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    The Role of Sweetness in Perceived Nicotine Strength

    Author: R&D Team, CUIGUAI Flavoring Published by: Guangdong Unique Flavor Co., Ltd. Last Updated:  Aug 10, 2026 WhatsApp & Telegram: +86 189 2926 7983 Email：info@cuiguai.com
    A scientific analysis of how sweet flavor compounds in e-liquid interact with nicotine perception, masking harshness and altering apparent strength — with formulation implications for B2B e-liquid flavor concentrate manufacturers.

    Sweetness & Nicotine Perception

    Sweetness does not merely make an e-liquid more pleasant. At the neurological and psychophysical level, it actively modulates how strongly the consumer perceives nicotine — suppressing the harshness and irritation signals that define nicotine's aversive sensory profile while simultaneously amplifying the rewarding aspects of the vaping experience. The result is an e-liquid that feels smoother and easier to use at any given nicotine concentration, with significant implications for product formulation, consumer satisfaction, and the entire nicotine delivery strategy of e-liquid brands. For B2B flavor concentrate manufacturers and brand developers, understanding the sensory interaction between sweetness and nicotine perception is not academic — it is a practical formulation intelligence asset. The choice of sweetener type, concentration, and flavor profile architecture directly determines the perceived nicotine intensity of the finished product, independent of the actual milligram concentration of nicotine in solution. This guide provides a comprehensive, research-grounded analysis of these interactions and their actionable implications for professional flavor development.

    1. The Neurophysiology of Sweetness-Nicotine Interaction

    Understanding why sweetness affects perceived nicotine strength requires a brief examination of the sensory pathways involved. Nicotine's sensory effects in vaping are experienced through two distinct channels: the psychoactive effects (CNS stimulation, mood alteration) and the chemosensory effects (oropharyngeal irritation, throat hit, bitter taste). The chemosensory pathway is where sweetness exerts its most significant modulatory influence.

    1.1 Nicotine's Dual Sensory Profile: Bitterness and Irritation

    Nicotine in free-base form activates at least three distinct receptor systems in the oral cavity and upper airways: nicotinic acetylcholine receptors (nAChRs) producing the characteristic throat hit sensation; TRPV1 (transient receptor potential vanilloid 1) channels producing irritation and burning sensations; and bitter taste receptors (TAS2R family), particularly TAS2R14 and TAS2R16, which register nicotine's intrinsic bitterness. Nicotine salt formulations buffer the free-base nicotine with organic acids (benzoic acid, citric acid, lactic acid), reducing pH and thereby decreasing free-base nicotine concentration at any given nicotine strength — which attenuates nAChR and TRPV1 activation, reducing harshness and enabling higher nicotine concentrations to remain vapor-deliverable without aversive sensory overload. Peer-reviewed research published in the journal Chemosensory Contributions of E-Cigarette Additives (PMC9344001, 2022), which provides a comprehensive review of sensory implications of e-cigarette additives, confirms that nicotine and individual flavoring constituents stimulate multiple sensory receptor systems in complex patterns — establishing the scientific foundation for understanding why flavor compounds can meaningfully alter how nicotine is perceived.

    1.2 How Sweet Compounds Suppress Bitterness: Cross-Modal Inhibition

    The suppression of bitter taste by sweet compounds is a well-established phenomenon in sensory science, operating through a mechanism called cross-modal inhibition. When sweet taste receptors (particularly the T1R2/T1R3 heterodimer) are activated by sweet flavor compounds or sweeteners, they generate inhibitory signals that reduce the signal output of simultaneously activated bitter receptors. This is not merely a masking effect at the conscious perception level — it is a pre-cognitive suppression occurring at the receptor and peripheral nerve fiber level. In the context of e-liquid, this means that sweet flavor compounds in the vapor aerosol simultaneously activate T1R2/T1R3 sweet receptors while nicotine activates TAS2R bitter receptors. The resulting cross-modal inhibition reduces the bitter signal generated by nicotine, making the same nicotine concentration subjectively less bitter and therefore less aversive. The consumer does not experience less nicotine — they experience the same nicotine with reduced bitterness, which translates into a perception of lower 'harshness' and greater palatability.

