|
Nathan Baker Computational biology: multiscale modeling of biological process, biomolecular solvation, protein structure and dynamics |
![]() |
Wayne Barnes
PCR methods; plant genetic engineering for insect or virus resistance |
![]() |
Peter Burgers
Biochemistry and genetics of yeast DNA replication and repair |
![]() |
Peter
Chivers
Intracellular nickel trafficking in microbes - transport and regulation studied by a combination of biochemical, genetic, and structural methods |
![]() |
Enrico Di
Cera
Protease specificity and regulation. Protein engineering. |
![]() |
Tom Ellenberger
Nucleic enzymology, structural biology, macromolecular interactions and molecular recognition |
![]() |
Elliot
Elson
Dynamics and equilibrium of interactions of molecules in cells and model systems. Mechanics and dynamics of cells and tissues. |
![]() |
William
Frazier
Structure-function analysis along with in vitro and in vivo models of vascular disease are employed to understand how thrombospondin-1 and its receptor CD47 control nitric oxide signaling in vascular cells. |
![]() |
Carl
Frieden
Protein folding, aggregation, intrinsically disordered proteins, fluorescence methods, fluorine NMR |
![]() |
Eric A. Galburt Single molecule biophysics, optical trapping, magnetic trapping, DNA transcription, RNA splicing |
![]() |
Roberto Galletto
Mechanistic studies of DNA motor proteins |
![]() |
Kathleen Hall
NMR and biochemical studies of RNA and RNA-protein complexes |
![]() |
Katherine Henzler-Wildman
Solution and solid-state NMR spectroscopy: dynamics of integral membrane proteins, functional importance of protein dynamics, mechanism of transporter proteins, protein-lipid interaction |
|
Timothy Lohman
Mechanisms of DNA-protein interactions; DNA motor proteins (helicases) and SSB proteins |
![]() |
John Majors
Transcriptional regulation of gene expression in retroviruses and yeast |
![]() |
Garland
Marshall
Major focus is molecular recognition - the basis of intermolecular interactions and specificity seen in drug and hormone receptors, antigen-antibody and substrate-enzyme systems. |
![]() |
Linda
Pike
Mechanism of action of growth factors; polyphosphoinositide metabolism |
|
Jay Ponder
Protein engineering; computer modeling of protein structure and folding |
Research Faculty
![]() |
Sudha Cowsik
Protein folding, aggregation, intrinsically disordered proteins, fluorescence methods, fluorine NMR |
![]() |
James W. Janetka
Design and chemical synthesis of novel compounds; X-ray structure-based design; medicinal chemistry |
![]() |
Alex Kozlov
Mechanisms of DNA-protein interactions; DNA motor proteins (helicases) and SSB proteins |
![]() |
Ana Ruiz-Manzano
Single molecule biophysics, optical trapping, magnetic trapping, DNA transcription, RNA splicing |
![]() |
Changguo Tang
NMR and biochemical studies of RNA and RNA-protein complexes |
![]() |
Scott Wildman
Computational drug discovery: Protein-ligand interactions, Protein structural families, Ligand optimization techniques |
Emeriti Professors
![]() |
Gary Ackers Physical basis of biological control; Protein-nucleic acid interacting systems |
![]() |
George Drysdale
Macromolecular interactions and recognition |
![]() |
Linda Kurz Macromolecular interactions and molecular recognition |
![]() |
F. Scott Mathews
X-ray structure and analysis of macromolecules |



























