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Animal Cytology |
Bloom, Stephen |
Cellular responses to environmental
stress (hyperthermia, drugs, pollutants) can determine ultimate
cellular outcomes including apoptotic cell death. Several
highly conserved multi-gene families play significant roles
in stress-response regulation in vertebrates. We are investigating
the roles of heat shock proteins, mitogen-activated protein
kinases (MAPK), and Bcl-2 proteins in regulating the sensitivity
of differentiated B-lymphocytes to heavy metal and pesticide-induced
apoptosis. We are also investigating mechanisms involved in
the bypass of B-cell stress resistance by exposure to multiple
physical and chemical stresses resulting in potentiation of
apoptosis. |
Noden, Drew |
mechanisms of vertebrate craniofacial development; neuroembryology |
Suarez, Susan |
regulation of sperm motility and of the movement of sperm through the female reproductive tract |
Comparative & Functional Anatomy |
Allmon, Warren |
macroevolution; paleoecology; molluscan systematics |
Bartel, Donald |
biomechanics; functional morphology |
Bass, Andrew |
comparative neuroanatomy; sexual differentiation of the brain; hormonal control of development |
Bowman, Dwight |
nematode and protozoan biology; taxonomy; systemic biology |
Buckles, Elizabeth |
My research focuses on studying how diseases of animals impact them on an individual, and population level. I am particularly interested in conservation medicine. |
Farnum, Cornelia |
comparative and functional morphology; bone growth and development |
Harvell, Catherine |
invertebrate zoology; evolution of invertebrate life histories; colonial invertebrates |
|
Hermanson, John |
comparative and functional morphology; muscle development, structure and function |
Howland, Howard |
vertebrate vision; development of focusing and refractive state in humans and animals |
Kennedy, Kenneth |
biological anthropology; human functional morphology; paleontology; evolution; forensic anthropology |
Kollias, George |
wildlife health and pathobiology |
McCune, Amy |
ichthyology; morphology; systematics; development and evolution; paleobiology |
Noden, Drew |
mechanisms of vertebrate craniofacial development; neuroembryology |
Place, Ned |
mammalian reproductive biology, development, and aging |
Richmond, Milo |
mammalogy; terrestrial ecology; reproductive biology |
Suarez, Susan |
regulation of sperm motility and of the movement of sperm through the female reproductive tract |
Sutter, Nate |
genetic regulation of growth in the canine; identification of genes related to risk of specific cancers in particular canine breeds; study of genes that contribute to body size in the dog |
Winkler, David |
evolutionary and behavioral ecology; ornithology |
Developmental Biology |
Bass, Andrew |
comparative neuroanatomy; sexual differentiation of the brain; hormonal control of development |
Farnum, Cornelia |
comparative and functional morphology; bone growth and development |
Howland, Howard |
vertebrate vision; development of focusing and refractive state in humans and animals |
Noden, Drew |
mechanisms of vertebrate craniofacial development; neuroembryology |
Place, Ned |
mammalian reproductive biology, development, and aging |
Provine, William |
history of modern genetics and evolution |
Suarez, Susan |
regulation of sperm motility and of the movement of sperm through the female reproductive tract |
Sutter, Nate |
genetic regulation of growth in the canine; identification of genes related to risk of specific cancers in particular canine breeds; study of genes that contribute to body size in the dog |
Travis, Alexander |
reproductive biology focusing on sperm and spermatogonial stem cells; wildlife conservation through approaches integrating studies of animals, humans and the environments they share |
Ecology |
Bowman, Dwight |
nematode and protozoan biology; taxonomy; systemic biology |
Buckles, Elizabeth |
My research focuses on studying how diseases of animals impact them on an individual, and population level. I am particularly interested in conservation medicine. |
Chang, Yung-Fu |
mechanisms of infection, particularly leptospira and salmonella |
Clark, Christopher |
evolution and adaptive significance of acoustic signaling behaviors in animals with particular emphasis on marine mammals
|
Kollias, George |
wildlife health and pathobiology |
Mohammed, Hussni |
epidemiology of infectious diseases; quantitative and analytical epidemiology; epidemiological risk assessment and analysis; veterinary public health and food safety; production medicine |
Noden, Drew |
mechanisms of vertebrate craniofacial development; neuroembryology |
Place, Ned |
mammalian reproductive biology, development, and aging |
Provine, William |
history of modern genetics and evolution |
Richmond, Milo |
mammalogy; terrestrial ecology; reproductive biology |
Travis, Alexander |
reproductive biology focusing on sperm and spermatogonial stem cells; wildlife conservation through approaches integrating studies of animals, humans and the environments they share |
Winkler, David |
evolutionary and behavioral ecology; ornithology |
|
Histology |
Buckles, Elizabeth |
My research focuses on studying how diseases of animals impact them on an individual, and population level. I am particularly interested in conservation medicine. |
Farnum, Cornelia |
comparative and functional morphology; bone growth and development |
|
Hermanson, John |
comparative and functional morphology; muscle development, structure and function |
Richmond, Milo |
mammalogy; terrestrial ecology; reproductive biology |
Suarez, Susan |
regulation of sperm motility and of the movement of sperm through the female reproductive tract |
