Electronic Nicotine Delivery Systems (ENDS) offer an alternate means to consume nicotine in a variety of flavored aerosols. Data are needed to better understand the impact of flavors on use behavior. A natural environment observational study was conducted on experienced ENDS users to measure the effect of e-liquid flavor on topography and consumption behavior. The RIT wPUMTM monitor was used to record to record the date and time and puff topography (flow rate, volume, duration) for every puff taken by N = 34 participants over the course of two weeks. All participants used tobacco flavor for one week, and either berry or menthol flavor for one week. Results provide strong evidence that flavor affects the topography behaviors of mean puff flo...
Appealing product characteristics, such as flavors, may stimulate e-cigarette use. While switching t...
Background Electronic cigarette (e-cigarette) use is increasing, but consumers may be unaware of th...
Electronic cigarette uses propylene glycol and glycerol to deliver nicotine and flavors to the lungs...
<div><p>Electronic Nicotine Delivery Systems (ENDS) offer an alternate means to consume nicotine in ...
ObjectiveThe primary objective of this pilot study was to describe the impact of e-cigarette liquid ...
RationaleThere is limited understanding regarding how various e-cigarette flavorings may influence t...
ObjectivesTo describe the effect of e-liquid flavors on nicotine intake and pharmacology of e-cigare...
The purpose of this research is to better understand how electronic cigarette (e-cig) dose and flavo...
Results of an observational, descriptive study quantifying topography characteristics of twenty firs...
This paper presents the results of a clinical, observational, descriptive study to quantify the use ...
BackgroundPrior electronic cigarette (EC) topography data are based on two video analyses with limit...
<div><p>This paper presents the results of a clinical, observational, descriptive study to quantify ...
INTRODUCTION: E-liquid flavor is typically presented by flavor category (e.g. menthol, mint, fruit, ...
BackgroundGiven the high concentrations of nicotine and flavor chemicals in EC (electronic cigarette...
Introduction: This study aimed to document changes in puffing topography and, the effects of device ...
Appealing product characteristics, such as flavors, may stimulate e-cigarette use. While switching t...
Background Electronic cigarette (e-cigarette) use is increasing, but consumers may be unaware of th...
Electronic cigarette uses propylene glycol and glycerol to deliver nicotine and flavors to the lungs...
<div><p>Electronic Nicotine Delivery Systems (ENDS) offer an alternate means to consume nicotine in ...
ObjectiveThe primary objective of this pilot study was to describe the impact of e-cigarette liquid ...
RationaleThere is limited understanding regarding how various e-cigarette flavorings may influence t...
ObjectivesTo describe the effect of e-liquid flavors on nicotine intake and pharmacology of e-cigare...
The purpose of this research is to better understand how electronic cigarette (e-cig) dose and flavo...
Results of an observational, descriptive study quantifying topography characteristics of twenty firs...
This paper presents the results of a clinical, observational, descriptive study to quantify the use ...
BackgroundPrior electronic cigarette (EC) topography data are based on two video analyses with limit...
<div><p>This paper presents the results of a clinical, observational, descriptive study to quantify ...
INTRODUCTION: E-liquid flavor is typically presented by flavor category (e.g. menthol, mint, fruit, ...
BackgroundGiven the high concentrations of nicotine and flavor chemicals in EC (electronic cigarette...
Introduction: This study aimed to document changes in puffing topography and, the effects of device ...
Appealing product characteristics, such as flavors, may stimulate e-cigarette use. While switching t...
Background Electronic cigarette (e-cigarette) use is increasing, but consumers may be unaware of th...
Electronic cigarette uses propylene glycol and glycerol to deliver nicotine and flavors to the lungs...