    1.3 Sweetness and Irritation Attenuation: The TRPV1 Pathway

    Beyond bitter suppression, sweet compounds modulate TRPV1-mediated irritation through a secondary mechanism. Certain sweet aroma compounds — particularly vanillin (vanilla), ethyl vanillin, and some terpenoids — have documented TRPV1 antagonist activity at concentrations achievable in e-liquid applications. By partially blocking TRPV1 receptor activation, these compounds reduce the airway irritation component of nicotine's sensory profile — the burning or stinging sensation that new vapers and high-nicotine users often find aversive. This TRPV1 antagonism from sweet-associated aroma compounds is one reason why vanilla- and cream-note flavor profiles have historically been associated with exceptional smoothness at equivalent nicotine concentrations compared to tobacco or menthol profiles with similar nicotine loading.

    2. Landmark Research: What Controlled Studies Show

    The relationship between sweetness and nicotine perception in vaping is not merely theoretical — it has been directly tested in controlled human laboratory studies that provide quantitative evidence of the magnitude and direction of sweetness-nicotine interaction effects.

    2.1 The USC Keck School of Medicine Study (PMC5086287)

    A pivotal double-blind, crossover experiment conducted by researchers at the University of Southern California Keck School of Medicine (Goldenson, Kirkpatrick, Barrington-Trimis et al., published in Drug and Alcohol Dependence, 2016; available on PubMed Central as PMC5086287) directly assessed the interaction between sweet flavors and nicotine on e-cigarette sensory experience and appeal. The study administered 20 different e-cigarette solutions — varying across sweet flavors (peach, watermelon, blackberry, cotton candy, cola, sweet lemon tea), non-sweet flavors (mint, tobacco, menthol), and flavorless control, each at 6 mg/mL nicotine or 0 mg/mL placebo — to 20 young adult vapers under controlled double-blind conditions. Key findings directly relevant to the sweetness-nicotine perception question:
    • Sweet-flavored solutions produced significantly higher appeal ratings ('liking,' 'willingness to use again,' 'perceived monetary value') compared to non-sweet and flavorless solutions (p<0.0001 for all outcomes)
    • Nicotine produced greater throat hit ratings than placebo (confirming nicotine's chemosensory effect), but did NOT significantly increase overall appeal — indicating that nicotine's sensory contribution (throat hit/harshness) is not inherently rewarding
    • Perceived sweetness was positively associated with every appeal measure: each 1-point increase in sweetness rating (0–100 scale) produced a 0.51 increase in liking and a 0.51 increase in willingness to use again
    • Throat hit ratings were INVERSELY associated with liking — meaning that the greater the perceived throat irritation, the less the consumer liked the product
    • These effects held regardless of whether the participant regularly vaped sweet or non-sweet flavors — confirming the universality of sweetness-appeal enhancement across vaper profiles
    The core implication of this study for B2B flavor manufacturers is foundational: sweet flavor compounds increase appeal by increasing perceived sweetness AND by suppressing the aversive quality of nicotine's throat hit — effectively making the same nicotine concentration feel both stronger (more satisfying) and smoother (less harsh) simultaneously. The appeal-enhancing effect of sweetness in nicotine products intersects with the broader consumer psychology phenomenon known as the health halo effect — where fruit-associated sweetness signals also reduce perceived product risk. For a comprehensive analysis of this phenomenon, see our article: The "Health Halo" Effect: Do Fruit Flavors Perceptually Feel Healthier? — which covers the regulatory and commercial dimensions of sweet flavor perception in vaping.
    Sweet fruit-flavored nicotine salt e-liquid concentrates illustrating the commercial reality of sweetness-nicotine interaction: how fruit flavor profiles modulate perceived nicotine strength, enabling higher nicotine concentrations to remain palatable for transitioning smokers.

