Created By Adam Epstein in Paint Shop Pro



Where Computers Are Our Best Friends And Viruses Our Partners!


This picture is copyrighted to Jeff Lawton

Graphic by Jeff Lawton.






The long-term objective of our research group is to understand the molecular mechanisms that regulate the biological activities in the life cycles of medically important animal viruses, in order to develop anti-viral strategies. Our current focus is to establish structure-function correlations in viruses that cause gastroenteritis in humans. These viruses include members of the viral families reoviridae and caliciviridae.

Using three-dimensional structural analysis carried out by a combination of electron cryo-microscopy, computer image processing, and X-ray crystallography techniques, we are able to provide a detailed description of the structural components of the viruses in the Reoviridae and Caliciviridae (picture). Recent developments in molecular biology have enabled the expression of several viral proteins in adequate quantities, allowing us to probe more into the structural intricacies of these viruses and understand better the molecular mechanisms that underly various biologic functions related to viral pathogenesis such as cell entry, neutralization, uncoating, transcription, replication and assembly.

You are welcome to browse through the abstracts of the recently published papers written by the members of this research team!

Also visit our new 3D Reconstruction Virus Gallery, here.


Dr. Prasad's Lab can be found in:


Room 376A,
Verna and Marrs McLean Department of Biochemistry
W.M. Keck Center for Computational Biology,

Baylor College of Medicine,

Houston, Texas 77030


Phone: (713) 798-8432.
Fax: 796-5438.





HTML created by Angela Yu, updated by Adam Epstein.
Please send comments to starguardian@hotmail.com.