*SiteTitle* - *Title*

Quick Navigation

Jump to content

Search

Through this library you can find an extensive list of British American Tobacco's peer-reviewed publications.

We have also included a selection of our recent posters, presentations, conference abstracts and scientific methods that are relevant to the content of this website and that have not typically been subject to external scientific peer-review.

N
Advanced Search
Use the fields below for a more refined search of the library

Search results

Poynton, S., Margham, J., Forster, M., Eaton, D., Davis, P., Sutton, J., Goodall, S., Costigan, S., Scott, K., Fearon, I. M., Murphy, J., McAdam, K., Liu, C., Proctor, C.
Society for Research on Nicotine and Tobacco (SRNT)
CONTROLLED AEROSOL RELEASE TO HEAT TOBACCO: PRODUCT OPERATION AND AEROSOL CHEMISTRY ASSESSMENT
2016
Controlled aerosol release to heat tobacco: product operation and aerosol chemistry assessment
Taylor, M., Thorne, D., Azzopardi, D. , Oke, O., Crooks, I., Haswell, L., Lowe, F., Gaca, M.
Society for Research on Nicotine and Tobacco (SRNT)
THE ASSESSMENT OF A RANGE OF NEXT GENERATION TOBACCO AND NICOTINE PRODUCTS USING PRE-CLINICAL IN VITRO TOOLS
2016
The assessment of a range of next generation tobacco and nicotine products using pre-clinical in vitro tools
Costigan, S., Sommarstrom, J.
Society for Research on Nicotine and Tobacco (SRNT)
FORMALDEHYDE FROM DIFFERENT FORMAT ELECTRONIC CIGARETTES COMPARED TO THE WHO AIR GUIDELINE
2016
Formaldehyde from different format electronic cigarettes compared to the WHO air guideline
McAdam, K. G., Margham, J., Wright, C., Mariner, D., Forster, M., Murphy, J., Liu, C., Proctor, C.
Society for Research on Nicotine and Tobacco (SRNT)
CHEMICAL COMPOSITION OF AN E-CIGARETTE AEROSOL – A QUANTITATIVE COMPARISON WITH CIGARETTE SMOKE
2016
Chemical Composition Of An E-cigarette Aerosol – A Quantitative Comparison With Cigarette Smoke
Camacho, O. M., Hill, A.
Society for Research on Nicotine and Tobacco (SRNT)
A SYSTEM DYNAMICS APPROACH FOR ASSESSING THE POTENTIAL HEALTH IMPACTS AS RESULT OF LAUNCHING A NICOTINE PRODUCT IN A MARKET
2016
A System Dynamics approach for assessing the potential health impacts as result of launching a nicotine product in a market
 
max
large
medium
small
mobile