    Sweet Nicotine Salt E-Liquid Range

    3. Sweetness-Nicotine Interaction by Flavor Category

    Different flavor categories deliver different levels of sweet-bitter cross-modal inhibition, depending on the specific aroma compounds they contain and the degree to which those compounds activate sweet taste receptors or provide TRPV1 antagonism. Understanding these differences by flavor category enables formulators to predict how a given concentrate will affect perceived nicotine harshness and to calibrate nicotine concentration recommendations accordingly.

    3.1 High Sweetness-Nicotine Interaction Categories

    The following flavor categories provide the strongest suppression of perceived nicotine harshness, enabling the highest nicotine concentrations to remain palatably smooth:
    • Dessert and cream profiles (custard, vanilla cream, cheesecake): TRPV1 antagonism from vanillin and ethyl vanillin combined with high sweet receptor activation from ethyl maltol and related compounds produces maximal nicotine smoothing — these profiles typically allow nicotine salt concentrations of 30–50 mg/mL to be consumed comfortably by transitioning smokers
    • Sweet fruit profiles (mango, peach, lychee, passion fruit): high ester content drives strong sweet receptor activation; combined with organic acid components (naturally present in fruit flavor profiles), these also buffer free-base nicotine at the mucosa level — dual mechanism smoothing
    • Candy and confectionery profiles (cotton candy, bubblegum, gummy): extremely high sweetener loading (typically including sucralose or ethyl maltol) produces maximal T1R2/T1R3 activation and maximal bitter suppression — the gentlest profiles on perceived nicotine harshness

    3.2 Moderate Sweetness-Nicotine Interaction Categories

    These categories provide partial nicotine smoothing — useful for intermediate nicotine concentrations (12–25 mg/mL nic salt) but not optimized for maximum harshness reduction:
    • Mixed fruit and tropical blends: the combination of sweet and tart (acidic) notes creates a complex sweetness profile — the acidic components partially compete with sweet receptor activation, moderating the degree of bitter suppression
    • Beverage profiles (cola, iced tea, lemonade): moderate sweetness with characteristic acidic top notes; the sour perception from citric and other organic acid odorants can paradoxically increase perceived sharpness in some consumers while reducing nicotine bitterness
    • Menthol-fruit hybrids: the cooling sensation from menthol/WS-23 activates TRPM8 receptors (cold-sensitive channels), which are distinct from the nicotine-relevant sensory pathways — providing partial sensory distraction from nicotine harshness without directly suppressing bitter taste

    3.3 Low Sweetness-Nicotine Interaction Categories

    These categories provide minimal sweetness-mediated nicotine smoothing — best paired with lower nicotine concentrations (3–12 mg/mL freebase or 10–20 mg/mL nic salt) or used specifically to deliver a pronounced throat hit for consumers who prefer that sensation:
    • Tobacco profiles: low to zero sweetener loading; no significant T1R2/T1R3 activation; nicotine bitterness and throat hit are fully expressed — which is functionally appropriate for the tobacco-transitioning consumer seeking familiar cigarette-like sensation
    • Plain menthol: menthol's sensory interaction with nicotine is primarily through TRPM8 (cooling) and partially TRPV1 (antagonism of irritation) — but without sweet receptor activation, bitter suppression is absent; throat hit remains pronounced
    • Unflavored/tobacco-flavor base only: no flavor-mediated interaction with nicotine perception; full nicotine bitterness expression
    Flavor Category Sweetness Mechanism Nicotine Smoothing Level Recommended Nic Range Target Consumer
    Dessert / Cream TRPV1 antagonism + strong T1R2/T1R3 Very High 30-50 mg/mL nic salt New/transitioning vapers
    Sweet Fruit Strong T1R2/T1R3 + organic acid buffer High 25-45 mg/mL nic salt Fruit-preference vapers
    Candy / Confection Max sweetener loading + bitter suppress Very High 25-50 mg/mL nic salt Youth-adjacent / new users
    Mixed Fruit/Tropical Moderate T1R2/T1R3; acidic competition Moderate 12-30 mg/mL nic salt Mainstream vapers
    Menthol-Fruit TRPM8 distraction + partial T1R2/T1R3 Moderate 12-25 mg/mL nic salt Menthol smokers transitioning
    Tobacco None to minimal Low 3-18 mg/mL freebase Cigarette-focused transitioners
    Plain Menthol TRPM8 only; no sweet receptor Low 6-18 mg/mL freebase Menthol cigarette transitoners
     

