Call Us Contact Us
+44 1494 818 000     Online Enquiry
Lines open
Monday to Thursday
08:30 to 18:00
Friday
08:30 to 17:30
Pharmaceutical | Medical Devices | Scientific | Consumer Healthcare | Dental | Animal Health | FMCG | Executive
         
Latest Jobs

South East
22 May 2013 12:33



M62 corridor and North UK
22 May 2013 12:29



Wed Mids or Bedfordshire
22 May 2013 10:59


Have you registered?
Once you register you can see additional job details, save jobs, track your applications and manage e-lert preferences.

Register now
Mark Denton
Managing Director
markd@zenopa.com
+44 1494 818 049

Testimonials
Massive thanks to Zenopa for their support and advise throughout the recruitment process. I received a very professional and proficient service.
Guy, 2012

Genetic variations 'affect nicotine addiction'

11 July 2008 00:00 in Industry related health news


European Americans who begin smoking before the age of 17 may be more likely to become addicted to nicotine if they have a common genetic variation, a new study has found.

Researchers in the United States found that teenagers with the variation, which affects nicotine receptors in the nervous system, can significantly increase the chance they will struggle with life-long nicotine addiction.

DNA samples were taken from smokers, and the researchers recorded the occurrence of the genetic variation known as single nucleotide polymorphisms (SNPs) and haplotypes - a set of SNPs that are statistically linked.

Although the authors caution that different haplotype frequencies would likely be observed in different ethnic populations, lead author Dr Robert Weiss said: "We know that people who begin smoking at a young age are more likely to face severe nicotine dependence later in life.

"This finding suggests that genetic influences expressed during adolescence contribute to the risk of lifetime addiction severity produced from the early onset of tobacco use."

Commenting on the findings, National Institute on Drug Abuse (NIDA) director Dr Nora Volkow said: "This study adds to recent advances in understanding how genetic variation can affect susceptibility to nicotine addiction, success or failure of smoking cessation treatments, and the risk of disease associated with tobacco use.

"As we learn more about how both genes and environment play a role in smoking, we will be able to better tailor both prevention and cessation programmes to individuals."

The research is published in the journal PLoS Genetics.

Other news stories from 11/07/2008

Recent news

Read more in the Zenopa News Archive

How this news is generated

Story collated for Zenopa by the Adfero News Agency



   
© Copyright 2013 Zenopa Ltd