Home
UA Graduate Programs
Faculty Research Areas
Recent Faculty Publications
UA Research Resources
UA/Tucson Life
Request More Information
Search Faculty or
Research By name or keyword
UA Life Science Events
Or
view the entire calendar
ASCOT Calendar Events
Biology, Math, and Physics IGERT Program
Program Homepage
Request Information
Select a different Degree Program
Advanced Research Institute for Biomedical Imaging (ARIBI) (23)
Agricultural & Biosystems Engineering (6)
Animal Sciences (15)
Applied Mathematics (19)
Arid Lands Resource Sciences (45)
Biochemistry & Molecular Biophysics (20)
Biochemistry and Molecular & Cellular Biology (58)
Biological Chemistry (36)
Biology, Math, and Physics IGERT Program (7)
Biomedical Engineering (29)
Biomedical Imaging and Spectroscopy (7)
Cancer Biology GIDP (58)
Cell Biology & Anatomy (30)
Chemistry (40)
Cognitive Science GIDP (2)
Ecology & Evolutionary Biology (40)
Entomology (27)
Epidemiology and BioStatistics (19)
Genetics GIDP (49)
Genomics IGERT Program (24)
Graduate Resources (10)
Graduate Training in Toxicology and Toxicogenomics (2)
Immunobiology (19)
Insect Science (30)
Medical Pharmacology (17)
Medicinal & Natural Products Chemistry (6)
Microbiology (13)
Molecular and Cellular Biology (42)
Natural Resources (3)
Neuroscience (67)
Nutritional Sciences (15)
Pathobiology (15)
Pharmaceutical Economics (6)
Pharmaceutics (3)
Pharmacology & Toxicology (25)
Physiological Sciences (64)
Plant Pathology & Microbiology (22)
Plant Sciences (33)
Professional M.S. Program in Applied BioSciences (2)
Psychology (5)
Public Health (12)
Soil, Water & Environmental Science (18)
Speech & Hearing Sciences (1)
Statistics Graduate Interdisciplinary Program (7)
Faculty:
Displaying 1 - 7 of 7 << first < prev | [1] | next > last >>
Cushing, Jim
: Nonlinear dynamics, population dynamics, theoretical ecology
Departmental affiliations:
Mathematics
Program affiliations:
Applied Mathematics
,
Biology, Math, and Physics IGERT Program
Mendelson, Neil
: Biomechanical, biomimmetic, bioconvection, and genetic studies of bacterial model systems.
Departmental affiliations:
Molecular & Cellular Biology
,
Nutritional Sciences
,
Immunobiology
Program affiliations:
Biology, Math, and Physics IGERT Program
,
Molecular and Cellular Biology
,
Biochemistry and Molecular & Cellular Biology
,
Biomedical Engineering
,
Genetics GIDP
,
Immunobiology
Michod, Richard
: Theoretical population genetics. Evolution of interactions within populations. Cooperation and conflict. Evolution of sex. Evolution of social behavior. Current work uses colvocalean green algae as a model experimental system.
Departmental affiliations:
Ecology & Evolutionary Biology
Program affiliations:
Ecology & Evolutionary Biology
,
Applied Mathematics
,
Genomics IGERT Program
,
Genetics GIDP
,
Biology, Math, and Physics IGERT Program
,
Neuroscience
Montfort, William
: We study the structure, function and dynamics of proteins to understand how they work at a fundamental level, both in vivo and in vitro, and how they fail in disease. Our primary area of research concerns nitric oxide signaling pathways.
Departmental affiliations:
Biochemistry & Molecular Biophysics
,
Chemistry
,
BIO5 Institute
,
Arizona Cancer Center
Program affiliations:
Biochemistry & Molecular Biophysics
,
Biological Chemistry
,
Biochemistry and Molecular & Cellular Biology
,
Biology, Math, and Physics IGERT Program
,
Applied Mathematics
,
Cancer Biology GIDP
,
Chemistry
,
Genetics GIDP
Secomb, Timothy
: Mathematical aspects of microcirculation and blood rheology; physiological fluid mechanics
Departmental affiliations:
Physiology
,
Arizona Research Laboratories
,
Mathematics
,
BIO5 Institute
,
Arizona Cancer Center
Program affiliations:
Physiological Sciences
,
Applied Mathematics
,
Biomedical Engineering
,
Biology, Math, and Physics IGERT Program
Tabor, Michael
: Nonlinear dynamics; Biomathematics
Departmental affiliations:
Mathematics
,
BIO5 Institute
Program affiliations:
Applied Mathematics
,
Biology, Math, and Physics IGERT Program
Watkins, Joe
: Research interests involve probability theory and stochastic processes applied to problems in stochastic modeling of biological phenomena. Current projects include reading social structure from the genome; the role of marriage rules in the structure of genetic relatedness; and microsatellite evolution.
Departmental affiliations:
Mathematics
,
BIO5 Institute
Program affiliations:
Applied Mathematics
,
Biology, Math, and Physics IGERT Program
,
Genomics IGERT Program
Displaying 1 - 7 of 7 << first < prev | [1] | next > last >>