Biological Sciences | Biomedical Engineering | Chemistry | Computer Sciences | Geological Sciences | Mathematics | Pharmacy | Physics
Lauren Ancel: Evolutionary theory, microbial evolution, and epidemiology.
Jim Bull: Evolutionary genetics, molecular, classical, and theoretical biology.
David Cannatella: Comparative biology and phylogenetics.
Z. Jeffrey Chen: Genetic, epigenetic, and evolutionary consequences of polyploidy on genome function.
David Crews: Neuroendocrinology and behavior.
Larry
Gilbert: Animal-plant interactions, tropical ecology.
Robin Gutell: Computational biology and bioinformatics, RNA structure and folding, molecular evolution.
Muhammad Hamid Zaman: Computational modeling of cell adhesion and migration. Protein-substrate and
protein-protein interactions.
David M. Hillis: Evolutionary patterns and processes as revealed by molecular genetic techniques.
Robert K. Jansen: Molecular systematics, molecular evolution, chloroplast DNA evolution.
Tom Juenger - Evolutionary ecology & genetics, quantitative genetics, QTL & LD mapping.
Timothy H. Keitt - Land use change and conservation in Madagascar, Network theory applied to habitat-based conservation planning
Mark Kirkpatrick: Evolutionary theory; population and quantitative genetics.
Craig R. Linder: Evolutionary Ecology, hybridization, molecular systematics and evolution, plant evolutionary ecophysiology.
Tom J. Mabry: Chemistry and bioactivity of natural products including enzymatic and molecular processes in their metabolic pathways.
Ian Molineux: Bacteriophage evolution, modeling of viral developmental life-cycles.
Ulrich Mueller: Behavioral, molecular and chemical ecology, phylogenetics, evolution of organismal interactions.
Jose Panero: Plant systematics, molecular systematics.
David M. Parichy: Development, genetics, evolution.
Eric R. Pianka: Population and community ecology, evolutionary ecology, phylogenetic systematics, computer simulation of model systems, natural history of desert lizards.
Michael Ryan: Animal communication, evolution of behavior.
Sahotra Sarkar: Computational ecology and conservation biology
Beryl Simpson: Biogeography and systematics.
Michael C. Singer: Evolution of insect diet.
John Sisson: Molecular mechanics controlling animal cell cytokinesis.
Edward C. Theriot: Diatom systematics, systematic theory and applications to ecological and paleontological problems.
Claus Wilke: I work in the areas of computational and theoretical evolutionary biology. My research can be broadly subdivided into three areas: (1) RNA virus evolution, (2) theoretical population genetics, (3) evolution of biopolymers (RNA, proteins).
Orly Alter: genomic signal processing and systems biology
Mia Markey: The design of cost-effective, computational medical decision aids that will help physicians better diagnose, treat, and manage cancer.
Chemistry/Biochemistry and Chemical Engineering
Isaac B. Bersuker: Computational drug design, molecular modeling for large biological systems.
Andy Ellington: Therapeutic and diagnostic applications of aptamers, protein and metabolic engineering.
Dmitrii Makarov: Kinetic Monte Carlo simulations of protein folding and unfolding, mechanical properties of proteins, kinetics of biochemical reactions at the single molecule level, RNA folding.
Edward Marcotte: Protein function and interactions, bioinformatics, proteomics, biological networks, evolution of genomes, proteomes, and protein interactions.
John Robertus: Protein crystallography, genetic engineering, structure-based drug design.
Thomas Truskett: Hydrophobic hydration and ordering in aqueous solution; nano-confined phases; complex fluids; granular packings and disordered media.
Computer Science and Electrical and Computer Engineering
Chandra Bajaj: Scientific visualization, computer graphics, distributed processing, algebraic computation.
Inderjit Dhillon: Large-scale data mining, statistical pattern recognition, data visualization, numerical linear algebra, parallel computation.
Risto Miikkulainen: Genetic algorithms, computational neuroscience, cognitive science.
Daniel P. Miranker: Parallel computer architecture, active/expert database systems, high performance artificial intelligence systems.
Ray Mooney: Machine learning, data mining, artificial intelligence, natural language processing.
William H. Press: Bioinformatics and computational genomics, data mining, and patern recognition algorithms.
Vijaya Ramachandran: Parallel algorithms, graph algorithms, data structures.
Tandy Warnow: Combinatorial algorithms for phylogenetic estimation, experimental performance analysis of algorithms, statistical inference.
Timothy Rowe: Vertebrate morphology, paleontology and systematics; computed tomography, informatics and visualization.
Irene Gamba: Applied mathematics, partial differential equations.
Oscar Gonzalez: Numerical analysis and multi-scale modeling of DNA.
John Luecke: Knot theory and DNA modeling.
Lorenzo Sadun: Differential geometry, mathematical physics.
Sean Kerwin: Bio-organic chemistry, molecular recognition and rational drug design.
Philosophy
Sahotra Sarkar: Computational ecology and conservation biology
Richard A. Matzner: General relativity and cosmology, kinetic theory, black hole physics, gravitational radiation.
last updated: Oct 13, 2003
http://ccbb.biosci.utexas.edu/directory.html
The Center for Computational Biology and Bioinformatics
The University of Texas at Austin
ACES 3.422
Austin, TX 78712