| Graduate Faculty |
Research Focus |
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Signal transduction by tyrosine kinases and phosphatases.
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Anoikis and its regulation; control of cell adhesion. |
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Free radicals and disease.
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Regulation of genes involved in fatty acid synthesis; thyroid hormone action.
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Qiang Ma, Ph.D.,
Adjunct Professor
(NIOSH) |
Regulation and biology of the aryl hydrocarbon receptor; mechanism of gene regulation by oxidative chemicals.
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Molecular control of visual and auditory development.
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Mechanisms of chemotaxis/motility in spirochete bacteria and influence of the endocrine system on the immune system.
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Biochemical mechanisms behind gene mutations that result in photoreceptor cell death; lipid modifications of proteins in photoreceptors; novel treatment for blinding diseases.
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Cancer and diabetes, defects in cellular signaling. |
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Regulation of gene expression by fatty acids–inhibition of RNA processing. |
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Biological oxidation of methane and ammonia; metalloproteins and respiratory chains. |
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Ion channel physiology and pharmacology; physiology of the endoplasmic reticulum. |
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Biochemistry of vision and molecular control of vision related proteins. |
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Genetic analysis of complex ophthalmic disorders; gene-expression analysis of retinal aging and age-related retinal disorders. |