    4. Nicotine Salt Chemistry and Sweetness: The Dual Smoothing Strategy

    Nicotine salt (nic salt) e-liquids represent a formulation approach that achieves nicotine smoothing through chemistry rather than flavor — by converting free-base nicotine into a protonated salt form using benzoic acid, citric acid, or other organic acids. The resulting lower free-base nicotine concentration at any given total nicotine strength dramatically reduces the activation of nAChRs and TRPV1 channels in the airway mucosa, enabling nicotine concentrations of 20–60 mg/mL to be vaporized with acceptable palatability.

    4.1 Additive Effects of Nic Salt and Sweet Flavor on Nicotine Smoothing

    When sweet flavor concentrates are formulated into nicotine salt e-liquids, the two smoothing mechanisms operate additively — the chemical pH buffering of nic salt reduces nAChR/TRPV1 activation, while the sweet flavor-mediated cross-modal inhibition further reduces TAS2R bitter receptor activation. The combined effect is the palatability profile characteristic of modern pod system e-liquids: high nicotine concentration delivered with exceptional smoothness and pronounced sweetness that masks any residual bitterness. A sensory trial registered on the ClinicalTrials.gov database (NCT03332953) explicitly investigated the interaction of sweet flavors with different nicotine concentration levels in e-cigarettes, confirming that sweet flavors interact with nicotine to reduce its perceived bitterness and harshness while increasing appeal and addictive potential — validating the additive smoothing model from a controlled clinical research perspective.

    4.2 Formulation Implications: Calibrating Sweetness to Nicotine Concentration

    The additive smoothing model creates a practical formulation principle: sweetness level should be calibrated to target nicotine concentration. Higher nicotine concentrations require higher sweetness to maintain equivalent perceived smoothness, while lower nicotine concentrations can be formulated with lower sweetener loading without sacrificing palatability. A systematic approach to this calibration prevents two common formulation errors:
    • Under-sweetening at high nicotine concentrations: a 50 mg/mL nic salt e-liquid with minimal sweetener will still exhibit residual bitterness and harshness that reduces consumer satisfaction, even with chemical pH buffering from the salt system
    • Over-sweetening at low nicotine concentrations: excessive sweetener loading in low-nicotine formulations (3-6 mg/mL freebase) creates disproportionate coil fouling, unbalanced flavor profiles, and regulatory risk without delivering proportional sensory benefit
    The sweetener concentration required for effective nicotine smoothing at high nic salt levels directly intersects with coil-life considerations: higher sweetener loading accelerates coil gunking. For a comprehensive technical analysis of this trade-off, see: Flavor Complexity vs. Coil Life: The Consumer Trade-Off — which provides specific guidance on sweetener concentration management for hardware-friendly formulation.
    A conceptual visualization of the sensory balance between sweetness and nicotine harshness in e-liquid formulation — showing how sweet aroma compounds on one side counterbalance nicotine irritation signals on the other through cross-modal inhibition and TRPV1 antagonism.

    Sweetness-Nicotine Balance Scale

    5. Practical Formulation Strategies for B2B Flavor Manufacturers

    Translating the sweetness-nicotine interaction science into actionable formulation guidance requires decisions at three levels: sweetener compound selection, sweetness intensity calibration by target nicotine concentration, and flavor profile architecture.

