Ginkgo biloba extract reduces high-glucose-induced endothelial adhesion by inhibiting the redox-dependent interleukin-6 pathways Full Text
Cardiovascular Diabetology,

Chen JS et al. – Long–term presence of high glucose induced STAT3 mediated ICAM–1 dependent endothelial adhesiveness to monocytes via the osmotic–related redox–dependent interleukin–6 pathways. GBE reduced high–glucose–induced endothelial inflammation mainly by inhibiting interleukin–6 activation. Future study is indicated to validate the antioxidant/anti–inflammatory strategy targeting on interleukin–6 for endothelial protection in in vivo and clinical hyperglycemia.

Please login or register to follow this author.
Are you sure you want to Unfollow this Author?
► Click here to access Full Text, PubMed, Publisher and related articles...

Your Unread Messages in Cardiology

See All >> Messages include industry-sponsored communications and special communications from MDLinx

Most Popular Cardiology Articles

Indexed Journals in Cardiology: American Heart Journal, American Journal of Cardiology, Circulationn, Heartmore

Register now to view all the MDLinx contents (FREE)!

  • Stay current on the latest literature, research and clinical news
  • Get special communications and offers from MDLinx and our sponsors
  • Receive invitations to paid market research
View Samples and Register

Connect with us, stay current.

Receive the latest mecial news
updates for free via email

Sign up!

Subscribe to our free RSS feeds:

Get the latest news in your specialty automatically added to your newsreader or your personal My Yahoo!, Google, My MSN or My AOL page. Learn More