Marielle C Brinkman

Datos Biográficos

ID6073469
NOMBREMarielle C Brinkman
NOMBRESMarielle C
APELLIDOBrinkman
FIRMABRINKMAN M C
AFILIACIONESThe Ohio State University Comprehensive Cancer Center – Arthur G. James Cancer Hospital and Richard J. Solove Research Institute
ORCID0000-0002-4315-649X
VERIFICADOSí
TOTAL DE OBRAS11
TOTAL DE CITAS0
TOTAL COMO AUTOR11
TOTAL COMO EDITOR0
PRIMER AÑO DE PUBLICACIÓN2016
AÑO MÁS RECIENTE DE PUBLICACIÓN2026
ÍNDICE H0

  • Adolescents’ and Young Adults’ use of “Boost” mode in their E-cigarettes

    Megan E Roberts, Smita Parajuli et al.ARTICLETobacco Control2026

    If, as brands claim, boost modes alter e-cigarette aerosol production, they likely have implications for AYA nicotine addiction and health effects. Longitudinal and laboratory investigations on boost modes are urgently needed

  • Universal smoking machine adaptor for tobacco product testing

    Ahmad El‐Hellani, Clifford H Watson et al.ARTICLETobacco Control2024

    This report provides initial evidence that the USMA seals reliably with a variety of tobacco product mouth-end geometries and can be used with existing linear smoking/vaping machines to potentially improve the precision, repeatability and reproducibility of machine smoke yield data. Accurate and reproducible emissions testing is critical for regulating tobacco products

  • Oral nicotine pouch manufacturer’s reduced exposure claims require evidence and regulatory oversight

    Mahmood A Alalwan, Darren Mays et al.ARTICLETobacco Control2024

  • Addiction potential of combustible menthol cigarette alternatives

    Open AccessTheodore L Wagener, Toral Mehta et al.ARTICLETobacco Control2022

    mRYO cigarettes were the most highly rated cigarette alternative among study products, suggesting their potential appeal as a menthol cigarette substitute and needed inclusion of menthol pipe tobacco and cigarette tubes in FDA's proposed ban

  • Waterpipe Warning Placement and Risk Perceptions

    Elizabeth G Klein, Mahmood A Alalwan et al.ARTICLEAmerican Journal of Health Behavior2021

    Objectives: The purpose of this study was to select a health warning message location on a waterpipe (WP) that both attracted visual attention and conveyed the risks associated with WP smoking. Methods: During June through November 2019, we conducted a within-subjects randomized experiment (N = 74) using eye tracking equipment to examine visual attention to 3 placements of a health warning on the WP (stem, water bowl, hose). We asked young adult …

  • Effects of flavourants and humectants on waterpipe tobacco puffing behaviour, biomarkers of exposure and subjective effects among adults with high versus low nicotine dependence

    Brittney Keller‐Hamilton, Toral Mehta et al.ARTICLETobacco Control2021

    Findings underscore the complexity of setting product standards related to flavourants and humectants in WT. Future research evaluating whether WT smokers with high dependence would quit or reduce their WT smoking in response to removal of flavourants or humectants from WT is necessary to appreciate the full public health effects of such policies

  • Tailored Mobile Messaging Intervention for Waterpipe Tobacco Cessation in Young Adults

    Darren Mays, Andrea C Johnson et al.ARTICLEAmerican Journal of Public Health2021Referencias: 49

    Objectives. To test a tailored mobile health (i.e., mHealth) intervention for waterpipe tobacco cessation in young adults. Methods. From 2018 to 2020 at 2 US sites, we conducted a randomized trial with 349 waterpipe tobacco smokers aged 18 to 30 years randomized to control (no intervention), untailored, or tailored intervention arms. Intervention arms received a 6-week mHealth intervention conveying risks of waterpipe tobacco through text and ima…

  • Impact of flavors and humectants on waterpipe tobacco smoking topography, subjective effects, toxicant exposure and intentions for continued use

    Theodore L Wagener, Eleanor L S Leavens et al.ARTICLETobacco Control2020

    The findings demonstrate the importance of flavours and humectants on improving WT smoking experience and increasing the likelihood that users will want to initiate and continue smoking. Moreover, it demonstrates that flavours and humectants influence smoking behaviour and toxicant exposure in some unexpected ways that are important for regulatory efforts

  • Immune modulation by chronic exposure to waterpipe smoke and immediate-early gene regulation in murine lungs

    Hermes Reyes-Caballero, Bongsoo Park et al.ARTICLETobacco Control2019

    Chronic exposure to WP smoke leads to immune suppression without significant changes to pulmonary function. Transcriptomic analysis of the lung after acute exposure to WP smoke showed activation of the immune response and revealed IEGs that are common to WP and dry smoke, as well as pools of IEGs unique to each exposure, identifying potential biomarkers specific to WP exposure

  • Evidence of compensation among waterpipe smokers using harm reduction components

    Marielle C Brinkman, Hyoshin Kim et al.ARTICLETobacco Control2018

    Waterpipe smokers engaged in compensation (i.e., increased and more intense puffing) to make up for decreased mainstream nicotine delivery from the same tobacco heated two ways. Waterpipe components can affect human puffing behaviours, exposures and subjective effects. Evidence reported here supports regulation of waterpipe components, smoking bans in multifamily housing and the use of human studies to evaluate modified or reduced risk claims

  • Role of sweet and other flavours in liking and disliking of electronic cigarettes

    Hyoshin Kim, Juyun Lim et al.ARTICLETobacco Control2016

    Our findings indicate that bitterness and harshness, most likely from nicotine, have negative impacts on the liking of e-cigarettes, but the addition of flavourants that elicit sweetness or coolness generally improves liking. The results suggest that flavours play an important role in e-cigarette preference and most likely use