NewsRx

Search our medical news database

Virology

Hybridization Technique Finds Differential Gene Expression in Hepatitis C Livers

Published in Gene Therapy Weekly, February 22nd, 2001

by Sonia Nichols, staff medical writer -- Researchers have found four genetic differences in the liver of patients with hepatitis C virus (HCV) infection that are not common to patients without infection.

HCV, because of its many genotypes and propensity for mutation, is not easily analyzed in the laboratory or in animal models. Consequently, those who study this virus have not been able to define the nature of the host-virus relationship.

"To obtain a more objective insight into [these] inter-relationships, we used suppression-subtractive hybridization to compare gene expression in HCV-infected and non-HCV-infected liver tissue samples," said Rene...

Want to see the full article?

We're a pay-per-view site for premium content. If you'd like to purchase this article, it's only $3.00.

Buy Now


Welcome to NewsRx!

Learn more about a six-week, no-risk free trial of Gene Therapy Weekly


NewsRx is Social

Follow us on your favorite social network by clicking on a button below:

Follow NewsRx on Twitter

NewsRx on Facebook

Awards

eHealthcare Leadership 2011 Winner
Best Health/Healthcare Content, 2012
Best Health/Healthcare Content, 2011
Best e-Business Site, 2010
Best e-Business Site, 2009
Best e-Business Site, 2008
Best e-Business Site, 2007
Best e-Business Site, 2006
Best Healthcare Content, 2005
Best Overall Internet Site, 2005
Best Interactive Site, 2005

Facts & Stats

NewsRx also is available at LexisNexis, Gale, ProQuest, Factiva, Dialog, Thomson Reuters, NewsEdge, and Dow Jones.

  • Google 2010 PageRank: #2 Among Top Health News and Media Publications
  • Google 2010 PageRank: #2 Among Top Science Publications in Biology/Physiology
  • Google 2010 PageRank: #2 Among Top News and Media for the Business of Pharmaceuticals
  • Amazon's Alexa 2010 PageRank: #2 News and Media Site for the Pharmaceutical Industry
NewsRx on Facebook