![]()

Faculty members in the Department of Biological, Geological, and Environmental Sciences represent a number of area institutions and are engaged in a host of different research activities. Symbols servomg to indicate to institution and research area for each faculty member are explained at the bottom.
| Staff Listing | Major Departmental Committees | Departmental By-Laws |
| person | descriptors | research interests |
|---|---|---|
| Alexandru Almasan | apoptosis and cell cycle control of tumor cells; genotoxic stress; radiobiology | |
| Abbed Babaei | structural geology, deformation fabrics of the shear zones, geochemical and tectonic interpretation of ophiolitic complexes | |
| Cornelia Bergmann--pending | regulation of and function of CD8 T cells during viral infections of the central nervous system (CNS) associated with demyelination | |
| Kathleen L. Berkner | homeostasis and the physiology of vitamin K | |
| G. Valentin Börner | molecular genetics: functional analysis of chromosome dynamics | |
| Martha K. Cathcart | monocyte activation, superoxide anion, lipid oxidation | |
| Pete Clapham | environmental geology: geological implications of solid and hazardous waste management, Geographic Information Systems | |
| Miles M. Coburn | ecology and systematics of freshwater fishes | |
| Clemencia Colmenares | cancer biology: molecular mechanisms of muscle and neural tissue differentiation, role of oncogenes during development, gene knockouts | |
| R. Jeffrey Dean | neuroscience: motor control of limb movement & coordination in insects, amphibians, humans and robots; neuroethology: lateral line orientation; cybernetics, neural modeling & artificial neural networks | |
| Christin DeJong | applied environmental science; urban plant ecology; | |
| Paul E. DiCorleto | cell biology: vascular endothelium, leukocyte adhesion proteins, atherosclerosis, intracellular signaling, gene expression | |
| F. Paul Doerder | genetics and cell biology: molecular genetics of Tetrahymena cell-surface proteins; genetic regulation of differential gene expression; cytogenetics of ciliate macronuclei; ciliate population genetics | |
| Paul Fox | cell biology: regulation of cell motility, structure and function of ceruloplasmin, lipoprotein oxidation, cellular iron metabolism | |
| Michael A. Gates | evolutionary biology and biometrics: morphometrics, quantitative genetics, ecology, and evolution of ciliated protists; biological pattern analysis | |
| A. Ralph Gibson | ecology, behavior and evolution: quantitative biology; thermal and reproductive biology of snakes | |
| Yohannes Haile-Selassie | paleoanthropology: early hominid evolution | |
| Joe Hannibal | invertebrate paleontology | |
| Jaharul Haque | cancer biology: cytokine-mediated cell signaling, especially in allergic inflammation and brain cancer | |
| Stanley Hazen | cell biology: biochemistry of oxidative tissue damage | |
| Philip Howe | cell biology: mediation of growth inhibition and signal transduction by TGF-beta | |
| Donald W. Jacobsen | cell biology: homocysteinemia and vascular disease, cellular transport and metabolism of sulfur amino acids | |
| Jeffrey P. Johansen | botany: ecology and systematics of algae; use of diatoms as water quality indicators; biogeography of terrestrial algae; ecology and rehabilitation of cryptogamic soil crusts | |
| Andrew Jones | phyogeography of birds in island and mountain habitats; avian natural history | |
| Michael Kalafatis | biochemistry of blood coagulation and thrombosis | |
| Sadashiva Karnik | molecular cardiology: molecular and cellular mechanisms involved in blood pressure regulation | |
| Joe B. Keiper | invertebrate zoology: population and community ecology of aquatic insects, especially caddisflies and mosquitoes | |
| Anton A. Komar | molecular biology: translational regulation of gene expression | |
| Roman Kondratov | molecular mechanisms of aging and circadian rhythms | |
| Robert A. Krebs | evolutionary biology: historical changes in freshwater mussel (Unionidae) distributions; models of genetic changes associated with colonization and isolation in refugia; mussel conservation | |
| Andrea N. Ladd | cell biology: role of alternative splicing regulation in the development of vertebrate heart and skeletal muscle | |
| Cathi Lehn | biodiversity; wildlife conservation; population biology | |
| Bibo Li | molecular biology: telomere functions; pathogenesis of Trypanosoma brucei (a protozoan parasite causing sleeping sickness in humans and Nagana in cattle) in relation to telomere function and regulation of surface antigen switching to avoid immune responses | |
| Xiaoxia Li | immunology: molecular biology of interferon signaling pathways | |
