggott as editor-in-chief of Flavour and Fragrance Journal
- Research, Rothney et al 2001, 234. Practical Application of an Odor Threshold/Vapor Hazard Ratio Algorithm to Provide a Risk Ranking Approach for Solvent Exposure Assessments
- Research, Rotton 1994, The Other Ms of Perfumery
- Research, Rouby et al 2009, Odor hedonics and their modulators
- Research, Roudnitska 1994, The Art of Perfumery
- Research, Rovee 1972, Olfactory cross-adaptation and facilitation in human neonates
- Research, Roy et al 2026, Toward an Evidence-Informed Model Fragrance-Free Policy An Indoor Air Quality Source-Control Framework for Accessibility and Inclusion
- Research, Ruda et al 2024, Beyond Distracted Eating Cognitive Distraction Downregulates Odor Pleasantness and Interacts With Weight Status
- Research, Rudzki and Grzywa 1986, Allergy to perfume mixture
- Research, Ruffini et al 2014, Adaptation of Olfactory Threshold at High Altitude
- Research, Ruiz Sánchez et al 2025, Chronic Prurigo Associated With Allergic Contact Dermatitis A Case Series Highlighting Textile Dyes and Fragrance Allergens
- Research, Rumsey and Cesta 1970, Odor Threshold Levels for UDMH and N0 2
- Research, Rádis-Baptista 2023, Do Synthetic Fragrances in Personal Care and Household Products Impact Indoor Air Quality and Pose Health Risks?
- Research, S Sayapathi and Rowther 2024, Dermatitis Secondary to Exposure to Nickel and Fragrance at Workplace A Case Report
- Research, Saatci et al 2020, Olfactory training ball improves adherence and olfactory outcomes in post-infectious olfactory dysfunction
- Research, Sabiniewicz and Hummel 2023, Mood Impairment in Patients with Olfactory Loss Predicts a More Pronounced Recovery of Olfactory Function
- Research, Sabroe et al 2016, Contact allergy to essential oils cannot always be predicted from allergy to fragrance markers in the baseline series
- Research, Sadanandappa et al 2013, Synapsin Function in GABA-ergic Interneurons Is Required for Short-Term Olfactory Habituation
- Research, Safe air freshener 1988, Safe air freshener
- Research, Sagala and Anggusti 2025, The application of intellectual property rights to the processing of haminjon resin into perfume products
- Research, Saget et al 2021, Synthesis and odour perception of a series of highly substituted cyclohexane derivatives
- Research, Saini et al 2026, Prakriti-based differences in olfactory perception and receptor gene expression An Ayurgenomics approach
- Research, Saito 2018, The relation between olfactory function and age, and the normative values of OSIT-J
- Research, Saito et al 1994, Effects of Fluctuating Odor on Odor Intensity and Annoyance
- Research, Saiyasombati and Kasting 2003, Two-stage kinetic analysis of fragrance evaporation and absorption from skin
- Research, Sakae et al 2001, Adult-onset hereditary sensory and autonomic neuropathy accompanied by anosmia but without skin ulceration
- Research, Sakai 2006, The effects of other sensory information on odor perception
- Research, Sakai et al 2004, Effect of Description of Odor on Perception and Adaptation of the Odor
- Research, Sakata et al 2019, Chaotic Analysis of Finger Plethysmograms for Evaluation Emotion Induced by Exposure to Fragrance
- Research, Sakurai and Jingu 1997, Verbal Expression of Perfume Material due to Synaesthesia
- Research, Salamone et al 2023, Effect of Spatial Proximity and Human Thermal Plume on the Design of a DIY Human-Centered Thermohygrometric Monitoring System
- Research, Salmanzadeh et al 2012, Computational modeling of effects of thermal plume adjacent to the body on the indoor airflow and particle transport
- Research, Salvaggio and Terr 1996, Multiple Chemical Sensitivity Multiorgan Dysesthesia, Multiple Symptom Complex, and Multiple Confusion Problems in Diagnosing the Patient Presenting with Unexplained Multisystemic Symptoms
- Research, Salvito et al 2011, Macrocyclic fragrance materials-A screening-level environmental assessment using chemical categorization
- Research, Sanchez and Katta 2020, Tomato Allergy and the Link to Fragrance Allergy
- Research, Sanchez et al 2020, Allergy to “Natural” Fragrance
- Research, Sanchez-Politta et al 2009, Does contact dermatitis to fragrances influence the quality of life? A descriptive study measuring and comparing the quality of life and skin involvement in patients with contact dermatitis to fragrances
- Research, Sanchez-Prado et al 2011, Determination of suspected fragra, Determination of suspected fragrance allergens in cosmetics by matrix solid-phase dispersion gas chromatography-mass spectrometry analysis
- Research, Sanchez-Prado et al 2011, Multicomponent analytical methodo, Multicomponent analytical methodology to control phthalates, synthetic musks, fragrance allergens and preservatives in perfumes
- Research, Sandell et al 2026, Consumer segmentation based on genetic variation in taste and smell perception
- Research, Sanjaya et al 2026, NLCs-based solid perfume with pandan Pandanus amaryllifolius Roxb. and lemon Citrus limon Burm. essential oils
- Research, Sankaran et al 2022, Stereoscopic PIV Measurements Of The Human Thermal Plume
- Research, Sansukcharearnpon et al 2010, High loading fragrance encapsulation based on a polymer-blend Preparation and release behavior
- Research, Santana et al 2023, Advancing Odor Classification Models Enhanced by Scientific Machine Learning and Mechanistic Model Probabilistic Weight Assignment for Odor Intensity Prediction and Uncertainty Analysis for Robust Fragrance Classification
- Research, Santos et al 2022, Olfactory threshold as a biomarker of disease activity
- Research, Saptari et al 2019, Reducing Wasted in Perfume Laboratory Activities using DMAIC Method
- Research, Sari et al 2026, Fragrance and Antioxidant, Anti-Collagenase, Non-Irritant and Skin Rejuvenation Properties of Star Anise Illicium verum Essential Oil Combined With Butterfly Pea Clitoria ternatea Extract as a Natural Colourant
- Research, Sarkar et al 2023, Neuronal perception of aversive odor shortens life span in Caenorhabditis elegans
- Research, Sasseville 2008, Sensitization Rates of Traditional and Newer Fragrance Allergens
- Research, Sato and Tamura 2015, High antiallergic activity of 5,6,4’-trihydroxy-7,8,3’-trimethoxyflavone and 5,6-dihydroxy-7,8,3’,4’-tetramethoxyflavone from eau de cologne mint Mentha×piperita citrata
- Research, Sato-Akuhara and others 2023, Genetic Variation in the Human Olfactory Receptor OR5AN1 Associates with the Perception of Musks
- Research, Savastano and others 2009, Adiposity and Human Regional Body Temperature
- Research, Sawant and Jain 2024, Market Differentiation Strategies in the Perfume Industry Economic Implications of Brand Value
- Research, SCCS 2012, Opinion on Fragrance Allergens in Cosmetic Products
- Research, Schaefer et al 2002, Olfactory Fingerprints for Major Histocompatibility Complex-Determined Body Odors II Relationship among Odor Maps, Genetics, Odor Composition, and Behavior
- Research, Scheinman 1996, Allergic contact dermatitis to fragrance A review
- Research, Scheinman 1997, Is it really fragrance-free? 1, Is it really fragrance-free? 1
- Research, Scheinman 1997, Is it Really Fragrance-Free?, Is it Really Fragrance-Free?
- Research, Scheinman 1999, The foul side of fragrance-free products What every clinician should know about managing patients with fragrance allergy
- Research, Scheinman 2001, Exposing covert fragrance chemicals
- Research, Scheinman 2002, Prevalence of Fragrance Allergy
- Research, Schember et al 2026, P30-28 Assessing the performance of the SARA-ICE defined approach in fragrance ingredient point of departure prediction
- Research, Schiet and Cain 1990, Odor Intensity of Mixed and Unmixed Stimuli under Environmentally Realistic Conditions
- Research, Schiet and Frijters 1988, An investigation of the equiratio-mixture model in olfactory psychophysics A case study
- Research, Schifferstein et al 2011, Can Ambient Scent Enhance the Nightlife Experience?
