Faculty - Alphabetical Listing |
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| A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | ||||
| Name | Department | Research Interest | ||
| Allen, Lee-Ann | Internal Medicine | Biology of macrophages and neutrophils, and phagocyte interactions with pathogenic bacteria including Helicobacter pylori and Francisella tularensis | ||
| Apicella, Michael | Microbiology | Pathogenesis of human infection by pathogenic Neisseria and Haemophilus | ||
| Artemyev, Nikolai | Molecular Physiology & Biophysics | Molecular mechanisms of sensory signal transduction; signaling via heterotrimeric G proteins; photoreceptors and visual transduction | ||
| Bickenbach, Jackie | Anatomy & Cell Biology | Understanding stem cells in relation to aging and cancer. Epidermal stem cells and their potential in cell therapy, tissue engineering, and wound healing | ||
| Bishop, Gail | Microbiology | Molecular mechanisms of lymphocyte activation in normal immunity, autoimmunity, and malignancy | ||
| Bonthius, Daniel | Pediatrics | The Bonthius laboratory conducts developmental neuroscience research and focuses on the cellular and molecular mechanisms of neurologic birth defects. | ||
| Campbell, Kevin | Molecular Physiology & Biophysics | Biochemical basis of Muscular Dystrophy; Molecular studies of Ca2+ channels and dystrophin-glycoprotein complex | ||
| Clegg, Steven | Microbiology | Adherence of enterobacteria to eucaryotic receptors | ||
| Cohen, Michael | Pathology | Laboratory of experimental biology of prostate cancer | ||
| Colgan, John | Internal Medicine | Regulation of lymphocyte development and function | ||
| Davidson, Beverly | Internal Medicine | Neurodegenerative diseases and gene transfer | ||
| DeMali, Kris | Biochemistry | Molecular Basis for Cell Adhesion | ||
| Domann, Frederick | Radiation Oncology | Epigenetic mechanisms of gene silencing in cancer | ||
| Donelson, John | Biochemistry | Molecular biology of immune evasion by parasites that cause tropical diseases | ||
| Dunnwald, Martine | Cardiology | Skin and hair follicle stem cells | ||
| Dupuy, Adam | Anatomy & Cell Biology | Our lab seeks to understand the genetic mechanisms that contribute to the formation and maintenance of tumors | ||
| Engelhardt, John | Anatomy & Cell Biology | Molecular basis of inherited and environmentally induced diseases and the development of gene therapies | ||
| England, Sarah | Molecular Physiology & Biophysics | The role of potassium channels in mediating uterine and vascular smooth muscle function | ||
| Feiss, Michael | Microbiology | Virus DNA packaging: mechanistic studies | ||
| Fisher, Rory | Pharmacology | Molecular biology and signal transduction of G protein-coupled receptors (GPCRs) and RGS proteins | ||
| Gardinier, Minnetta | Pharmacology | Oligodendroglial cell biology and CNS myelination | ||
| Geyer, Pamela | Biochemistry | Nuclear organization and gene expression | ||
| Giangrande, Paloma | Internal Medicine | RNA-based therapies in the setting of cancer and cardiovascular disease | ||
| Gonzalez-Alegre, Pedro | Neurology | Molecular basis and therapeutics of neurological disorders, especially those affecting the basal ganglia. | ||
| Goswami, Prabhat | Radiation Oncology | Intracellular Redox environment and the Mammalian Cell Cycle | ||
| Green, Steven | Biological Sciences | Intracellular signaling: signal transduction for neurotrophic stimuli | ||
| Habelhah, Hasem | Pathology | The role of TRAF2 phosphorylation in NF-κB activation and cancer cell resistance to apoptosis | ||
| Hageman, Gregory | Ophthalmology | Retinal cell and molecular biology | ||
| Hohl, Raymond | Internal Medicine | Role of isoprene compounds in cell proliferation and differentiation | ||
| Horne, Mary | Pharmacology | Novel cyclin functions in cell cycle arrest, differentiation and programmed cell death | ||
| Houtman, Jon | Microbiology | My laboratory uses a combination of cell biological, biochemical, biophysical, imaging and proteomic techniques to investigate the activation and function signal transduction pathways that are important for the activation of human T cells | ||
| Itoh, Toshiki | Pathology | DNA damage response and repair in human disease and cancer | ||
| Klingelhutz, Aloysius | Microbiology | The role of cellular senescence in cancer and aging | ||
| Knudson, Michael | Pathology | Regulation of cell death and oncogenesis by the Bcl-2 family | ||
| Kohen, Amnon | Chemistry | Enzymes: mechanistic studies of biological catalysis in DNA biosynthesis and nitrogen fixation | ||