| Donald G. Lindmark | microbiology: 1) Ohio oenology: grape/yeast speciation, cold resistance, spontaneous fermentation, wine quality; 2) biochemical cytology and molecular biology of protozoan parasites, esp. Trichomonas, Giardia, Cryptosporidium &Hexamita; host-parasite interactions, detection, pathogenesis, and chemotherapeutic implications. | |
| Howard Lo | geology: geochemistry, petrology of igneous rocks, composition and origin of island arcs, volcanic rocks, geochemistry of river and lake water, environmental quality assessment: treatment of municipal and industrial wastewater, and groundwater | |
| Barsanjit Mazumder | molecular biology: molecular mechanisms of cardiovascular disease; post-transcriptional regulation of pro-inflammatory gene expression in endothelial cells, monocytes, and macrophages | |
| Thomas McIntyre | lipid mediators and their role in apoptosis, inflammation, platelet formation, and aging | |
| Ronald J. Midura | molecular physiology: analysis of vertebrate biomineralization mechanisms and embryonic skeletogenesis | |
| Barbara K. Modney | neuroscience: specificity of synaptic connections during development and following injury; development of neuronal circuits and behavior | |
| Christine S. Moravec | molecular cardiology: decreased contractility in heart failure: Ca cycling, sarcoplasmic reticulum function, gene expression | |
| Daniel R. Petit | vertebrate ecology and natural resources planning | |
| Jun Qin | structural biology: relationships between protein structure and function in cellular signal transduction pathways | |
| Hugh R. Quinn | population biology: systematics, ecology, and conservation of reptiles and amphibians | |
| Miguel E. Quinones-Mateu | molecular biology of the Human Immunodeficiency Virus and other retroviruses | |
| Ofer Reizes--pending | obesity, adipose tissue development and maintenance, syndecans and heparan sulfate proteoglycan | |
| Neal S. Rote | reproductive biology: human trophoblast differentiation and apoptosis | |
| Michael J. Ryan | vertebrate paleontology: dinosaurs | |
| Tony L. Sahley | auditory neurophysiology and neuropharmacology | |
| Tobili Y. Sam-Yellowe | microbiology, immunology, and parasitology: mechanisms of erythrocyte invasion in malaria; role of apical complex organelles in merozoite invasion in Plasmodium falciparum and P. chabaudi | |
| Mary Jane Saunders | cell biology: plant cell division and nuclear lamins | |
| Girish Shukla | cancer biology: in vivo and in vitro mechanisms of nuclear pre-mRNA splicing, structure-functions of small RNAs, understanding the role of miRNAs in prostate cancer, modulation of androgen receptor by miRNAs in prostate cancer | |
| Robert H. Silverman | cancer biology: mechanism of action of interferons, particularly the role of RNase L | |
| Roy L. Silverstein | cell biology: cellular scavenger receptors in disease processes | |
| Jonathan D. Smith | cell biology: murine models of atherosclerosis | |
| George Stark | molecular biology: protein and nucleic acid biochemistry, DNA amplification, molecular biology of signal transduction pathways | |
| Dennis Stuehr | immunology: biology and biochemistry of nitric oxide, a molecule involved in cell signaling and host defense | |
| Mark A. Tumeo | environmental science, risk assessment, bioremediation, environmental modeling | |
| Vincent Tuohy | immunology: autoimmunity, multiple sclerosis, experimental autoimmune encephalomyelitis | |
| Harry van Keulen | biochemistry and molecular biology: 1) molecular biology of protozoan parasites; structure, organization and expression of genes in Giardia; 2) plants and bioremediation | |
| Jacqueline Vitali | protein crystallography, specifically biomedically important enzymes | |
| B. Michael Walton | ecological physiology and evolutionary biology: studies of behavioral energetics, whole organism performance, and the relationship of these variables to growth and survival in natural populations of reptiles and amphibians | |
| Crystal M. Weyman | cell biology: signaling pathways regulating proliferation, differentiation, apoptosis, and transformation of skeletal myoblasts | |
| Julie A. Wolin | environmental science: diatom assemblage analysis applied to current environmental impact studies and to paleolimnological reconstructions | |
| Riqiang Yan-pending | molecular and cellular biological research in Alzheimer's Disease | |
| Fasong Yuan | geology and environmental science: geochemical and isotopic tracers to investigate physical processes occurring in lakes and rivers, aqueous and environmental geochemistry to assess anthropogenic disturbances, environmental indicators for modern and ancient aquatic systems |
| Home Institution: | Research Area: |
|---|---|
CSU Faculty Gallery:
Copyright © 1999 - 2008
Department of Biological, Geological, and Environmental Sciences
College of
Science, Cleveland State University
All rights reserved.
Update: 23 July, 2008