- Research, Schild et al 1990, Excitation and adaptation of frog olfactory receptor neurones upon stimulation with second messengers and natural odorants
- Research, Schilder et al 2015, Diurnal and Nocturnal Skin Temperature Regulation in Chronic Complex Regional Pain Syndrome
- Research, Schissler 1980, Perfume and Perception
- Research, Schneller-Pavelescu et al 2019, An Update on Fragrance Contact Dermatitis
- Research, Schnuch et al 2007, Majantol® a new important fragrance allergen
- Research, Schnuch et al 2009, Experimental inhalation of fragrance allergens in predisposed subjects effects on skin and airways
- Research, Schnuch et al 2015, Risk of sensitization to fragrances estimated on the basis of patch test data and exposure, according to volume used and a sample of 5451 cosmetic products
- Research, Schollhammer et al 2012, The diagnostic value of patch tests with two fragrance mix I preparations for detection of clinically relevant perfume allergy
- Research, Schubert 2006, Skin diseases in workers at a perfume factory
- Research, Schubert et al 2021, Very late reactions in the patch test with fragrance mix I and oak moss absolute Evernia prunastri, INCI Data of the Information Network of Departments of Dermatology IVDK
- Research, Schuttelaar et al 2018, Prevalence of contact allergy to metals in the European general population with a focus on nickel and piercings The EDEN Fragrance Study
- Research, Schwabe et al 2022, Human olfactory discrimination of genetic variation within Cannabis strains
- Research, Schwartz 1991, Epidemiology and its Application to Olfactory Dysfunction
- Research, Schwarz and Hamburger 2024, Influence of Negative and Positive Ambient Scent On Wayfinding Performance and Implicit Memory
- Research, Schwarzenbach and Bertschi 2001, Models to assess perfume diffusion from skin
- Research, Schwimmer and Guadagni 1962, Relation Between Olfactory Threshold Concentration and Pyruvic Acid Content of Onion Juice
- Research, Schürer and Schwanitz 2004, FS06.5 Fragrance sensitization in geriatric nurses
- Research, Scognamiglio et al 2012, Fragrance material review on 2-he, Fragrance material review on 2-heptylcyclopentanone
- Research, Scognamiglio et al 2012, Fragrance material review on dihy, Fragrance material review on dihydroisojasmone
- Research, Scognamiglio et al 2012, Fragrance material review on hexe, Fragrance material review on hexenylcyclopentanone
- Research, Scognamiglio et al 2012, Fragrance material review on isoj, Fragrance material review on isojasmone
- Research, Scognamiglio et al 2012, Fragrance material review on phen, Fragrance material review on phenylethyl alcohol
- Research, Scognamiglio et al 2012, Fragrance material review on β-me, Fragrance material review on β-methoxy-benzeneethanol
- Research, Scognamiglio et al 2013, Fragrance material review on acet, Fragrance material review on acetyl carene
- Research, Scognamiglio et al 2013, Fragrance material review on cycl, Fragrance material review on cyclohexyl methyl pentanone
- Research, Seawrlght 1993, Tea tree oil poisoning
- Research, Seguin 1899, Perfumery for the Pharmacist
- Research, Sell 1996, Introduction to Perfumery
- Research, Sell 2006, Ingredients for the modern perfum, Ingredients for the modern perfumery industry
- Research, Sell 2006, Perfumery materials of natural or, Perfumery materials of natural origin
- Research, Sell 2019, Perfume in the Bible
- Research, Semin et al 2019, Inter- and Intra-Species Communication of Emotion Chemosignals as the Neglected Medium
- Research, Semin et al 2023, Investigating Inattentional Blindness Through the Lens of Fear Chemosignals
- Research, Semple et al 2020, Injuries and deaths proximate to oleoresin capsicum spray deployment A literature review
- Research, Senthilkumaran et al 2012, Ventricular fibrillation after exposure to air freshener-death just a breath away
- Research, Seo and Hummel 2010, Auditory-Olfactory Integration Congruent or Pleasant Sounds Amplify Odor Pleasantness
- Research, Seo and Hummel 2017, Cross-Modal Integration in Olfactory Perception
- Research, Seo et al 2013, Congruent Sound Can Modulate Odor Pleasantness
- Research, Seok et al 2017, Correlation between olfactory severity ratings based on olfactory function test scores and self-reported severity rating of olfactory loss
- Research, Septiyanti et al 2021, Characterization of solid perfume based on Cocoa Butter with Jasmine Oil as fragrance
- Research, Sergeant 2010, Female Perception of Male Body Odor
- Research, Seto et al 2009, Evaluation of indoor air quality by odor units odor threshold ratio
- Research, Seubert et al 2017, Behavioral and Neural Determinant, Behavioral and Neural Determinants of Odor Valence Perception
- Research, Seubert et al 2017, Prevalence and Correlates of Olfa, Prevalence and Correlates of Olfactory Dysfunction in Old Age A Population-Based Study
- Research, Shah et al 2022, Laryngeal Hypersensitivity in a Veteran Cohort with Remote Exposure to Tear Gas and Pepper Spray
- Research, Shaikh 2000, Support for Conference Entitled The Role of Neural Plasticity in Chemical Intolerance””
- Research, Shanahan and Kahnt 2022, On the state-dependent nature of odor perception
- Research, Shankar et al 2010, An expectations-based approach to explaining the cross-modal influence of color on orthonasal olfactory identification The influence of the degree of discrepancy
- Research, Shanks 1993, Style and the Design of a Perfume Jar from an Archaic Greek City State
- Research, Shaohang et al 2025, The Integration of Digital Transformation and Cultural Heritage Personalized Colors and Emotional Expression in Scented Candle Design
- Research, Sharma and Tiwari 2012, A Study of Dermatophytes in Dogs and in vitro Response of Psoralea corylifolia Essential Oil
- Research, Shea et al 2008, Noradrenergic Induction of Odor-Specific Neural Habituation and Olfactory Memories
- Research, Shellie et al 2004, Quantitation of suspected allergens in fragrances Part I evaluation of comprehensive two-dimensional gas chromatography for quality control
- Research, Shen et al 2014, An in silico skin absorption model for fragrance materials
- Research, Shen et al 2021, Study on the Effects of Knitted Fabric Parameters on Fragrance Retention Performance
- Research, Shi et al 2017, Membranes for Continuous Nonenergized Air Freshener Perfume Delivery
- Research, Shibamoto 1986, Odor Threshold of Some Pyrazines
- Research, Shibuta et al 2016, Determination of Fragrance Allergens by Ultraviolet Femtosecond Laser Ionization Mass Spectrometry
- Research, Shiga et al 2017, Prognostic value of olfactory nerve damage measured with thallium-based olfactory imaging in patients with idiopathic olfactory dysfunction
- Research, Shimada et al 2012, Corneal Ulcer Associated with Pepper Spray Exposure during Military Training
- Research, Shneider 2026, From Talk to Tags Privacy-Preserv, From Talk to Tags Privacy-Preserving Shelf-Edge Telemetry and the Politics of Market Sensing in Perfumery Retail
- Research, Shneider 2026, Privacy-Preserving Shelf-Edge Fee, Privacy-Preserving Shelf-Edge Feedback Telemetry in Perfumery Retail Planogram-Locked Voice-to-Tag Aggregates and Their Relationship to Sales
- Research, Shneider 2026, The Language of the Shelf A Taxon, The Language of the Shelf A Taxonomy of In-Store Consumer Vocabulary in Beauty and Perfumery
- Research, Shoji 2006, Effect of fragrance on sensory perception
- Research, Sibbison 1991, USA Multiple chemical sensitivity
- Research, Siegel 1999, Multiple chemical sensitivity as a conditional response
- Research, Siegel and Kreutzer 1997, Pavlovian Conditioning and Multiple Chemical Sensitivity
- Research, Sigworth 1964, Consistency of Results With Threshold Odor Tests
- Research, Sijben et al 2017, Fast Olfactory Threshold Determination Using an Ascending Limits Procedure
- Research, Sikorski 1995, The Question of Multiple Chemical Sensitivity
- Research, Silva 2020, What makes pepper spray so intense? And is it a tear gas? A chemical engineer explains
- Research, Silva 2023, O ETERNO INSTANTE EM “PERFUME DE MULHER”
- Research, Silva and Mazzilli 2014, Translating smells into colors a proposal for improve the perception of perfume packaging design
- Research, Silva et al 2020, Not All Emotions Are Equal Fear Chemosignals Lower Awareness Thresholds Only for Fearful Faces
- Research, Silva et al 2021, The influence of ambient scent on the passengers’ experience, emotions and behavioral intentions An experimental study in a Public Bus service
- Research, Simon 1992, Psychiatric Treatments in Multiple Chemical Sensitivity
- Research, Simon 1994, Psychiatric Symptoms in Multiple Chemical Sensitivity
- Research, Sinding et al 2017, New determinants of olfactory habituation
- Research, Singal et al 2011, Fragranced Products and VOCs
- Research, Singer and others 2006, Indoor Secondary Pollutants from Cleaning Product and Air Freshener Use in the Presence of Ozone
- Research, Singer et al 2006, Cleaning products and air fresheners emissions and resulting concentrations of glycol ethers and terpenoids
- Research, Singh et al 2023, Beyond Aromatherapy Illuminating the Underappreciated Risks Associated with Scented Candle Exposure
- Research, Singh et al 2026, Fragrance retention and consumer acceptance of citronella oil-fragranced cotton sewing thread A sensory panel study
- Research, Siqueira et al 2006, Olfactory threshold increase in trigeminal neuralgia after balloon compression
- Research, Sirotin et al 2015, Neural Coding of Perceived Odor Intensity
- Research, Sisubalan et al 2023, Composition, Bioactivities, Safety Concerns, and Impact of Essential Oil on Pets’ and Animals’ Health
- Research, Sivakarthi et al 2025, Scentsense An Emotion-Driven Fragrance Recommendation System Leveraging Contextual Cues
- Research, Skeat 1966, A Fragment on the Ptolemaic Perfume Monopoly P. Lond. Inv. 2859A, A Fragment on the Ptolemaic Perfume Monopoly P. Lond. Inv. 2859A
- Research, Skeat 1966, A Fragment on the Ptolemaic Perfume Monopoly, A Fragment on the Ptolemaic Perfume Monopoly
- Research, Sköld et al 2006, The fragrance chemical β-caryophyllene-air oxidation and skin sensitization
- Research, Slotnick and Weiler 2009, Olfactory Perception
- Research, Smati et al 2024, Investigation of olfactory perception by a putative adsorption process of sotolone and abhexone on human olfactory receptor OR8D1 Statistical physics modeling and molecular docking
- Research, Smell and anosmia 2015, Smell and anosmia
- Research, smell, fragrance, perfume, rank 2014, smell, fragrance, perfume, rank, reek, scent
- Research, Smells like me 2009, Smells like me - Personality and Perfume Choice
- Research, Smith 2000, FRAGRANCE MATERIAL SAFETY EVALUATION 46, FRAGRANCE MATERIAL SAFETY EVALUATION 46
- Research, Smith 2000, FRAGRANCE MATERIAL SAFETY EVALUATION, FRAGRANCE MATERIAL SAFETY EVALUATION
