Physician Scientist Training Program
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Program Faculty

Program Faculty

 



Xenopus

Our faculty utilize a wide range model organisms, including transgenic mice and rabbits, yeast, frogs, hamsters and rats.

 

 

 

 

 

 

Faculty playing pool

"Outside of the lab, there is a relaxed, informal atmosphere between the faculty and students. Sometimes the faculty come out and play pool with us. Sometimes they're even good."

 

 

 

 

 

 

Adrenal Carcinoma Cells

Many of our faculty collaborate with each other in order to attack various clinical problems from a variety of perspectives. Some of these clinical focus areas include cancer, obesity, drug addiction, cardiovascular disease, and stroke.

 

 

 

 

 

 

Sister Chromatid Exchange

A common theme underlying much of the research here is the genetic basis of human disease. These types of projects are ideally suited to our future physician scientist.

 

 

 

 

 

 

DNA Sequence

The University provides numerous core facilities, which provide services such as sequencing, generation of transgenic animals, imaging, and structural analysis.

 

 

 

 

 

 

Dr. Randy Seeley

As members of one of only 75 Research I Universities in the US, our faculty and students have the opportunity to work with the most advanced equipment and research techniques.


Marshall Anderson

Program(s)
Environmental Health

Research
Role of oncogenes and tumor suppressor genes in tumorigenesis; biological mechanisms of environmental toxicants and health risk.

David Askew

Program(s)
Pathobiology & Molecular Medicine
Cell and Cancer Biology

Research
Opportunistic fungal pathogen Aspergillus fumigatus and its influence on ribosome sythesis and fungal virulence.

Scott Belcher

Program(s)
Molecular, Cellular & Biochemical Pharmacology

Research
Molecular analysis of inotropic glutamate receptor subunit assembly.

Yasmine Belkaid

Program(s)
Immunobiology

Research
Principle mechanisms and consequences of the asymptomatic persistence of pathogens within the tissues of hosts.

Nira Ben-Jonathan

Program(s)
Cell and Cancer Biology
Neuroscience

Research
Prolactin as a determinant in breast cancer; environmental estrogens and the neuroendocrine/reproductive axis; physiology and pathophysiology of angiogenic and angiostatic factors.

John Bissler

Program(s)
Cell and Cancer Biology

Research
Polycystic diseases of the kidney; cystogenesis at the molecular level.

Raymond Boissy

Program(s)
Cell and Cancer Biology

Research
Molecular biology of the melanocyte; pathophysiology of pigment disorders.

Kenneth Campbell

Program(s)
Molecular & Developmental Biology

Research
Cellular and molecular control of vertebrate forebrain development.

Claire Chougnay

Program(s)
Immunobiology

Research
Interactions between antigen-presenting cells and T cells, with a special focus on the pathogenesis of the infection by the Human Immunodeficiency Virus.

Joseph Clark

Program(s)
Neuroscience

Research
Developing antibodies to diagnose cerebral vasospasm; biochemical mechanisms of vasospasm.

Mitchell Cohen

Program(s)
Cell and Cancer Biology

Research
Regulation of intestinal chloride secretion by guanylin.

Bob Colbert

Program(s)
Molecular & Developmental Biology

Research
Molecular mechanisms of antigen presentation by Class I major histocompatibility complex proteins.

Tim Cripe

Program(s)
Molecular & Developmental Biology

Research
Transcriptional regulation; genetic perturbations in cancer; gene therapy of cancer; gene transfer; transcriptional targeting; antiangiogenesis; viral oncolysis; viral oncogenesis.

Melanie Cushion

Program(s)
Pathobiology & Molecular Medicine

Research
Molecular epidemiology and organism-organism interactions of the AIDS-related opportunistic pathogen Pneumocystis carinii.

Maria Czyzyk-Krzeska

Program(s)
Systems Biology and Physiology
Neuroscience

Research
Regulation of gene expression by molecular oxygen.

Sean Davidson

Program(s)
Pathobiology & Molecular Medicine

Research
Self-protection from pathological accumulation of cholesterol and fat, leading to cardiovascular disease, heart attacks or strokes.

Gabrielle DeCourten-Myers

Program(s)
Pathobiology & Molecular Medicine

Research
Pathophysiologic mechanisms of stroke-induced brain injury.

George Deepe

Program(s)
Molecular Genetics, Biochemistry & Microbiology
Pathobiology & Molecular Medicine

Research
Mechanisms of sensitivity to fungal pathogens.

Sandra Degen

Program(s)
Molecular & Developmental Biology
Cell and Cancer Biology

Research
Molecular genetics of proteins involved in blood coagulation and growth control.

Ranjan Deka

Program(s)
Environmental Health

Research
Epidemiology and genetics of complex diseases, particularly identifying susceptibility genes predisposing individuals to non-insulin dependent diabetes mellitus.

Kenji Fukasawa

Program(s)
Cell and Cancer Biology

Research
Molecular mechanisms underlying chromosomal instability.

Janet Heasman

Program(s)
Molecular & Developmental Biology

Research
Antisense technologies to understand the function of genes involved in the development of the early vertebrate embryo.

Sue Heffelfinger

Program(s)
Pathobiology & Molecular Medicine

Research
Mechanisms of angiogenic regulation during tumorigenesis.

James Herman

Program(s)
Neuroscience

Research
Relationship between the physiological actions of central nervous system stress circuits and their place in the central nervous system.

David Hildeman

Program(s)
Immunobiology

Research
Molecular factors that control the decision between tolerance and immunity within T lymphocytes.

Christy Holland

Program(s)
Cell and Cancer Biology

Research
Brain metabolism determined by magnetic resonance imaging.

Nelson Horseman

Program(s)
Systems Biology and Physiology

Research
Molecular biology of prolactin action; deduction of annexin function in transgenic mice.