| Koland, John | Pharmacology | Signal transduction by growth factor receptors and oncogene products | ||
| Kuwana, Tomomi | Pathology | Mitochondrial regulation of apoptosis | ||
| Lee, Gloria | Internal Medicine | Structure and function of the neuronal cytoskeleton and its role in neurodegenerative diseases | ||
| Lentz, Steven | Internal Medicine | Vascular cell biology and regulation of hemostasis | ||
| Lidral, Andrew | Orthodontics | Genetics of craniofacial anomalies | ||
| Lin, Jim Jung-Ching | Biological Sciences | Cellular, molecular and developmental biology | ||
| Logsdon, John | Biological Sciences | Molecular genetic aspects of evolution with a focus on the origin and early evolution of eukaryotes and their genomes, and how they differ from prokaryotes. | ||
| Maury, Wendy | Microbiology | The Maury lab investigates the regulation of retrovirus pathogenesis | ||
| McCaffrey, Anton | Internal Medicine | My work focuses on development of RNA interference based antiviral therapeutics, zinc-finger nucleases and the role of microRNAs in gene regulation. | ||
| McGowan, Stephen | Internal Medicine | Connective tissue biochemistry in the lung | ||
| Meier, Jeffery | Internal Medicine | Human cytomegalovirus replication, persistence, and disease | ||
| Menninger, John | Biological Sciences | Accuracy of genetic information transfer and cellular aging | ||
| Morita, Craig | Internal Medicine | Human γδ T cell Recognition of Nonpeptide Antigens in Tumor and Bacterial Immunity | ||
| Motto, David | Internal Medicine | Platelet biology, vascular biology, and diseases of hemostasis and thrombosis (blood clotting). | ||
| Moye-Rowley, W. Scott | Molecular Physiology & Biophysics | Molecular and cell biology of eukaryotic multidrug resistance | ||
| Murray, Jeffrey | Pediatrics | Identify and characterize genes involved in several inherited human disorders | ||
| Nauseef, William | Internal Medicine | The molecular and cell biology of human neutrophils | ||
| Price, David | Biochemistry | Discovering connections between transcription elongation and RNA processing, HIV replication, and cancer | ||
| Quelle, Dawn | Pharmacology | Molecular biology of cancer, tumor suppressor proteins, cell cycle control | ||
| Ramaswamy, Subramanian | Biochemistry | Protein crystallography, structural enzymology of naphthalene dioxygenase and alcohol dehydrogenase. | ||
| Roller, Richard | Microbiology | Molecular biology of herpes simplex infections | ||
| Rubenstein, Peter | Biochemistry | Molecular basis of actin function | ||
| Russo, Andrew | Molecular Physiology & Biophysics | Control of neuronal gene expression | ||
| Sheff, David | Pharmacology | Polarized Sorting in Endosomes | ||
| Sigmund, Curt | Internal Medicine | Molecular mechanisms regulating transcription of the renin gene Role of PPARγ in vascular function and hypertension | ||
| Stamnes, Mark | Molecular Physiology & Biophysics | Protein sorting and transport | ||
| Stapleton, Jack | Internal Medicine | Our laboratory carries out basic and translational research on GB virus C and hepatitis C virus, and also study these viruses for their interactions with HIV | ||
| Stoltzfus, C. Martin | Microbiology | HIV RNA splicing regulation | ||
| Strack, Stefan | Pharmacology | Reversible phosphorylation in neuronal (dys) function | ||
| Thomas, Christie | Internal Medicine | Regulation of the epithelial sodium channel in the collecting duct and lung | ||
| Turek, Lubomir | Pathology | Molecular biology of papilloma viral gene expression in celltransformation and cancer | ||
| Wallrath, Lori | Biochemistry | The goal of our research is to understand the role of chromatin structure plays in gene regulation | ||
| Washington, Todd | Biochemistry | Our laboratory is investigating the mechanisms of eukaryotic DNA polymerases that carry out the error-prone and error-free replication of damaged DNA. | ||
| Weeks, Daniel | Biochemistry | Molecular control of embryology | ||
| Welsh, Michael | Internal Medicine | Biology of ion channels in health and disease | ||
| Wilson, Mary | Internal Medicine | Molecular mechanisms of host-parasite interactions in leishmaniasis | ||
| Wold, Marc | Biochemistry | Molecular mechanisms of eukaryotic chromosomal DNA replication; biochemistry of eukaryotic replication proteins; eukaryotic single-strand DNA-binding proteins | ||
| Yeaman, Charles | Anatomy & Cell Biology | Biogenesis and maintenance of epithelial cell polarity | ||
| Zabner, Joseph | Internal Medicine | Gene transfer to human airway epithelia | ||