- Research, Smith 2004, Technical Aspects of Perfumery
- Research, Smith and Alpert 2000, Pepper spray A safe and reasonable response to suspect verbal resistance
- Research, Smith and Api 2003, Group summaries and fragrance material reviews
- Research, Smith and Seiden 1991, Olfactory Dysfunction
- Research, Smith et al 2008, Efficacy of Bear Deterrent Spray in Alaska
- Research, Smith et al 2020, An Investigation of Factors Influencing Bear Spray Performance
- Research, Sobel 2000, Sniffing Longer rather than Stronger to Maintain Olfactory Detection Threshold
- Research, Sobotková et al 2016, Effect of Biological Relatedness on Perfume Selection for Others Preliminary Evidence
- Research, Solichin et al 2026, Effects of Car Air Freshener Formulations on Airborne Particle Concentrations in Solar-Heated Vehicle Cabins
- Research, Solubility Table of Principal 2013, Solubility Table of Principal Synthetic Perfumes
- Research, Son and Lee 2011, Analysis of volatile aroma compounds from vanilla perfume using headspace disk type monolithic material sorptive extraction
- Research, Sondergaard et al 2010, Determination of Odor Detection Threshold in the Gottingen Minipig
- Research, Song 2025, Perfume-Making and Craft-Knowledge Transmission in the Middle Assyrian Period
- Research, Songsathitmetha et al 2024, The Analytical Investigation of Electrocoagulation of Perfume Profiles for the Odor-Active Compounds
- Research, Soo Lim et al 2018, Determination of fragrance allergens and their dermal sensitization quantitative risk assessment QRA in 107 spray perfumes
- Research, Sorg 1999, Multiple Chemical Sensitivity Potential Role for Neural Sensitization
- Research, Soriano 2026, CD20 What is really in K-beauty serums? Fragrance, botanicals and emerging contact allergens
- Research, Sorokina et al 2002, Evaporation of the fragrance component, cinnamyl alcohol, using simultaneous TG-DTA
- Research, Sorokowska and Oleszkiewicz 2019, Body-odor based assessments of sex and personality Non-significant differences between blind and sighted odor raters
- Research, Sorokowska et al 2013, Olfaction and Environment Tsimane’ of Bolivian Rainforest Have Lower Threshold of Odor Detection Than Industrialized German People
- Research, Sorokowska et al 2014, Reading first or smelling first? Effects of presentation order on odor identification
- Research, Sorokowska, Sorokowski and Havlíček 2016, Body Odor Based Personality Judgments, The Effect of Fragranced Cosmetics
- Research, Sorokowski and others 2019, Sex Differences in Human Olfaction, A Meta-Analysis
- Research, Sources of Perfume Ingredients 2019, Sources of Perfume Ingredients
- Research, Souza 2024, O Perfume da Verdadeira Adoração
- Research, Spangenberg et al 2005, It’s beginning to smell and sound a lot like Christmas the interactive effects of ambient scent and music in a retail setting
- Research, Spangenberg et al 2006, Gender-congruent ambient scent influences on approach and avoidance behaviors in a retail store
- Research, Spaulding 1942, Accuracy and Application of Threshold Odor Tests
- Research, Specific Anosmia 2009, Specific Anosmia
- Research, Spence 2020, Scenting the Anosmic Cube On the, Scenting the Anosmic Cube On the Use of Ambient Scent in the Context of the Art Gallery or Museum
- Research, Spence 2020, Using Ambient Scent to Enhance We, Using Ambient Scent to Enhance Well-Being in the Multisensory Built Environment
- Research, Spence 2021, Scent in Motion On the Multiple Uses of Ambient Scent in the Context of Passenger Transport
- Research, Spence 2022, Odour hedonics and the ubiquitous appeal of vanilla
- Research, Spence et al 2024, Marketing sonified fragrance Designing soundscapes for scent
- Research, Spence et al 2026, ‘Play the fragrance’ Designing musical soundscapes to match fragrances based on olfactory-auditory crossmodal correspondences
- Research, Spencer et al 2004, Social chemosignals from breastfeeding women increase sexual motivation
- Research, Spencer et al 2025, Olfactory dysfunction in CHARGE syndrome a systematic review of prevalence, assessment methods, and clinical correlates
- Research, Springs et al 2011, Reaction rates of ozone and terpenes adsorbed to model indoor surfaces
- Research, Srinivasan 2015, Historical Note Ambergris in Perfumery in the Past and Present Indian Context and the Western World
- Research, Srivastava and Srivastava 2016, A study on fragrance, aroma and emotion
- Research, Srouji and Wickstead 2009, Re 12 minute consultation on anosmia - Hereditary anosmia and Kallmann syndrome
- Research, Standard Practice to Indicate Direction 1997, Standard Practice to Indicate Direction of Spray From a Can of Consumer Spray Paint Discontinued 1999
- Research, Stanford study raises question 2005, Stanford study raises question of fragrance ingredients safety
- Research, Stanley and Bensafi 2026, Effect of Olfactory Dysfunction on Quality of Life and Needs of Patients
- Research, Starkenmann et al 2017, Use of fecal and sawdust biochar as a new perfume delivery system
- Research, Stasse et al 2019, Encapsulation of lipophilic fragrance by polymerization of the intermediate aqueous phase of an oil-in-water-in-oil O/W/O double emulsion
- Research, Stasse et al 2020, Formulation of concentrated oil-in-water-in-oil double emulsions for fragrance encapsulation
- Research, Staudenmayer 1996, Environmental Illness and Multiple Chemical Sensitivity
- Research, Steele 2024, Perfumeros and the Sacred Use of Fragrance in Amazonian Shamanism
- Research, Steffee et al 1995, Oleoresin Capsicum Pepper Spray and “In-Custody Deaths”
- Research, Steiling et al 2025, Recommendations for the calculation of inhalation exposure to cosmetic spray products A comprehensive review
- Research, Steinemann 2009, Fragranced consumer products and undisclosed ingredients
- Research, Steinemann 2016, Fragranced Consumer Products, Exposures and Effects from Emissions
- Research, Steinemann 2017, Fragranced consumer products effe, Fragranced consumer products effects on asthmatics
- Research, Steinemann 2017, Health and societal effects from, Health and societal effects from exposure to fragranced consumer products
- Research, Steinemann 2018, Chemical sensitivity, asthma, and, Chemical sensitivity, asthma, and effects from fragranced consumer products national population study in Sweden
- Research, Steinemann 2018, Correction to Fragranced consumer, Correction to Fragranced consumer products effects on autistic adults in the United States, Australia, and United Kingdom
- Research, Steinemann 2018, Exposures and effects from fragra, Exposures and effects from fragranced consumer products in Sweden
- Research, Steinemann 2018, Fragranced consumer products effe, Fragranced consumer products effects on autistic adults in the United States, Australia, and United Kingdom
- Research, Steinemann 2018, Fragranced consumer products sour, Fragranced consumer products sources of emissions, exposures, and health effects in the UK
- Research, Steinemann 2019, Chemical sensitivity, asthma, and, Chemical sensitivity, asthma, and effects from fragranced consumer products National Population Study in the United Kingdom
- Research, Steinemann 2019, International prevalence of chemi, International prevalence of chemical sensitivity, co-prevalences with asthma and autism, and effects from fragranced consumer products
- Research, Steinemann 2019, International prevalence of fragr, International prevalence of fragrance sensitivity
- Research, Steinemann 2019, Ten questions concerning fragranc, Ten questions concerning fragrance-free policies and indoor environments
- Research, Steinemann 2020, The fragranced products phenomenon air quality and health, science and policy
- Research, Steinemann and Goodman 2019, Fragranced consumer products and effects on asthmatics an international population-based study
- Research, Steinemann and Klaschka 2019, Exposures and effects from fragranced consumer products in Germany
- Research, Steinemann and Nematollahi 2020, Migraine headaches and fragranced consumer products an international population-based study
- Research, Steinemann et al 2011, Chemical emissions from residenti, Chemical emissions from residential dryer vents during use of fragranced laundry products
- Research, Steinemann et al 2011, Fragranced consumer products Chem, Fragranced consumer products Chemicals emitted, ingredients unlisted
- Research, Steinemann et al 2018, Fragranced consumer products effects on asthmatic Australians
- Research, Steinmetz et al 1969, Effect of blank samples on absolute odor threshold determinations’
- Research, Steinmetz et al 1970, Olfactory adaptation and recovery in man as measured by two psychophysical techniques
- Research, Stenn and Binkley 1998, Multiple Chemical Sensitivity
- Research, Stephan et al 2011, The Na+/Ca2+ exchanger NCKX4 governs termination and adaptation of the mammalian olfactory response
- Research, Sterer and Rosenberg 2011, Odor Perception
- Research, Sterer and Rosenberg 2020, Odor Perception
- Research, Stevens 1957, On the Psychophysical Law
- Research, Stevens 2001, Steroid-Dependent Anosmia
- Research, Stevens and Dadarwala 1993, Erratum to Variability of olfacto, Erratum to Variability of olfactory threshold and its role in assessment of aging
- Research, Stevens and Dadarwala 1993, Variability of olfactory threshol, Variability of olfactory threshold and its role in assessment of aging
- Research, Stevens and others 2019, From Representation to Reality, Ancient Egyptian Wax Head Cones from Amarna
- Research, Stevens et al 1988, Variability of olfactory thresholds
- Research, Stevens et al 1989, Olfactory Adaptation and Recovery in Old Age
- Research, Stevens et al 2005, 272. Skin temperature during regi, 272. Skin temperature during regional anaesthesia of the lower extremity
- Research, Stevens et al 2005, Skin temperature during regional, Skin temperature during regional anaesthesia of the lower extremity
- Research, Stevens et al 2006, Skin Temperature During Regional Anesthesia of the Lower Extremity
- Research, Stevenson 2001, Associative Learning and Odor Quality Perception How Sniffing an Odor Mixture Can Alter the Smell of Its Parts
- Research, Stevenson 2012, Chapter 5. Olfactory perception
- Research, Stevenson and Mahmut 2011, Olfactory test performance and its relationship with the perceived location of odors
- Research, Stevenson and Oaten 2008, The effect of appropriate and inappropriate stimulus color on odor discrimination
- Research, Stevenson et al 2008, Impairments in the perception of odor-induced tastes and their relationship to impairments in taste perception
- Research, Stingeni et al 2010, Photocontact allergy to arylpropionic acid non-steroidal anti-inflammatory drugs in patients sensitized to fragrance mix I