    5.1 Sweetener Compound Selection for Nicotine Smoothing

    Different sweetener compounds differ in their effectiveness for nicotine perception modulation, independent of their raw sweetness intensity:
    • Sucralose: the most potent T1R2/T1R3 activator among common e-liquid sweeteners; produces the strongest bitter suppression per unit of sweetness contribution; recommended for maximum nicotine smoothing in high-concentration nic salt formulations (30-50 mg/mL), but with attention to coil life impacts
    • Ethyl maltol: strong T1R2/T1R3 activation with additional mouthfeel-rounding properties; lower coil impact than sucralose; excellent general-purpose nicotine smoother for mid-range nicotine concentrations (12-30 mg/mL nic salt)
    • Vanillin and ethyl vanillin: provide TRPV1 antagonism in addition to mild sweet receptor activation; particularly effective for reducing the burning/irritation component of nicotine at high concentrations; important components in cream and dessert profiles targeting maximum smoothness
    • Furaneol (strawberry-caramel): contributes both sweet T1R2/T1R3 activation and a caramel-like warmth that psychoacoustically reinforces smoothness perception; useful in tropical fruit and dessert fusion profiles
    • Maltol: similar to ethyl maltol but with slightly lower intensity; good secondary sweetener for layered sweet profiles

    5.2 Flavor Architecture for Targeted Nicotine Perception

    Beyond individual sweetener selection, the overall flavor architecture — the structure of the complete flavor concentrate — determines how effectively the formulation manages nicotine perception. A well-designed flavor architecture for nicotine smoothing targets three sensory layers simultaneously:
    • Top note: fresh, bright top notes (citrus esters, light fruit esters) that engage the sensory system and orient attention toward flavor before nicotine sensation onset
    • Mid note: the primary sweet flavor character (ripe fruit, cream, or candy) where the bulk of T1R2/T1R3 activation occurs — this is the layer most responsible for cross-modal inhibition of nicotine bitterness
    • Base note: warm, round base notes (vanilla, caramel, cream) that persist in retronasal olfaction during and after exhalation — these TRPV1-modulating compounds provide the 'smoothness afterglow' that reduces perceived throat harshness in the seconds following each puff
    Our Sweet Flavor Concentrate is engineered specifically for nicotine perception modulation — delivering clean, T1R2/T1R3-activating sweetness through a balanced ethyl maltol and furanone-based compound system that maximizes bitter suppression with controlled coil impact. It is available in multiple intensity variants calibrated for different target nicotine concentration ranges. For cream and vanilla base note construction targeting TRPV1 antagonism, our Vanilla Cream Flavor Concentrate provides a precisely balanced vanillin / ethyl vanillin / lactone system that delivers documented smoothness enhancement across freebase and nicotine salt applications — with full COA, SDS, and FIDO documentation standard.

    6. The Regulatory Dimension: Sweetness-Nicotine Interaction Under Scrutiny

    The documented ability of sweet flavors to modulate nicotine perception has attracted significant regulatory attention, particularly in markets where flavored e-cigarette restrictions are being debated or implemented. Understanding the regulatory context is essential for B2B flavor manufacturers whose customers operate in regulated markets.

    6.1 Regulatory Concern: Does Sweetness Make Nicotine Products More Addictive?

    Regulatory bodies including the U.S. Food and Drug Administration have expressed concern that sweet flavor compounds, by reducing the aversive sensory characteristics of high-nicotine products, may enable consumers — particularly young adults and non-smokers — to initiate nicotine use at concentrations that would otherwise be unpalatably harsh. The European Tobacco Products Directive (TPD), in research commissioned to identify substances suspected of facilitating inhalation or increasing nicotine uptake, specifically examined how flavor compounds interact with nicotine absorption and perception. The USC study (PMC5086287) cited earlier in this article was, in fact, conducted in direct response to an FDA request for research on product characteristics that impact e-cigarette appeal — confirming that the sweetness-nicotine interaction is not merely a formulation variable but a central concern in evidence-based tobacco regulatory policy.

