| Justen
Andrews |
Gene regulatory networks controlling
sex in arthropods. |
(lab) |
| Carl
Bauer |
Oxygen and light regulation
of gene expression; Biosynthesis of heme
and chlorophyll; Prokaryotic development. |
(lab) |
| Yves
V. Brun |
Cell cycle control, cell division,
and cell differentiation in bacteria. Bacterial
adhesion. |
|
| Peter
Cherbas |
Drosophila development and
genomics; Nuclear receptors. |
(lab) |
| Thomas
F. Donahue |
Genetic, molecular and biochemical
analysis of translation initiation in yeast. |
|
| Mark
Estelle |
Molecular genetics of hormone
action in Arabidopsis. |
(lab) |
| Wayne
Forrester |
Mechanisms of directed cell
migration in C. elegans. |
(lab) |
| Pat
Foster |
Mutagenesis, DNA repair, replication,
and recombination. | |
| Clay
Fuqua |
Multicellular interactions
of bacteria. |
|
| Matthew Hahn |
Computational and Evolutionary Genomics; Evolution of Transcriptional Regulation; Molecular Population Genetics |
(lab) |
| Roger
Hangarter |
Plant physiology: Environmental
sensory-response systems and plant development. |
(lab) |
| Roger
Innes |
Molecular genetics of plant/pathogen
interactions. |
(lab) |
| Thomas
Kaufman |
Cytogenetics, developmental
genetics, and molecular genetics of Drosophila. |
|
| Daniel Kearns |
Bacterial motility and multicellular behavior. |
|
| David Kehoe |
Environmental regulation of gene expression in bacteria. |
(lab) |
| Eric Knox |
Plant evolution; speciation; phylogenetic systematics; chloroplast genome evolution; horizontal gene transfer; flora of Indiana. |
|
| Justin
Kumar |
Eye specification in the fruit
fly, Drosophila melanogaster. |
(lab) |
| Michael
Lynch |
Evolution of molecules, genome
structure, and phenotypes. |
(lab) |
| Melanie Marketon |
Molecular mechanisms of pathogenic microbe-host interactions. |
|
| Scott
Michaels |
Molecular genetics of flowering
time regulation in Arabidopsis and
other species. |
(lab) |
| Tai Min |
Molecular mechanisms of Down syndrome, neurological disorders, and aging. |
|
| Kristi Montooth |
Evolutionary physiological genetics; population genetics; biochemical adaptation. |
|
| Leonie Moyle |
Genetics of speciation and adaptation, comparative genomics, evolutionary ecology, plant reproduction. |
(lab) |
| David Nelson |
Chlamydial virulence factors and host response. |
|
| Jeffrey
D. Palmer |
Molecular evolution: Lateral
transfer of mitochondrial genes to the nucleus
and between organisms. Evolution of mutation
rates. Molecular phylogeny. |
(lab) |
| Joe Pomerening |
Signal transduction pathways governing early embryonic and somatic cell cycles, and understanding the integration of feedback loops and other signaling elements in their M-phase control systems. |
|
| Elizabeth
C. Raff |
Specification of three-dimensional biological form in cells and in evolution |
|
| Rudolf
A. Raff |
Evolutionary developmental biology; Evolution of early development; Larval origins; How embryos fossilize. |
|
| Loren
H. Rieseberg |
Plant evolutionary genomics; speciation; domestication; invasiveness; Compositae genomics; conservation. |
(lab) |
| Nicholas Sokol |
MicroRNA Function in Drosophila |
|
| Milton
Taylor |
The interferon response in hepatitis C patients. A study using DNA array technology to explain the differences in response to treatment. Molecular mechanism of synergy between different interferons using array technology, and various virus systems. |
(lab) |
| Greg Velicer |
Ecology and evolution of bacterial social behavior. |
|
| Michael
J. Wade |
Evolution in metapopulations;
Genetic basis of speciation in Tribolium;
Epistasis; Evolutionary genetics of maternal
effects; Sexual selection and alternative
male mating strategies; Coevolution of arthropod
hosts and Wolbachia endosymbionts. |
(lab) |
| Claire
E. Walczak |
Mechanisms of mitotic spindle assembly
and chromosome segregation; Regulation of
microtubule dynamics during interphase and
mitosis. (Medical
Sciences Program) |
(lab) |
| Malcolm
E. Winkler |
The physiology, pathogenesis,
molecular genetics, stress responses, and
genomics of the gram-positive human respiratory
pathogenic bacterium, Streptococcus pneumoniae. |
(lab) |
| Andrew Zelhof |
Metamorphosis of Drosophila photoreceptor cells. |
|
| Miriam
E. Zolan |
Meiosis and DNA repair. |
|