- Research, Stingeni et al 2022, Contact allergy to hydroxyisohexyl 3-cyclohexene carboxaldehyde in Italy Prevalence, trend, and concordance with fragrance mix II
- Research, Stone et al 1967, Olfactory detection thresholds in man under conditions of rest and exercise
- Research, Stone et al 1972, A comparison of olfactory adaptation among seven odorants and their relationship with several physicochemical properties
- Research, Stoppe 2011, Xenon anaesthesia for laparoscopic cholecystectomy in a patient with multiple chemical sensitivity
- Research, Stopyra et al 2018, Baby Shampoo to Relieve the Discomfort of Tear Gas and Pepper Spray Exposure A Randomized Controlled Trial
- Research, Stora et al 2001, The Physicochemical Basis of Perfume Performance in Consumer Products
- Research, Strybel and Kumar 2020, Civilian pepper spray for self defense Understanding user perception and impact of design on user performance
- Research, Studer 2017, Perfume and Cooking
- Research, Subcutaneous Emphysema and Pneumomediastinum 2016, Subcutaneous Emphysema and Pneumomediastinum after Inhaling Pepper Spray
- Research, Substance Overview for Fragrance 2014, Substance Overview for Fragrance components
- Research, Sudhakaran et al 2013, FMRP and Ataxin-2 function together in long-term olfactory habituation and neuronal translational control
- Research, Sudyana et al 2024, Improving Entrepreneurial Skills Through Training in Making Local Material-Based Reed Diffuser Aromatherapy for the Productive Age Community
- Research, Sujatha Lavudiya et al 2025, Formulation and Evaluation of Herbal Perfume
- Research, Sujono et al 2025, BUILDING BRAND IMAGE IN THE REFILL PERFUME INDUSTRY THROUGH CUSTOMER EXPERIENCE CREATION AND WORD OF MOUTH
- Research, Sukakul et al 2020, Prevalence, concomitant reactions, and factors associated with fragrance allergy in T hailand
- Research, Sukakul et al 2022, Simultaneous patch testing with fragrance markers in the baseline series and the ingredients of fragrance mixes An update from southern Sweden
- Research, Sukakul et al 2024, Fragrance Contact Allergy A Review Focusing on Patch Testing
- Research, Sullivan et al 1968, Design of an “odor perception and objectionability threshold” test facility
- Research, Sumant et al 2024, Quality by Design Perspectives for Designing Delivery System for Flavour and Fragrance Current State-of-the-Art and for Future Exploration
- Research, Sumner 1964, POST-TRAUMATIC ANOSMIA
- Research, Sumner 1971, APPETITE AND ANOSMIA
- Research, Sun et al 2021, How human thermal plume influences near-human transport of respiratory droplets and airborne particles a review
- Research, Sunohara 2020, Emotion Visualization and Digitalization Model for Fragrance Creation and Evaluation
- Research, Supplemental Material for Affective 2011, Supplemental Material for Affective Dimensions of Odor Perception A Comparison Between Swiss, British, and Singaporean Populations
- Research, Supplemental Material for Disgust 2016, Supplemental Material for Disgust and Fear Lower Olfactory Threshold
- Research, Supplemental Material for Smelling 2017, Supplemental Material for Smelling the Space Around Us Odor Pleasantness Shifts Visuospatial Attention in Humans
- Research, Supplemental Material for What 2024, Supplemental Material for What Perfume Makes Us Feel A Self-Report Evaluation of Perfume-Related Olfactory Aesthetic Experience Scale
- Research, Susami et al 2011, Stimulation with an Intermittent Fragrance Relieves the Sleepiness of a Driver
- Research, Sutia and Hendri 2026, EXODY Perfume Innovation of Neuro-Fragrance-Based Premium Perfume Products as a Market Differentiation Strategy
- Research, Suzuki et al 2026, Prevalence and associated factors of self-reported olfactory dysfunction in Japan Findings from a nationwide web-based cross-sectional survey
- Research, Svendsen et al 2020, Tear Gas and Pepper Spray Exposures Reported to the National Poison Data System, United States- 2009-2018
- Research, Svensson et al 1989, Chemical and Pharmaceutical Standardization of Fragrance Mix for Patch Testing
- Research, Sweeting 2013, Mass casualty acute pepper spray inhalation Respiratory severity effect
- Research, Swerdlin et al 2010, Fragrance Mix Reactions and Lime Allergic Contact Dermatitis
- Research, Swinyer 1980, Connubial contact dermatitis from perfumes
- Research, Syafriani and Suendri 2024, Perfume Sales Application using the Economic Order Quantity EOQ Method
- Research, Szajnecki and Nowak 2023, Effects of poly vinyl alcohol matrix on the release of substances from the fragrance composition
- Research, Sánchez-Benavides et al 2025, Olfactory Dysfunction as a Clinical Marker of Early Glymphatic Dysfunction in Neurodegenerative Diseases
- Research, Sánchez-López et al 2026, Multi-objective optimization of a perfume based on natural essences
- Research, Sørli et al 2022, Risk assessment of consumer spray products using in vitro lung surfactant function inhibition, exposure modelling and chemical analysis
- Research, Tadee et al 2024, Essential oil pharmaceuticals for killing ectoparasites on dogs
- Research, Taghilou 2026, Biotechnological Strategies to Enhance Fragrance Longevity and Sustainability Focus on Bio-Based Materials and Green Technologies-A Review
- Research, Takahashi et al 2026, Olfactory habituation and dishabituation dynamically regulate feeding motivation in domestic cats
- Research, Takemura et al 2020, Experimental Verification on Effect of Suction method on Measurement Threshold Value of Triangle Odor Bag Method
- Research, Takeuchi et al 2003, Cross-adaptation between Olfactory Responses Induced by Two Subgroups of Odorant Molecules
- Research, Tamura et al 1996, Characterization of Citrus Aroma Quality by Odor Threshold Values
- Research, Tanaka 2015, Fragrance Trend of Fabric-care Products
- Research, Tanaka 2026, Interpretable Latent Representations of Odor Perception by Integrating Molecular Structure and Olfactory Receptor Responses
- Research, Targeted hair/perfume delivery patented 2004, Targeted hair/perfume delivery patented by IFF
- Research, Tart 2004, Multiple Chemical Sensitivity Response to Pall
- Research, Tassinary, Odor hedonics
- Research, Tavassoli and Baron-Cohen 2011, Olfactory Detection Thresholds and Adaptation in Adults with Autism Spectrum Condition
- Research, Taziaux et al 2008, Site-specific effects of anosmia and cloacal gland anesthesia on Fos expression induced in male quail brain by sexual behavior
- Research, Tchakalova et al 2014, Evaporation triggered self-assembly in aqueous fragrance-ethanol mixtures and its impact on fragrance performance
- Research, Tchakalova et al 2021, Design of Stimuli-Responsive Dynamic Covalent Delivery Systems for Volatile Compounds Part 2 Fragrance-Releasing Cleavable Surfactants in Functional Perfumery Applications
- Research, Tecce et al 2011, MODELING OF INDOOR CONCENTRATIONS AND TOXICOLOGICAL ASSESSMENT OF CANDLE BURNING EMISSIONS
- Research, Technical Exchange A Report 1999, Technical Exchange A Report on Multiple Chemical Sensitivity
- Research, Teenager with Anosmia 2025, Teenager with Anosmia
- Research, Tei et al 2024, Trends in Olfactory Threshold Test Results and Limits of Olfactory Testing in Patients with Parosmia
- Research, Teixeira et al 2009, The diffusion of perfume mixtures, The diffusion of perfume mixtures and the odor performance
- Research, Teixeira et al 2009, The perception of fragrance mixtu, The perception of fragrance mixtures A comparison of odor intensity models
- Research, Teixeira et al 2013, A Product Engineering Approach in, A Product Engineering Approach in the Perfume Industry
- Research, Teixeira et al 2013, Classification of Perfumes-Perfum, Classification of Perfumes-Perfumery Radar
- Research, Teixeira et al 2013, Design of Perfumes, Design of Perfumes
- Research, Teixeira et al 2013, Diffusion and performance of frag, Diffusion and performance of fragranced products Prediction and validation
- Research, Teixeira et al 2013, Performance of Perfumes, Performance of Perfumes
- Research, Tekin et al 2015, Encapsulation of a fragrance molecule in zeolite X
- Research, Teller and Dennis 2011, The effect of ambient scent on consumers’ perception, emotions and behaviour A critical review
- Research, Temesvári et al 2002, Fragrance sensitization caused by, Fragrance sensitization caused by temporary henna tattoo
- Research, Temesvári et al 2002, Multicentre study of fragrance al, Multicentre study of fragrance allergy in Hungary
- Research, Tempere et al 2016, Molecular determinism of specific anosmia to 2-bromo-4-methylphenol
- Research, Temte 1998, Grizzly bear and pepper spray a word of caution
- Research, ter Burg et al 2014, Assessment of the risk of respiratory sensitization from fragrance allergens released by air fresheners
- Research, Ternesten-Hass??us et al 2002, Increased Capsaicin Cough Sensitivity in Patients with Multiple Chemical Sensitivity
- Research, Tesileanu et al 2018, Adaptation of olfactory receptor abundances for efficient coding
- Research, Test Method for Natural, Test Method for Natural Gas Odor Intensity
- Research, Test Methods for Natural, Test Methods for Natural Gas Odor Intensity
- Research, Testing bergamot oil for 1980, Testing bergamot oil for phototoxicity
- Research, Teşileanu et al 2019, Adaptation of olfactory receptor abundances for efficient coding
- Research, The Candle Indoors 1990, The Candle Indoors
- Research, The Design of New 2014, The Design of New Fragrance Ingredients
- Research, The Eau de Cologne 1930, The Eau de Cologne Case
- Research, The Ephemeral History of 2012, The Ephemeral History of Perfume Scent and Sense in Early Modern England by Holly Dugan review
- Research, The Greeks HAD Perfume 1946, THE GREEKS HAD PERFUME PROBLEMS. . in 330 B.C
- Research, The Ingredients of Biblical 2019, The Ingredients of Biblical Perfumes
- Research, The international fragrance association 1987, The international fragrance association
- Research, The London Exhibition-Perfumery 1862, The London Exhibition-Perfumery
- Research, The main culprit in 1971, 2186. The main culprit in bergamot phototoxicity
- Research, The non-spill perfume and 1967, The non-spill perfume and cologne
- Research, The peony and the, The peony and the rose Social change and fragrance marketing in China’s bath market
- Research, The Perfume 1981, The Perfume
- Research, The Perfume Industry 2013, THE PERFUME INDUSTRY
- Research, The Perfumery Industry in 1913, The Perfumery Industry in the Maritime Alps
- Research, The Preparation of Good 1892, The Preparation of Good Eau-De-Cologne
- Research, The Raw Materials of 1922, The Raw Materials of Perfumery Their Nature, Occurrence and Employment
- Research, The US top 50 2010, The US top 50 personal care, household care, IandI, fine fragrance and beauty companies in 2009