    6.2 Implications for B2B Flavor Documentation

    In this regulatory environment, transparent documentation of flavor concentrate composition becomes a commercial and compliance necessity. Brand customers operating in FDA, EU TPD, or UK MHRA-regulated markets increasingly require full ingredient disclosure (FIDO) from flavor suppliers to support their product authorization applications — which must demonstrate understanding of how each flavor ingredient interacts with nicotine delivery and consumer perception. Flavor manufacturers who proactively provide this documentation, along with sensory characterization data and usage rate guidance, position themselves as preferred suppliers for compliance-oriented brand customers.

    7. Frequently Asked Questions (FAQ)

    Q1: Does sweetness actually change how much nicotine you absorb? No — sweetness affects perceived nicotine strength (the subjective experience of harshness and bitterness) but not actual nicotine absorption. The pharmacokinetic delivery of nicotine to the bloodstream is determined by nicotine concentration, device power, and user puffing behavior — not by flavor. Sweetness changes the sensory experience of nicotine, not its bioavailability. Q2: Why do sweet e-liquids feel smoother at the same nicotine concentration? Sweet flavor compounds activate T1R2/T1R3 sweet taste receptors, which generate inhibitory signals that reduce the output of TAS2R bitter taste receptors simultaneously activated by nicotine. This cross-modal inhibition reduces perceived bitterness. Additionally, some sweet aroma compounds (particularly vanillin) partially antagonize TRPV1 receptors, reducing the burning/irritation sensation component of high-nicotine vapor. Q3: Can I use sweetness to allow higher nicotine concentrations in my e-liquid? Yes — this is precisely how high-concentration nicotine salt e-liquids achieve palatability. The combination of salt chemistry (pH buffering) and sweet flavor (bitter suppression) allows 30-50 mg/mL nicotine to be delivered with acceptable smoothness. However, sweetener concentration must be calibrated to nicotine concentration, and coil-life implications of high sweetener loading must be managed. Q4: Which flavor profiles provide the strongest nicotine-smoothing effect? Dessert and cream profiles (custard, vanilla cream) provide the strongest smoothing through TRPV1 antagonism from vanillin compounds combined with strong sweet receptor activation. Sweet fruit profiles (mango, peach, passion fruit) provide the next highest level through strong ester-driven T1R2/T1R3 activation. Tobacco and plain menthol profiles provide minimal sweetness-mediated smoothing. Q5: Does nicotine salt formulation replace the need for sweet flavors for smoothness? No — nic salt chemistry and sweet flavor smoothing are complementary, not substitutable. Nic salt reduces nAChR/TRPV1 activation (chemical mechanism), while sweet flavors reduce TAS2R bitter perception (sensory mechanism). Using both together produces the maximum smoothness achievable at any given nicotine concentration. Using either alone provides partial smoothing. Q6: How does Cuiguai Flavor optimize its concentrates for nicotine compatibility? Our e-liquid grade concentrates are formulated with explicit nicotine compatibility testing, including evaluation at both freebase and nic salt nicotine systems. Usage rate guidance includes specific recommendations by target nicotine concentration range. Full FIDO documentation enables brand customers to understand exactly which compounds are contributing to the sensory-nicotine interaction. Q7: Are there regulatory restrictions on using sweeteners to smooth nicotine products? Regulatory frameworks vary. The EU TPD research program has examined sweetness-facilitating substances. Some jurisdictions restrict specific sweetener compounds in tobacco products but current e-liquid regulations typically focus on ingredient notification rather than outright sweetener bans. Brand customers should verify current applicable regulations in their specific markets before finalizing product formulations. Q8: How do I request nicotine-compatibility-tested sweet flavor samples from Cuiguai? Contact our technical team via WhatsApp at +86 189 2926 7983 or email info@cuiguai.com with your target nicotine type (freebase or nic salt), target nicotine concentration, flavor category preference, and device format. We will recommend the appropriate concentrate variant and dispatch free samples within 24 hours of request confirmation.

