BIO 487: Research in Molecular, Cellular, and Developmental Biology - Research Sponsors
ACADEMIC SEMESTERS (FALL & SPRING)
| Departments: | ||||||||||
| biochem | Biochem & Cell Biol | micro | Molecular Genetics & Microbio | pathol | Pathology | surg | Surgery | |||
| anesthes | Anesthesiology | neuro | Neurobiology & Behavior | pedia | Pediatrics | ugbio | Undergrad. Biol | |||
| cancer | Cancer Center | obst/gyn | Obstet, Gynecol & Repr Med | pharm | Pharmacology | |||||
| chem | Chemistry | oral bio | Oral Biology & Pathology | pnb | Physiol & Biophys | |||||
| medic | Medicine | ortho | Orthodontics & Pediatric Dent | psychol | Psychology | |||||
| Faculty Sponsor | Course | Sect. | Dept. | Research Interests | ||||
| BIO 487 | T01 | TBD | ||||||
| Krug, Laurie | BIO 487 | T02 | MICRO | Molecular virology. Virus pathogens. Virus-host interactions. Herpesvirus latency. Innate & adaptive immunity | ||||
| Brown, Deborah | BIO 487 | T03 | BIOCHEM | Cholesterol/sphingolipid-rich domains in membrane signaling | ||||
| Simmerling, Carlos | BIO 487 | T04 | CHEM | Computational Structural Biology | ||||
| Li, Huilin | BIO 487 | T05 | BIOCHEM | Structure and function of large protein machines | ||||
| Deutsch, Dale | BIO 487 | T06 | BIOCHEM | Uptake of endocannabinoids and neurobiochemistry/ cell biology of enzymes involved in their metabolism | ||||
| Dean, Neta | BIO 487 | T07 | BIOCHEM | Protein glycosylation | ||||
| BIO 487 | T08 | TBD | ||||||
| Neiman, Aaron | BIO 487 | T09 | BIOCHEM | The cell biology of sporulation in yeast | ||||
| Roemer, Elizabeth (email) | BIO 487 | T10 | OBST/GYN | Research coordinator for OB/GYN | ||||
| Czaplinski, Kevin | BIO 487 | T11 | BIOCHEM | mRNA transport and post-transcriptional regulation of gene expression in the nervous system | ||||
| Simon, Sanford | BIO 487 | T12 | BIOCHEM | Extracellular degradation by neutrophil proteases | ||||
| Holdener, Bernadette | BIO 487 | T13 | BIOCHEM | Role of mesd in embryonic development and trafficking the low-density lipoprotein receptor family | ||||
| BIO 487 | T14 | TBD | ||||||
| BIO 487 | T15 | TBD | ||||||
| Moloney, Daniel | BIO 487 | T16 | BIOCHEM | Biotechnology; Molecular Biology and Biochemistry of model systems; Science Teacher Education | ||||
| Ballas, Nurit | BIO 487 | T17 | BIOCHEM | Transcriptional repressor REST and corepressor CoREST in neural development. Molecular mechanism(s) underlying disorder Rett Syndrome (RTT) | ||||
| O'Neal, Marvin (email) |
BIO 487 | T18 | UGBIO | UNDERGRADUATE BIOLOGY | ||||
| Souza, Joanne | BIO 487 | T19 | UGBIO | |||||
| Simon, Marcia | BIO 487 | T20 | ORAL BIO | Development and production of cell based therapies for the treatment of partial and full thickness injury to oral, cutaneous and ocular surfaces; regulation of epithelial differentiation; retinoid and non-retinoid lipid metabolism in epithelial and mesenchymal cells | ||||
| Thomsen, Gerald | BIO 487 | T21 | BIOCHEM | Mechanisms of cell fate determination and embryonic development | ||||
| Li, Ellen | BIO 487 | T22 | MEDIC | Bioinformatics; Colorectal Cancer; Inflammatory Bowel Disease; Gene Expression; Microbial Pathogenesis; Gastroenterology; Biostatistics; Genetic Markers; Microbial Ecology; Systematic Biology | ||||