- Research, Theisinger et al 2009, Encapsulation of a Fragrance via Miniemulsion Polymerization for Temperature-Controlled Release
- Research, Theisler 2022, Smell Perception/Anosmia/Parosmia
- Research, Theresa White Defines Olfactory 2016, Theresa White Defines Olfactory Quality
- Research, Thimmapuram 2024, Preparation And Evaluation Of Polyherbal Scented Candle Using Volatile Oils Extracted By Enfleurage Method
- Research, Thomas 1943, Calculation of Threshold Odor
- Research, Thompson and Ache 1980, Threshold determination for olfactory receptors of the spiny lobster
- Research, Thornhill 2003, Major histocompatibility complex genes, symmetry, and body scent attractiveness in men and women
- Research, Thottempudi et al 2021, Reversible Cerebral Vasoconstriction Syndrome Following Exposure to Oleoresin Capsicum “Pepper Spray”
- Research, Thune et al 1982, Perfume allergy due to oak moss and other lichens
- Research, Thyssen et al 2008, Trends of contact allergy to fragrance mix I and Myroxylon pereirae among Danish eczema patients tested between 1985 and 2007
- Research, Tigerlily Perfumery, 973 Valencia 2023, Tigerlily Perfumery, 973 Valencia St
- Research, Timeless Beauty Ancient Perfume 1995, Timeless Beauty Ancient Perfume and Cosmetic Containers
- Research, Tisserand 1996, Essential oil safety II Metabolism, neurotoxicity, reproductive toxicity
- Research, Tobolkina et al 2013, Electrostatic-spray ionization mass spectrometry sniffing for perfume fingerprinting
- Research, Toda et al 2007, The effects of cognition on the hedonics of offensive odorants by a measurement system for odor adaptation
- Research, Toet and Schaik 2013, Visual attention for a desktop virtual environment with ambient scent
- Research, Tomita et al 1988, Correlation between Threshold Odor Numbers and the Concentration of Odorous Substances in Water
- Research, Tomlinson 2006, “Curiously Without Body” The Hidden Language of Zona Gale’s Faint Perfume
- Research, Tong et al 2026, Physiological and perceptual characteristics of olfactory adaptation to pleasant and unpleasant odors
- Research, Tonoike, Odor Perception
- Research, Tonosaki 2008, Cross-Adaptation to Odor Stimulation of Olfactory Receptor Cells in the Box Turtle, Terrapene Carolina
- Research, Toropov et al 2016, Odor threshold prediction by means of the Monte Carlo method
- Research, Torsten Huschbeck 2022, POLICE RESOURCES THAT ARE NOT MEANT TO BE LETHAL A CRITICAL VIEW OF POLICE PEPPER SPRAY
- Research, Towle et al 2020, Hair dye and risk of skin sensitization induction a product survey and quantitative risk assessment for para-phenylenediamine PPD
- Research, Trachsel et al 2013, Slow release of fragrance aldehydes and ketones in functional perfumery from dynamic mixtures generated with N -heteroarylmethyl-substituted secondary diamines
- Research, Trachsel et al 2022, Light-Induced Fragrance Release from 2-Oxoacetates Impact of Compound Mixtures on the Efficiency of the Norrish Type II Photoreaction in Solution and in Encapsulation Systems
- Research, Trattner and David 2003, Patch testing with fine fragrances comparison with fragrance mix, balsam of Peru and a fragrance series
- Research, Travassos et al 2011, Non-fragrance allergens in specific cosmetic products
- Research, Treister 2004, Gold Vessels, Perfume Flasks and Pyxides from Sarmatia
- Research, Trigeminal Olfactory Function 2009, Trigeminal Olfactory Function
- Research, Trimmer et al 2017, Genetic variation across the human olfactory receptor repertoire alters odor perception
- Research, Trimmer et al 2019, Genetic variation across the human olfactory receptor repertoire alters odor perception
- Research, Troiano 2026, El perfume del conocimiento imágenes gnósticas de lo inteligible
- Research, Tromelin 2015, Odour perception A review of an intricate signalling pathway
- Research, Truan et al 2020, Unraveling ingredients in complex mixtures by chromatographic spectrum recognition Application to perfume deformulation
- Research, Tsepkolenko 2021, Olfactory dysfunction prevalence, diagnosis and treatment
- Research, Tsiallou et al 2012, Development and application of chemometric-assisted dispersive liquid-liquid microextraction for the determination of suspected fragrance allergens in water samples
- Research, Tucker et al 1975, Recovery of Olfactory Function in Pigeons after Bilateral Transection of the Olfactory Nerves
- Research, Turk and Saerang 2015, PERCEIVED QUALITY OF COUNTERFEIT PERFUME AND ORIGINAL PERFUME
- Research, Tzhayik et al 2012, Fragrance release profile from sonochemically prepared protein microsphere containers
- Research, Třebický et al 2023, Cross-modal associations of human body odour attractiveness with facial and vocal attractiveness provide little support for the backup signals hypothesis A systematic review and meta-analysis
- Research, Uchiyama and Toyokura 1982, Operational Conditions of Continuous Well-Mixed Model Crystallizer Considering Shape of Crystal
- Research, Udovichenko 2019, PECULIARITIES OF THE TERM REPRODUCTION IN THE UKRAINIAN TRANSLATION OF PATRICK SÜSKIND’S NOVEL “PERFUME THE STORY OF A MURDERER”
- Research, Uhde and Schulz 2015, Impact of room fragrance products on indoor air quality
- Research, Umeda et al 1972, Changes in the Olfactory Threshold with Respect to Age
- Research, Unilever offers fragrance ingredients 2019, Unilever offers fragrance ingredients transparency for personal care products
- Research, Uraga et al 2025, Fitofotodermatitis y/o Dermatitis de Berloque. Una breve revisión del tema a propósito de varios casos observados
- Research, Urano et al 2022, Research on Behavior of Volatile Organic Compounds from Clothes Washed with Fabric Softener and Fragrance Reagent
- Research, USE of Artificial Perfumes 2013, USE OF ARTIFICIAL PERFUMES
- Research, Uter 2015, Fragrance contact allergy in the, Fragrance contact allergy in the population
- Research, Uter 2015, Fragrance mix I TRUE Test ® versu, Fragrance mix I TRUE Test ® versus pet.-based patch test
- Research, Uter 2018, Extended patch-test screening for fragrance contact allergy findings and challenges
- Research, Uter and Schnuch 2004, Fragrance allergy increases with age
- Research, Uter et al 2001, Association between occupation and contact allergy to the fragrance mix a multifactorial analysis of national surveillance data
- Research, Uter et al 2004, P36 Risk factors of fragrance allergy revisited
- Research, Uter et al 2015, Contact sensitization to fragrance mix I and II, to Myroxylon pereirae resin and oil of tupentine multifactorial analysis of risk factors based on data of the IVDK network
- Research, Utine and Durak 2012, The Ocular Effects of Pepper Spray
- Research, Vaira et al 2022, Prevalence of olfactory dysfunction in D614G, alpha, delta and omicron waves a psychophysical case-control study
- Research, van Amerongen et al 2021, Skin exposure to scented products used in daily life and fragrance contact allergy in the European general population - The EDEN Fragrance Study
- Research, van Beusekom et al 2013, Comparing the glucuronidation capacity of the feline liver with substrate-specific glucuronidation in dogs
- Research, van de Pol 2003, HISTORY OF ROSES IN CULTIVATION History of the Perfume Industry
- Research, Van der Burg et al 2021, Sequential Effects in Odor Perception
- Research, van Gelder 2024, Al-Suyūṭī d. 911/1505 on the Four Princes of Perfume
- Research, Van Joost et al 1985, S multaneous allergy to perfume ingredients
- Research, Van Ketel 1978, Dermatitis from an aftershave
- Research, Vanama et al 2026, Beyond Proximity A Computer Vision CV Framework for Quantifying Occupant Interactions and Viral Airborne Exposure in Indoor Environments
- Research, Vanden Eynden et al 2018, Quantitative physical stability analysis of concentrated, fragrance-infused liquid fabric care dispersions
- Research, Vanhaesebrouck 2014, Holly Dugan, The Ephemeral History of Perfume Scent and Sense in Early Modern England Baltimore Johns Hopkins University, 2011
- Research, Vanhegan and Mitchell 1975, Pseudomonas infection associated with contamination of wick-type air freshener
- Research, Vanilla in Perfumery and 2018, Vanilla in Perfumery and Beverage Flavors
- Research, Vara Sánchez 2026, The ‘olfactory us’ Social interaction and chemosignals
- Research, Varino 2022, Pathogenic Auto Ecologies Multiple Chemical Sensitivity Mechanisms in Environmental Autobiography
- Research, Various Types of Perfumes 2013, Various Types of Perfumes PAGE FLORAL WAXES
- Research, Varvyanskaya et al 2024, Adaptation for use In Russia of the extended odor identification Sniffin’ Sticks test
- Research, VDI GUIDELINES ON ODOUR 1986, VDI GUIDELINES ON ODOUR PROBLEMS Dr. V. Thiele Landesanstalt fur Iiranissionsschutz des Landes NRW D-4300 Essen, FR Germany Three working groups of VDI are mainly engaged in pro blems of odour determination and odour assessment. The working groups are titled -“Odorous Substances” -“Application of Olfactometric Methods and Performance Characteristics” -“Dispersion and Odour Concentration in Ambient Air”. The titles characterize the subjects which are treated in these working groups. At present the groups establish guide lines to solve odour problems. The guidelines are in diffe rent states of development. 3881-1 Olfactometry - Odour Threshold Determination -Fundamentals -2 Olfactometry - Odour Threshold Determination -Sampling -3 Olfactometry - Odour Threshold Determination -Olfactometers Types 1158 and TO-4 -4 Olfactometry - Odour Threshold Determination -Instruction for Application and Performance Characteristics 3882 Assessment and Effects of Odours - Intensity and Hedonic Tone 3883 Assessment and Effects of Odours - Measurement of Annoyance by Means of Interviews 3940 Odour Determination in Ambient Air by Inspection Panels 3781 Odour Dispersion and Odour Concentration in Ambient Air In the following some aspects of the guidelines are given in detail. Guideline VDI 3881 consists of four parts. The drafts of parts 1, 2, and 3 were published in the VDI handbook. Part 4 is in preparation. The draft of part 1 was already revised. The new version will be published in a few months. The most important result of the revision is the definition of odour concentration expressed as odour units per cubic meter
- Research, Vejanurug et al 2016, Fragrance allergy could be missed without patch testing with 26 individual fragrance allergens
- Research, Velasco et al 2014, Crossmodal effect of music and odor pleasantness on olfactory quality perception
- Research, Velastegui Hernández et al 2024, Berloque dermatitis an esthetic problem in modern dermatology
- Research, Velinov 2022, Cultural Analysis of the Perfumery Business
- Research, Venstrom and Amoore 1968, Olfactory Threshold, in Relation to Age, Sex or Smoking
- Research, Veramendi et al 2013, Perfume Odor Categorization To What Extent Trained Assessors and Consumers Agree?
