KSU/Cleveland Clinic Collaborative Doctoral Program Faculty
Name | Phone | Specialty | |
---|---|---|---|
Alex Almasan | almasaa@ccf.org | 216-445-9970 | Ph.D., University of South Carolina. Genotoxic stress-induced signals for cell cycle control and cell death. More on Almasan |
Selva Baltan | baltans@ccf.org | 216-444-3972 | Ph.D., McGill University, M.D., Hacettepe University. The role of neutrophils in neurologic deterioration after subarachnoid hemorrhage. More on Baltan |
Lynn Bekris | bekrisL@ccf.org | 216-444-0111 | Ph.D. University of Washington, Identifying and evaluating the functional impact of genetic and epigenetic factors in Alzheimer's disease pathogenesis. More on Bekris |
Cornelia Bergmann | bergmac@ccf.org | 216-444-5922 | Ph.D., Technische Hochschule. Immune responses to viral infections in the central nervous system. More on Bergmann |
John W. Crabb | crabbj@ccf.org | 216-445-9754 | Ph.D., University of Kansas Medical Center. Proteomics and biomarkers of age-related ocular diseases. More on Crabb |
Tara DeSilva | desilvt@ccf.org | 216-444-7562 | Ph.D. Harvard Medical School, Multiple Sclerosis - blocking immune cell infiltration into CNS, protecting CNS during immune infiltration and promoting regeneration of myelin. More on DeSilva |
Serpil C. Erzurum | erzurus@ccf.org | 216-445-5764 | M.D., Northeastern Ohio Universities College of Medicine. Oxidant regulation of gene expression, airway inflammation, asthma, gene therapy. More on Erzurum |
Candece L. Gladson | gladsoc@ccf.org | 216-636-9493 | M.D., Loyola School of Medicine. Regulation and mechanisms in malignant glioma, tumor angiogenesis. More on Gladson |
Christine O'Connor | oconnoc6@ccf.org | 216-444-0676 | Ph.D., University of Virginia. More on O'Connor |
Robert H. Silverman | silverr@ccf.org | 216-445-9650 | Ph.D., Iowa State University. RNase L in antiviral innate immunity and prostate cancer, phosphodiesterases in the control of viral pathogenesis. More on Silverman |
Bruce D. Trapp | trappb@ccf.org | 216-444-7177 | Ph.D., Loyola University. Cellular and molecular biology of myelination, demyelination, and dysmyelination. More on Trapp |