| Agnes
J. Ayme-Southgate |
Genomics and molecular analysis of insect muscle proteins; protein structure-function relationship and biophysical modeling; application and significance for development, flight physiology and evolution |
| Erin
J. Burge |
Environmental immunology and molecular biology of
marine invertebrates and fishes |
| Karen
G. Burnett |
Marine biomedicine, immunology, molecular biology
of marine organisms |
| Christine
A. Byrum |
Evolution and development of endoderm and mesoderm in marine invertebrates; cell specification
and signal transduction; cnidarian gastrulation. Use of the sea urchin as a developmental model at the cellular,
molecular, and systems level; evolution of the metazoan body plan |
| Robert
W. Chapman |
Fisheries, genetics, population biology |
| Sylvia
B. Galloway |
Coral health/disease characterization using genomic/proteomic
approaches |
| Thomas
W. Greig |
Fisheries population genetics, molecular marine forensics,
evolutionary ecotoxicology |
| Michael
G. Janech |
Physiology of marine organisms, molecular and proteomic
applications |
| Satomi Kohno |
Developmental and reproductive endocrinology in vertebrates, and environmental influences on it |
| Christopher A.
Korey |
Drosophila genetics; Molecular genetics of
Human neurological disease using Drosophila as a model system |
| Lisa May |
Microbial ecology and coral-microbe interactions, DNA damage and its effect upon the reproductive potential of coral, effects of stressors on coral health |
| Andrew M. Shedlock |
Genomics, evolution and conservation biology of marine vertebrates |
| Erik
E. Sotka |
Ecology and evolution of marine biotic interactions,
larval dispersal, molecular ecology, chemical ecology |
| Frances
M. Van Dolah |
Functional genomics of toxic dinoflagellates;
effects of algal toxins on marine mammals and human consumers |
| Cheryl
M. Woodley |
The application of biomedical concepts and technologies to understand how stressors affect coral
health and use this information to design early-warning indicators of conditions posing risks to coral health and
fitness |
| Anastasia
M. Zimmerman |
Molecular evolution of the vertebrate immune
system, genome-wide analyses of innate and adaptive immune loci in fishes, use
of the zebrafish as an immunological model |