- Research, Verma et al 2024, Age And Hormone Related Variability In Olfactory Threshold Cost Effective Quantitative Olfactometry
- Research, Verrier et al 1999, Fragrance and Contact Allergens in vitro Modulate the HLA-DR and E-Cadherin Expression on Human Epidermal Langerhans Cells
- Research, Verrier et al 2001, A Screening Predictive Assay for Fragrance Contact Allergens. In vitro Modulation of HLA-DR and E-Cadherin Phenotypic Expression on Human Epidermal Langerhans Cells
- Research, Verçosa 2022, O Perfume nos Tempos Bíblicos do Sagrado ao Profano um levantamento histórico e social em relação à utilização do perfume na antiguidade
- Research, Vethanayagam et al 2013, Fragrance materials in asthma a pilot study using a surrogate aerosol product
- Research, Vianello et al 2019, Simulating human exposure to indoor airborne microplastics using a Breathing Thermal Manikin
- Research, Vigan and Castelain 2014, Fragrance and Cosmetic Contact Allergy in Children
- Research, Vijay 2026, Liquid Memories - Online Perfume Store
- Research, Vilaplana and Romaguera 2002, Contact dermatitis from the essential oil of tangerine in fragrance
- Research, Vilhelkar and Momin 2025, Preparation of Extract of Orange Citrus Sinensis Peel by Soxhlet its GC-MS Analysis and Application in Perfume
- Research, Villa et al 2007, High-performance liquid chromatographic method for the simultaneous determination of 24 fragrance allergens to study scented products
- Research, Villas Bôas Camargo 2026, Perfume Enjoativo envolvimentos de uma escuta labirinto
- Research, Vinitzky and Mazursky 2011, The effects of cognitive thinking style and ambient scent on online consumer approach behavior, experience approach behavior, and search motivation
- Research, Viswanathan et al 1983, Application of probability models to odor threshold determinations
- Research, Vittum 1900, Essential anosmia
- Research, Viziano et al 2016, Noise sensitivity and hyperacusis in patients affected by multiple chemical sensitivity
- Research, Voegeli and Baenninger 2014, Severe Chemical Burn to the Eye after Pepper Spray Attack
- Research, Vohra et al 2023, Reduction in olfactory dysfunction prevalence among patients with diabetes taking metformin
- Research, von Bartheld and Wang 2023, An Explanation for Reports of Inc, An Explanation for Reports of Increased Prevalence of Olfactory Dysfunction With Omicron Asymptomatic Infections
- Research, von Bartheld and Wang 2023, The prevalence of olfactory dysfu, The prevalence of olfactory dysfunction with Omicron has decreased in Asia, similar to Western countries
- Research, von Dürckheim et al 2022, A pachyderm perfume odour encodes identity and group membership in African elephants
- Research, von Mühlendahl 1997, Multiple chemical sensitivity
- Research, Voudouri and Tesseromatis 2015, Perfumery from Myth to Antiquity
- Research, Vu et al 2012, Effect of Temperature on Aerosol Formation Potential for a Terpene-Rich Air Freshener in the Presence of Ozone
- Research, Vuilleumier et al 1995, Headspace analysis study of evaporation rate of perfume ingredients applied onto skin
- Research, Wald 1995, Multiple Chemical Sensitivity Syndrome
- Research, Wallrabenstein et al 2015, Timberol® Inhibits TAAR5-Mediated Responses to Trimethylamine and Influences the Olfactory Threshold in Humans
- Research, Walradt 1982, Analysis of Fragrance Materials
- Research, Wang 2026, Social Functions and Theoretical Debates on Human Chemosignals
- Research, Wang and Chen 2005, Fragrance-release Property of β-Cyclodextrin Inclusion Compounds and their Application in Aromatherapy
- Research, Wang and Liu 2011, Determination of fragrance allergens in essential oils and evaluation of their in vitro permeation from essential oil formulations through cultured skin
- Research, Wang et al 2008, Prolonged-release performance of perfume encapsulated by tailoring mesoporous silica spheres
- Research, Wang et al 2013, Determination of five synthetic musks in perfume by headspace solid-phase microextraction and gas chromatography-mass spectrometry
- Research, Wang et al 2014, Rapid quantitative analysis of suspected fragrance allergens in between commercial essential oils and using attenuated total reflectance-infrared ATR-IR spectroscopy
- Research, Wang et al 2017, Rapid and green determination of 58 fragrance allergens in plush toys
- Research, Wang et al 2018, Corrigendum to “Chaotic behavior, Corrigendum to “Chaotic behavior of human thermal plume in an aircraft cabin mockup”. Int. J. Heat Mass Transf. 119 2018 223-235
- Research, Wang et al 2018, Cytokine profile in human olfacto, Cytokine profile in human olfactory cleft mucus and associated changes in olfactory function
- Research, Wang et al 2018, Front Cover Rapid and green deter, Front Cover Rapid and green determination of 58 fragrance allergens in plush toys
- Research, Wang et al 2023, Air Quality in the Car How Co2 and Body Odor Affect Drivers’ Cognition and Driving Performance?
- Research, Wang et al 2025, Olfactory Perception and Receptor Binding of Damascone Isomers Unravelling the Role of Double Bond Configuration
- Research, Wang et al 2026, Machine learning-driven mapping of the odorant-olfactory receptor-olfactory perception network A comprehensive review
- Research, Wannaruemon et al 2013, Sodium Carboxymethyl Chitosan as a Fixative for Eau de Cologne
- Research, Ward et al 2007, Olfaction and the retail environment examining the influence of ambient scent
- Research, Warren 2012, Pepper Spray and Politics
- Research, Warrenburg 2005, Effects of Fragrance on Emotions Moods and Physiology
- Research, Wasson et al 2002, Lead in candle emissions
- Research, Watai et al 2022, P07-36 Metagenomic analysis of gut microbiome in multiple chemical sensitivity
- Research, Watanabe 2019, Development of High-performance Flavor and Fragrance Ingredients
- Research, Watson et al 1996, Oleoresin Capsicum CAP-STUN Toxicity from Aerosol Exposure
- Research, Weaver 1996, Medical Management of the Multiple Chemical Sensitivity Patient
- Research, Webb 1992, Temperatures of Skin, Subcutaneous Tissue, Muscle and Core in Resting Men
- Research, Weber et al 2022, Skin laceration caused by a short distance shot from a pepper spray launcher a case report
- Research, Wedekind 2012, Body Odours and Body Odour Preferences in Humans
- Research, Wedekind 2018, A predicted interaction between odour pleasantness and intensity provides evidence for major histocompatibility complex social signalling in women
- Research, Wedekind and Penn 2000, MHC genes, body odours, and odour preferences
- Research, Wei et al 2020, Polymer carriers for controlled fragrance release
- Research, Weibel and Hansen 1989, Interaction of cinnamaldehyde a s, Interaction of cinnamaldehyde a sensitizer in fragrance with protein
- Research, Weibel and Hansen 1989, Penetration of the fragrance comp, Penetration of the fragrance compounds, cinnamaldehyde and cinnamyl alcohol, through human skin in vitro
- Research, Weifang 2011, The Way to Create Symbolic Value of Luxury Good - Take the Chanel No.5 Perfume for a Case
- Research, Weir et al 2022, The Adaptive Olfactory Measure of Threshold ArOMa-T A rapid test of olfactory function
- Research, Weiss 1997, Experimental Strategies for Research on Multiple Chemical Sensitivity
- Research, Welge-Luessen 2001, Olfactory function in patients with olfactory groove meningioma
- Research, Wenxia Li et al 2024, Exploring Consumer Demand for Perfume Products Based on Symbolic Interaction Theory A Case Study of “Scent Library” Perfumes
- Research, Wenzel 1967, OLFACTORY PERCEPTION IN BIRDS
- Research, Werdehausen et al 2007, Uniform Distribution of Skin-Temperature Increase After Different Regional-Anesthesia Techniques of the Lower Extremity
- Research, Werner and Nies 2018, Olfactory dysfunction revisited a reappraisal of work-related olfactory dysfunction caused by chemicals
- Research, Weschler and Shields 1999, Indoor ozone/terpene reactions as a source of indoor particles
- Research, Wetherell 1997, Cognitive and Psychomotor Performance Tests and Experiment Design in Multiple Chemical Sensitivity
- Research, WHEN Alcoholics Drink Aftershave 1986, WHEN ALCOHOLICS DRINK AFTERSHAVE A STUDY OF NONBEVERAGE ALCOHOL CONSUMERS
- Research, Whissell-Buechy and Amoore 1973, Odour-Blindness to Musk, Simple Recessive Inheritance
- Research, Whitcroft et al 2017, Short inter-stimulus intervals can be used for olfactory electroencephalography in patients of varying olfactory function
- Research, White 2017, Quantitative risk assessment and the burden of fragrance contact allergy
- Research, White and du Vivier 2020, A further call for full declaration of fragrance ingredients in medicaments
- Research, White and Eiserle 1961, Essential Oils. Perfume and Flavoring Materials
- Research, White et al 2008, A review of 241 subjects who were patch tested twice could fragrance mix I cause active sensitization?
