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Faculty
Expand All | Collapse All Karen M. Arndt [+][-]
Associate Professor
mechanisms of eukarayotic transciptional regulation
Homepage Ivet Bahar [+][-]
Professor
Modeling and simulation of protein complexes
Homepage Nathan Bahary [+][-]
Assistant Professor
to combine the power and insight of vertebrate development to elucidate basic molecular processes
Homepage Jeffrey L Brodsky [+][-]
Professor
Mechanism and Action of Molecular Chaperones
Homepage J. Richard Chaillet [+][-]
Associate Professor
Stem cell biology
Homepage Preet M. Chaudhary [+][-]
Professor
Regulation of NF-kappaB Pathway and Apoptosis; Signaling via members of the Tumor Necrosis Factor Receptor Family
Homepage Tao Cheng [+][-]
Associate Professor
stem cell biology; transplantation biology; and cancer biology
Homepage Paula R. Clemens [+][-]
Associate Professor
Viral vector gene transfer to muscle
Homepage Neal A. DeLuca [+][-]
Professor
Regulation of herpes simplex virus gene expression; design of HSV vectors for gene therapy
Homepage Anette Duensing [+][-]
Assistant Professor
molecular biology of gastrointestinal stromal tumors (*GISTs) and mechanism of action of targeted therapies
Homepage Stefan Duensing [+][-]
Associate Professor
The laboratory is interested in the molecular mechanisms that cause genomic instability in cancer. The human papillomavirus (HPV) has been proven a particularly useful model to study this problem
Homepage Miguel Estevez [+][-]
Assistant Professor
Primarily focused on using the invertebrate, Caenorhabditis elegans, to model human neurologic diseases. For example, human clinical genetics led to the identification of mutations in a P/Q-type calcium channel gene as the cause of a rare dominant form o
Homepage Alfred L. Fisher [+][-]
Assistant Professor
biology of aging; C. elegans genetics; stress response pathways; genomics and microarrays; protein chemistry
Homepage James L. Funderburgh [+][-]
Associate Professor
Roles for extracellular matrix in cellular responses during wound healing and tissue regeneration; Properties and bioengineering applications of adult stem cells in the eye
Homepage Ole Gjoerup [+][-]
Assistant Professor
Analysis of cell signaling, genomic instability and cancer pathways using SV40 as a model system and with particular focus on the Bub1 spindle checkpoint kinase
Homepage Joseph C. Glorioso [+][-]
Professor
Herpes simplex virus, latency, glycoprotein, pathogenesis and use in human gene therapy
Homepage Fred L. Homa [+][-]
Associate Professor
Human herpes viruses that are responsible for a variety of clinically significant diseases
Homepage Gregg E. Homanics [+][-]
Associate Professor
Production of animal models of human disease
Homepage Rebecca P. Hughey [+][-]
Associate Professor
Apical targeting and membrane trafficking in polarized epithelial cells: focus on the transmembrane human mucin MUC1 and the ectoenzyme gamma-glutamyltranspeptidase
Homepage Neil A. Hukriede [+][-]
Assistant Professor
Embryonic patterning, kidney organogenesis, xenopus laevis, zebrafish
Homepage Naftali Kaminski [+][-]
Associate Professor
interstitial lung diseases, pulmonary fibrosis, systems biology, biomarkers, genomics, microarrays, matric metalloproteases, mRNA
Homepage Saleem A. Khan [+][-]
Professor
Molecular biology and pathogenesis of human papillomaviruses (HPVs); Role of microRNAs in HPV-associated cancers, and in aging; DNA helicases; Replication, maintenance and transfer of drug resistance and virulence plasmids of Staphylococcus aureus and Bac
Homepage Jes K. Klarlund [+][-]
Associate Professor
Growth factor signaling
Homepage Mark E. Lowe [+][-]
Professor
The role of pancreatic lipases in dietary fat digestion
Homepage Bruce A. McClane [+][-]
Professor
Biochemical structure and molecular actions of bacterial toxins; bacterial pathogenicity
Homepage Timothy A. Mietzner [+][-]
Associate Professor
Mechanism by which Neisseria gonorrhoeae obtain growth-essential iron from the human host
Homepage Christine A. Milcarek [+][-]
Professor
Immunoglobulin gene expression and differentiation
Homepage A. Paula Monaghan-Nichols [+][-]
Assistant Professor
Genetic analysis of vertebrate CNS development
Homepage Ronald C. Montelaro [+][-]
Professor Patrick Moore [+][-]
Professor
KSHV interactions with the host cells and the use of molecular biology techniques to discover new oncogenic viruses
Homepage Sidney M. Morris [+][-]
Professor
Transcriptional and metabolic responses to cytokines and inflammation
Homepage Laura J. Niedernhofer [+][-]
Associate Professor
Investigating how DNA damage promotes aging and cancer using mouse models of human DNA repair deficiency syndromes
Homepage Robert M. O'Doherty [+][-]
Assistant Professor
Mechanisms of insulin resistance in obesity/NIDDM
Homepage Kyle Orwig [+][-]
Assistant Professor
Research focuses on the biological activity and functional genetic characterization of male germline stem cells. Research on these adult tissue stem cells that are at the foundation of spermatogenesis has implications for male reproduction & infertility.