    8. Conclusion: Sweetness Is a Nicotine Formulation Tool

    The role of sweetness in perceived nicotine strength is not a peripheral sensory curiosity — it is a central formulation variable that determines whether a given nicotine concentration is palatably smooth or aversively harsh for the target consumer. The science is clear and consistent across multiple lines of evidence: sweet flavor compounds suppress nicotine bitterness through cross-modal inhibition, reduce nicotine-associated irritation through TRPV1 modulatory mechanisms, and together with nicotine salt chemistry create the palatability profile that enables the modern high-strength pod system market to function. For B2B flavor concentrate manufacturers, this science translates into concrete formulation responsibilities: matching sweetener type and concentration to target nicotine concentration range; designing flavor architectures that deliver effective nicotine smoothing at all three sensory layers (top, mid, base); calibrating coil-friendliness to avoid excessive sweetener loading; and providing brand customers with the documentation they need to understand and communicate the sensory-nicotine interaction properties of their products. The manufacturers and brand developers who understand this relationship most deeply will formulate products that deliver the most consistent consumer satisfaction — products that provide the nicotine effect consumers seek while delivering the sensory experience that makes vaping a preferred alternative to combustible cigarettes.
    Cuiguai Flavor's GMP-certified manufacturing facility producing ISO22000-certified sweet flavor concentrates tested for nicotine compatibility across freebase and salt nicotine systems — supporting brand developers in building smooth, consumer-preferred e-liquid formulations at any target nicotine concentration.

    Cuiguai Nicotine-Compatible Flavor Lab

    Formulate Smoother: Request Nicotine-Tested Sweet Flavor Concentrate Samples from Cuiguai Flavor

    Guangdong Unique Flavor Co., Ltd. (Cuiguai Flavor) is a professional e-liquid flavor concentrate manufacturer based in Dongguan, Guangdong, China. Our sweet flavor concentrate portfolio is developed with explicit nicotine compatibility testing across freebase and nicotine salt systems, with usage rate guidance calibrated by target nicotine concentration. ISO22000 / ISO9001 / HACCP certified. 20,000+ pre-developed formulas. 24-hour sample dispatch.   Technical consultation and free sample requests: Website: https://www.cuiguai.com Email: info@cuiguai.com Tel: +86 0769 88380789 WhatsApp & Telegram: +86 189 2926 7983   References [1] Goldenson NI, Kirkpatrick MG, Barrington-Trimis JL, et al. (2016). Effects of Sweet Flavorings and Nicotine on the Appeal and Sensory Properties of e-Cigarettes Among Young Adult Vapers. Drug Alcohol Depend. 2016;168:176-180. PMC5086287. https://pmc.ncbi.nlm.nih.gov/articles/PMC5086287/ [2] PMC9344001. Chemosensory Contributions of E-Cigarette Additives on the Sensory Experience of Vaping: A Review. (2022). https://pmc.ncbi.nlm.nih.gov/articles/PMC9344001/ [3] ClinicalTrials.gov. NCT03332953. Sensory Perception of Sweet Flavors in E-Cigarette. https://ctv.veeva.com/study/sensory-perception-of-sweet-flavors-in-e-cigarette [4] Tobacco Prevention and Cessation Journal. Satisfactory throat-hit is needed to switch from tobacco to e-cigarettes: a lesson from an e-liquid blind test. https://www.tobaccopreventioncessation.com/ [5] ResearchGate. Impacts of Nicotine and Flavoring on the Sensory Perception of E-Cigarette Aerosol. (2019). https://www.researchgate.net/publication/333729574 [6] ResearchGate. Identifying Substances Suspected of Facilitating Inhalation or Increasing Nicotine Uptake as Part of the Enforcement of the Tobacco Products Directive. https://www.researchgate.net/publication/392450253 [7] Oxford Academic / Toxicological Sciences. Chemosensory tobacco product toxicology part 1: sensory receptor systems. https://academic.oup.com/toxsci/advance-article/doi/10.1093/toxsci/kfaf090/
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