- Research, White et al 2009, Atopic dermatitis and allergic reactions to individual fragrance chemicals
- Research, White V and Presser 2008, DROPLET SIZE AND VELOCITY MEASUREMENTS FROM COMMERCIAL “FOGGER” TYPE PEPPER SPRAY PRODUCTS
- Research, Whitman 2023, Clover and Hay Perfume, Clover and Hay Perfume
- Research, Whitman 2023, Sundown Perfume Quail-Notes The H, Sundown Perfume Quail-Notes The Hermit-Thrush
- Research, Whittaker 2022, The Secret Perfume of Birds
- Research, Wicky 2024, Pschitt! A Cultural History of the Perfume Vaporizer
- Research, Wieck et al 2018, Fragrance allergens in household detergents
- Research, Wight 1942, Herbs in Perfumery
- Research, Wilby 1969, Variation in Recognition Odor Threshold of a Panel
- Research, Wilcock et al 2026, Treating Multiple Chemical Sensitivity as a Specific Phobia using Cognitive Behavioural Therapy A Case Study in an Older Adult
- Research, Wilder et al 2022, Efficacy of bear spray as a deterrent against polar bears
- Research, Wilkinson et al 1989, Preliminary Results on the Effectiveness of Two Forms of Fragrance Mix as Screening Agents for Fragrance Sensitivity
- Research, Wilkinson et al 2015, Emotional correlates of unirhinal odour identification
- Research, Willi Wahyu Timur et al 2025, Pelatihan Pembuatan Aromaterapi Berbasis Reed Diffuser sebagai Solusi dalam Manajemen Stress
- Research, Wilson 2005, Odor Perception is Dynamic Consequences for Interpretation of Odor Maps
- Research, Winder 2002, Mechanisms of multiple chemical sensitivity
- Research, Winter 1932, Eau de Cologne
- Research, Winter 1942, Eau de Cologne
- Research, Winter et al 2025, Long-term positive effects of olfactory training on quality of life and subjective measures of olfactory function
- Research, Wise et al 2008, Two Rapid Odor Threshold Methods Compared to a Modified Method of Constant Stimuli
- Research, Wisman and Shrira 2020, Sexual Chemosignals Evidence that Men Process Olfactory Signals of Women’s Sexual Arousal
- Research, Wisneski et al 1983, High-performance liquid chromatographic-fluorometric determination of safrole in perfume, cologne and toilet water
- Research, Wittern and Gaur 2022, Protecting Against Water Rate Challenges With the Equivalent of Bear Spray
- Research, Wohrl et al 2001, The significance of fragrance mix, balsam of Peru, colophony and propolis as screening tools in the detection of fragrance allergy
- Research, Wolkoff 2018, 492 Fragrances/odours in indoor air and health effects?
- Research, Wolkoff et al 2013, Human reference values for acute airway effects of five common ozone-initiated terpene reaction products in indoor air
- Research, Wolkoff et al 2014, Corrigendum to “Human reference values for acute airway effects of five common ozone-initiated terpene reaction products in indoor air” Toxicol. Lett. 216 2013 54-64
- Research, Wong et al 2019, Advertisement-programme congruence in memory of sexual fragrance advertisements
- Research, Wood et al 1980, Stability of measured olfactory thresholds and specific anosmia to the urinous standard odour 5 androst-16-en-3-one
- Research, Woolfolk 2018, Cognitive-Behavioural Exposure Therapy for Multiple Chemical Sensitivity A Case Study
- Research, Woźniak and Chatterjee 2026, The psychological impact of fragrance on emotional experiences and intimacy in romantic couples
- Research, Wrenn 1883, The Flowers Used in Perfumery
- Research, Wright 1964, ODOR AND MOLECULAR VIBRATION THE FAR INFRARED SPECTRA OF SOME PERFUME CHEMICALS
- Research, Wright 1978, Specific anosmia A clue to the ol, Specific anosmia A clue to the olfactory code or to something much more important?
- Research, Wright 1978, The perception of odor intensity physics or psychophysics II, The perception of odor intensity physics or psychophysics II
- Research, Wright 1978, The perception of odor intensity physics or psychophysics?, The perception of odor intensity physics or psychophysics?
- Research, Wu and Zhang 2025, Altered Olfactory Adaptation in the Primary Olfactory Cortex in Subjective Cognitive Decline A Task-based Functional Magnetic Resonance Imaging Study
- Research, Wu et al 2006, The Perception of Perfume Bottle’s Image by Using Neural Network
- Research, Wu et al 2019, POP-CNN Predicting Odor Pleasantness With Convolutional Neural Network
- Research, Wu et al 2021, Photochemical degradation of fragrance ingredient benzyl formate in water Mechanism and toxicity assessment
- Research, Wu et al 2022, Correlation analysis of flow parameters in the olfactory cleft and olfactory function
- Research, Wu et al 2026, Chemosignals Shape Women’s Self-R, Chemosignals Shape Women’s Self-Reported Engagement in Negative Gossip and Their Perception of Flirtatiousness of Romantic Rivals
- Research, Wu et al 2026, Robust Multitask Graph Learning f, Robust Multitask Graph Learning for Vapor Pressure and Odor Threshold Prediction under Scaffold-based Evaluation
- Research, Wunder et al 2023, Can you smell my stress? Influence of stress chemosignals on empathy and emotion recognition in depressed individuals and healthy controls
- Research, Wuyts et al 2017, Allergic contact dermatitis caused by aftershave creams containing Glycyrrhiza inflata
- Research, Wyatt 2015, The Search for Human Pheromones, The Lost Decades
- Research, Xiao et al 2013, Preparation and characterization of chitosan nanoparticles as the delivery system for tuberose fragrance
- Research, Xiao et al 2021, Differences in olfactory habituation between orthonasal and retronasal pathways
- Research, Xu et al 2025, Construction and Empirical Analys, Construction and Empirical Analysis of a Synesthetic Multisensory Experience Model for Scented Candle Package Design
- Research, Xu et al 2025, Convective heat transfer coeffici, Convective heat transfer coefficients over human body under non-uniform approaching airflow conditions
- Research, Yadon and Wilson 2005, The role of metabotropic glutamate receptors and cortical adaptation in habituation of odor-guided behavior
- Research, Yamada et al 2009, GPC-1, a G Protein γ-Subunit, Regulates Olfactory Adaptation in Caenorhabditis elegans
- Research, Yamashita et al 2022, Analysis of harmony between color and fragrance in lighting environments by the reaction of the orbitofrontal area
- Research, Yan et al 2015, Use of a Modified Vector Model for Odor Intensity Prediction of Odorant Mixtures
- Research, Yanagimachi 2017, P2-251 EVALUATION OF OLFACTORY FUNCTION DECLINE RELATIONSHIP WITH MMSE, AGE AND SEX IN 1,111 COMMUNITY-DWELLING INDIVIDUALS IN JAPAN
- Research, Yang et al 2019, Assessing human exposure risk and lung disease burden posed by airborne silver nanoparticles emitted by consumer spray products
- Research, Yang et al 2021, Effects of Natural Aroma Fragrance on Fashion Images of Galchon
- Research, Yang et al 2026, DeepClaw A Receptor-Space-Guided, DeepClaw A Receptor-Space-Guided Workflow Software Package for Perfume Formulation and Evaluation
- Research, Yang et al 2026, DeepClaw From Receptor-Space Digi, DeepClaw From Receptor-Space Digitization to Physical Synthesis, A Closed-Loop Agent System for Perfume Design and Evaluation
- Research, Yang et al 2026, Gender Sensing and Personalized F, Gender Sensing and Personalized Fragrance Diffusion Design of Intelligent Ceramic Fragrance
- Research, Yanuarsari et al 2025, Pelatihan Pembuatan Air Freshener Paper Sebagai Motivasi Enterpreneurship untuk Siswa-Siswi di SMK Negeri 7 Semarang
- Research, Yao et al 2024, Olfaction modulates cortical arousal independent of perceived odor intensity and pleasantness
- Research, Yasui and Hirone 1994, Action Spectrum for Bergamot-Oil Phototoxicity Measured by Sunburn Cell Counting
- Research, Yavuz et al 2025, Human Pairs Show Collective Benefit in Olfactory Perception Despite Individual Differences and Verbal Limits
- Research, Ye et al 2016, Use of caprylic/capric triglyceride in the encapsulation of dementholized peppermint fragrance leading to smaller and better distributed nanocapsules
- Research, Ye et al 2019, All-Aqueous Direct Deposition of, All-Aqueous Direct Deposition of Fragrance-Loaded Nanoparticles onto Fabric Surfaces by Electrospraying
- Research, Ye et al 2019, Human chemosignals modulate emoti, Human chemosignals modulate emotional perception of biological motion in a sex-specific manner
- Research, Ye et al 2022, Severe spontaneous pneumomediastinum, pneumothorax and subcutaneous emphysema precipitated by pepper spray-induced acute laryngitis a case report
- Research, Ye et al 2026, Aroma Analysis, Health Benefit Evaluation and Olfactory Perception Mechanisms of Chinese Narcissus by GC -O- MS, EEG and Molecular Simulation