Homepage Edward V. Prochownik [+][-]
Professor
Proto-oncogenes in differentiation; oncoprotein-DNA interaction; signal transduction
Homepage Baskaran Rajasekaran [+][-]
Associate Professor
DNA damage-induced cell signaling cell cycle regulation, DNA repair and growth control
Homepage Paul D. Robbins [+][-]
Professor
Gene therapy to facilitate islet transplantation: Insulin-dependent diabetes melllitus (IDDM) is characterized by destruction of the insulin-producing pancreatic beta-cell
Homepage Guillermo G. Romero [+][-]
Associate Professor
Signal transduction mechanisms associated to the activation of cellular phospholipases
Homepage David Roodman [+][-]
Professor
Cellular and molecular events controlling the formation and activity of osteoblasts from bone in normal and paathologic states
Homepage William Saunders [+][-]
Associate Professor
Kinetochores and cell cycle control ; chromosomal segregation defects in oral cancer
Homepage Martin C. Schmidt [+][-]
Associate Professor
Our research focuses on the Snf1 and AMP-activated protein kinase (AMPK). These kinases are key players in a signal transduction pathway activated by energy stress and glucose limitation in all eukaryotic cells; target for treatment of type 2 diabetes
Homepage Donald K. Scott [+][-]
Associate Professor
The nutritional regulation of cellular phenotype; how nutrients, especially glucose, alter the regulation of genes to change the phenotype of cells
Homepage Gary Silverman [+][-]
Professor
Exploring the role of how serpins protect cells from promiscuous exogenous and endogenous peptidases. Using a comparative genomics approach, we have isolated serpin genes in humans, mice and nematodes that block cell death.
Homepage Thomas E Smithgall [+][-]
Professor
Tyrosine kinase signalling pathways in normal development, cancer and HIV/AIDS
Homepage Richard A. Steinman [+][-]
Associate Professor
Investigation of p-53 like molecules and cell cycle regulation in leukemogenesis and in stem cells
Homepage Michael Tsang [+][-]
Assistant Professor
Research is directed toward elucidating genetic mechanisms controlling early patterning events in the vertebrate embryo, particularly in the role of Firoblast Growth Factors
Homepage Ben Van Houten [+][-]
Professor
mitochondrial dysfunction in cancer and neurodegenerative diseases; structure-function studies of DNA repair proteins Jerry Vockley [+][-]
Professor
Biochemical and molecular basis of inborn errors of metabolism
Homepage William H. Walker [+][-]
Associate Professor
Gene regulation in Sertoli cells that mediates development and differentiation of male germ cells.
Homepage Yong Wan [+][-]
Assistant Professor
The role of ubiquitin-dependent proteolysis in biological regulation; the control of cell cycle progression by proteolytic regulation.
Homepage Xiangyun Wei [+][-]
Assistant Professor
Study how retinal epithelial polarity contributes to the formation of the layered cellular structure of the mature retina; investigate how cell-cell adhesion molecules play a role in retinal pattern formation
Homepage Gutian Xiao [+][-]
Associate Professor
study of signal transduction pathways in immunity and tumorigenesis, particularly autophagy and NF-kB.
Homepage
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