Skip Navigation Links
Invited Speakers
» Nobel Laureates
» List of Speakers
Registration
» Registration Fees
» Registration Form
» Registration Login
TWAS/BVA2008.NXT
» What is TWAS / BVA2008.NXT
» Program
» List of Participants
» Registration Login
BioFair
» Invitation
» Technical Guidelines
» Floor Plan
Poster Session
» Invitation
» Guidelines
» Poster Session Form
  • Program
Accommodation & Tours
» Accommodation
» Pre/Post Conference Tours
Sponsors
» Call for Sponsors
» List of Sponsors
BA Resources
» Audio Visual Materials
» Books
» Journals
» Reference Materials
Visitor Information
» Visas
» Airports
» Transportation
» Weather
» Banking and Currency
» Tourist Information
» Visiting the Library
» Other Tips
  • FAQ
  • Photo Gallery
sponsors

Speaker Details

 
 

Prof Roger N. Beachy

print  
   Biography
 
Roger Beachy, founding president of the Donald Danforth Plant Science Center, a non-profit research institute, St. Louis, MO, earned his Ph.D. at Michigan State Univ. with post-doctoral positions at the Univ. of AZ and at Cornell Univ., NY. He previously held academic positions at Washington Univ., St. Louis, and The Scripps Research Institute, La Jolla, CA, where he was co-founder of the Inter. Laboratory for Tropical Agricultural Biotechnology. A member of the U.S. Nat. Academy of Sciences and a Fellow of the American Acad. of Microbiology, and the American Assoc. for the Advancement of Science, he has received the Wolf Prize in Agriculture, the D. Robert Hoagland Award from the Society of Plant Biologists and Ruth Allen Award from the American Phytopathological Society among others. Beachy serves as Chair-Elect of the AAAS Section on Agriculture, Food and Renewable Resources and is Pres. of the International Assoc. of Plant Biotechnology, among others. He is recognized for his work in molecular virology and gene expression in plants, and for pioneering research in developing transgenic plants that are resistant to virus infection. His research includes: studies of mechanisms of transgenic virus resistance including, in rice and sweet potato; characterizing functional activities of transcription factors; and developing a chemical gene switching system for use in plants.
 
 
  Abstract
 
-
 

Bibliotheca Alexandrina - P.O. Box 138 - Chatby, Alexandria 21526, EGYPT
Phone: +(203) 4839999 General E-mail: cssp@bibalex.org