- Research, Yeom et al 2022, Eco-Friendly Silica Microcapsules with Improved Fragrance Retention
- Research, Yeom et al 2024, Timed-Release Silica Microcapsules for Consistent Fragrance Release in Topical Formulations
- Research, Yeomans and Prescott 2016, Smelling the goodness Sniffing as a behavioral measure of learned odor hedonics
- Research, Yeon et al 2016, A study on the effects of residents’ perception of odor to their subjective odor sensitiveness - focusing on the ochang industrial complex area
- Research, Yeung and Tang 2015, Clinicopathological effects of pepper oleoresin capsicum spray
- Research, Yi et al 2022, Determination of 19 Fragrance Allergens in Paper Household Goods by Solid-Liquid Extraction-Dispersive Liquid-Liquid Microextraction-GC-MS
- Research, Yoh 2005, Adoption of fragranced textile products by segmented markets Application of the innovation adoption theory
- Research, Yokoi and Omori 2020, Sparse Modeling Approach for Estimating Odor Pleasantness from Multi-dimensional Sensor Data
- Research, Yoon 2016, Health Hazard and Odor Threshold of Chemicals
- Research, Yoon and Choi 2022, Perfume matching system with internet of things-based body odor analysis sensing
- Research, Young 2019, The Many Problems of Distal Olfactory Perception
- Research, Yu et al 2015, Predicting olfactory perception from chemical structure
- Research, Yuan et al 2021, Steroids and Olfactory Training for Postviral Olfactory Dysfunction A Systematic Review
- Research, Yun et al 2025, Impact of scented candle use on indoor air quality and airborne microbiome
- Research, Yunpeng et al 2020, Individual variability of olfactory fMRI in normosmia and olfactory dysfunction
- Research, Yunus et al 2024, FORMULATION AND CHARACTERISTICS OF SOLID PERFUME FROM LEMONGRASS OIL WITH VARIATION BEESWAX AND ESSENTIAL OIL
- Research, Yusoff and Zaman 2017, Correlation between odour concentration and odour intensity from exposure to environmental odour
- Research, Yıldırım et al 2022, Evaluation of olfactory threshold changes in patients treated with rapid maxillary expansion
- Research, Zakrzewska et al 2023, Body odor disgust sensitivity BODS is related to extreme odor valence perception
- Research, Zarogianni et al 2017, A comparison of fragrance ingredients in green and nongreen detergents
- Research, Zarzo 2012, Effect of Functional Group and Carbon Chain Length on the Odor Detection Threshold of Aliphatic Compounds
- Research, Zarzo and Stanton 2009, Understanding the underlying dimensions in perfumers’ odor perception space as a basis for developing meaningful odor maps
- Research, Zatorre et al 2000, Neural mechanisms involved in odor pleasantness and intensity judgments
- Research, Zawisławska 2019, Narrative metaphors in Polish perfumery discourse
- Research, Zaynoun et al 1981, Berloque dermatitis A continuing cosmetic problem
- Research, Zaynoun, Johnson and Frain-Bell 1977, A Study of Oil of Bergamot and Its Importance as a Phototoxic Agent, Part II
- Research, Zellner and Kautz 1990, Color affects perceived odor intensity
- Research, Zemke and Shoemaker 2007, Scent across a crowded room Exploring the effect of ambient scent on social interactions
- Research, Zhan et al 2019, A rapid approach to optimize the design of fragrances for fabric care products
- Research, Zhang 2010, Gap junctions in olfactory neurons modulate olfactory sensitivity
- Research, Zhang 2024, Study on the Molecular Mechanism of the Effect of Surfactants on the Fragrance Retention of Spices
- Research, Zhang and Cai 2012, Application of β-Cyclodextrin-Menthol Inclusion Compound on the Perfume and Anti-Bacterial Finishing of Cotton Fabric by Grafting
- Research, Zhang et al 2000, Change of amphiphilic association structures during evaporation from emulsions in surfactant-fragrance-water systems
- Research, Zhang et al 2017, Engineering yeast metabolism for production of terpenoids for use as perfume ingredients, pharmaceuticals and biofuels
- Research, Zhang et al 2019, Polyelectrolyte complex from cationized casein and sodium alginate for fragrance controlled release
- Research, Zhang et al 2021, On the utility of a well-mixed model for predicting disease transmission on an urban bus
- Research, Zhang et al 2024, Emissions of VOCs From Reed Diffuser in Indoor Environment
- Research, Zhao et al 2016, Preparation of high encapsulation efficiency fragrance microcapsules and their application in textiles
- Research, Zhao et al 2019, The Fabrication of Fragrance Microcapsules and Their Sustained and Broken Release Behavior
- Research, Zhao et al 2022, Preparation of temperature-sensitive fragrance nanocapsules and its controllable release property
- Research, Zhao et al 2023, Appetite-regulating hormones modulate odor perception and odor-evoked activity in hypothalamus and olfactory cortices
- Research, Zhao et al 2025, Cellulose-based aerogels modulate fragrance adsorption and controlled release by carbonization/in-situ aromatization
- Research, Zhong et al 2022, Bullous impetigo-like irritant contact dermatitis caused by perfume
- Research, Zhong et al 2026, What perfume makes us feel A self-report evaluation of perfume-related Olfactory Aesthetic Experience Scale
- Research, Zhou 2025, Research Progress and Prospects of Microcapsules in the Sustained-release and Lingering Fragrance Technology of Spices
- Research, Zhou and Chen 2009, Fear-Related Chemosignals Modulate Recognition of Fear in Ambiguous Facial Expressions
- Research, Zhou and Feng 2013, Olfactory Perception and Its Interplays with the Emotional System
- Research, Zhou et al 2025, Supercritical CO2 Extraction of Phoenix Dancong Tea Oil Process Optimization and Fragrance Retention on Textiles
- Research, Zhu et al 2015, Complete genome sequence of a malodorant-producing acetogen, Clostridium scatologenes ATCC 25775T
- Research, Ziem 1992, Multiple Chemical Sensitivity Treatment and Followup with Avoidance and Control of Chemical Exposures
- Research, Zimmerman 2006, The Sweet Smell of Success Conclusive Evidence that Cyclic AMP Hydrolysis Does Not Trigger Fast Adaptation in Olfactory Receptor Cells
- Research, Zirwas and Bechtel 2008, Allergic contact dermatitis to a perfume containing lyral
- Research, Zollman et al 2000, Clinical effects of oleoresin capsicum pepper spray on the human cornea and conjunctiva
- Research, Zong et al 2022, A review of human thermal plume and its influence on the inhalation exposure to particulate matter
- Research, Zong et al 2023, Accurate evaluation of inhalation exposure based on CFD predicted concentration in the breathing zone towards personalized and smart control
- Research, Zou et al 2020, Decreasing prevalence of specific anosmia to non-steroid odorants from childhood to adolescence
- Research, Zou et al 2021, Investigating Individual Differences in Olfactory Adaptation to Pulse Ejection Odor Display by Scaling Olfaction Sensitivity of Intensity
- Research, Zou et al 2022, Development of a flow-cell coupled to dynamic SPME technique for automated measurement of fragrance emission from fabric
- Research, Zucco and Doty 2021, Multiple Chemical Sensitivity
- Research, Zucco and Doty 2022, Multiple Chemical Sensitivity
- Research, Zufall 2000, The Cellular and Molecular Basis of Odor Adaptation
- Research, Zusho et al 1978, A STUDY OF OLFACTORY THRESHOLD VS. FATIGUE
- Research, Zuzelo 2017, Fragranced Products and Risks of Adverse Effects
- Research, Åkerlund et al 1995, Olfactory Threshold and Nasal Mucosal Changes in Experimentally Induced Common Cold
- Research, Çifçi-Özkan et al 2026, Olfactory Threshold Changes Following Rapid Maxillary Expansion in Adolescents A Prospective Sniffin’ Sticks PEA Study
- Research, Özay et al 2021, Determination of Retronasal Olfactory Threshold Values
- Research, Özel and Clifford 2004, Superheated water extraction of fragrance compounds from Rosa canina
- Research, Özkaya and Kılıç Sayar 2022, Low Prevalence of Fragrance Contact Allergy among Turkish Population
- Research, Özkaya and Toprak 2024, Allergic contact dermatitis from Centella asiatica extract and fragrance allergens Report of two patients from Turkey
- Research, Özkaya et al 2022, Sorbitan sesquioleate a rare contact allergen that is also an important indicator of allergic contact dermatitis from crossreacting compounds as well as for false-positive fragrance allergy
- Research, Šliburytė and Vaitiekė 2019, Exploring the Effect of Ambient Scent on Consumer Impulsive Buying Behaviour Theoretical Insights
- Research, 氣味擬像與身體隱喻：羚羊（Gazelle）、香水收集者（The Perfume Collector）和香水（Das Parfum）對比研究 2024, 氣味擬像與身體隱喻：羚羊（Gazelle）、香水收集者（The Perfume Collector）和香水（Das Parfum）對比研究