| Citovsky, Vitaly | BIO 487 | T23 | BIOCHEM | Intercellular transport, genetic transformation, and chromatin remodeling in plants | ||||
| Marcu, Kenneth | BIO 487 | T24 | BIOCHEM | Roles of NF- k B activating IKKs in innate and adaptive immunity and cancer; Mechanisms of action AID in antibody class switching | ||||
| Hearing, Patrick | BIO 487 | T25 | MICRO | Human CNA tumor virus, adenovirus (Ad). Regulation of cell proliferation, gene expression, and host responses to virus infection | ||||
| Grollman, Arthur | BIO 487 | T26 | PHARM | Molecular Carcinogenesis: Mechanisms of DNA Repair and Mutagenesis in Mammalian Cells | ||||
| van der Velden, Adrianus | BIO 487 | T27 | MICRO | The mammalian T cell response to Salmonella enterica serovar Typhimurium | ||||
| Erster, Susan (email) | BIO 487 | T28 | BIOCHEM | Cancer Biology; Genomics | ||||
| Bingham, Paul | BIO 487 | T29 | BIOCHEM | Genetic control of development and gene expression in animals | ||||
| London, Erwin | BIO 487 | T30 | BIOCHEM | Membrane protein structure and function | ||||
| Ferguson, Fred | BIO 487 | T31 | ORTHO | Oral health concerns for pediatric and special needs patients, development of training protocols for health professionals | ||||
| Morrison, Sidonie | BIO 487 | T32 | MEDIC | Mechanisms of AIDS pathogenesis, including how host factors normally involved in the inflammatory response modulate infection of cells by HIV-1 | ||||
| Garcia-Diaz, Miguel | BIO 487 | T33 | PHARM | DNA Damage Repair, Mitochondrial Biology, Consortium for Inter-Disciplinary Environmental Research | ||||
| Demple, Bruce | BIO 487 | T34 | PHARM | Cellular Systems to Counteract Oxidative Damage | ||||
| Seeliger, Jessica | BIO 487 | T35 | PHARM | Membrane biosynthesis, structure & behavior in bacterial pathogenesis | ||||
| Reich, Nancy | BIO 487 | T36 | MICRO | Cytokines and Viral Defense | ||||
| Hollingsworth, Nancy | BIO 487 | T37 | BIOCHEM | Chromosome behavior in yeast meiosis | ||||
| Van Nostrand, William | BIO 487 | T38 | MEDIC | Alzheimer's Disease; Cerebrovascular Disorders; Hemorrhage; Neurodegenerative Diseases; Stroke | ||||
| Bergamaschi, Robert | BIO 487 | T39 | SURG | |||||
| Gergen, J. Peter | BIO 487 | T40 | BIOCHEM | Regulation of gene expression during Drosophila development | ||||
| Haltiwanger, Robert | BIO 487 | T41 | BIOCHEM | Role of protein glycosylation in signal transduction and quality control | ||||
| Lyman, Harvard | BIO 487 | T42 | BIOCHEM | Photoregulation of Chloroplast Synthesis. Redox Regulation of Phototaxis | ||||
| BIO 487 | T43 | TBD | ||||||
| Thanassi, David | BIO 487 | T44 | MICRO | Understanding mechanisms of virulence protein secretion by bacteria and the functions of secreted virulence factors within the host | ||||
| Wimmer, Eckard | BIO 487 | T45 | MICRO | RNA viruses, particularly picornaviruses, whose prototype is poliovirus | ||||
| Delihas, Nicholas | BIO 487 | T46 | Regulation of gene expression by small RNAs. Annotation of genes. Repetitive sequences in intergenic regions in bacteria | |||||
| Halegoua, Simon | BIO 487 | T47 | NEURO | Our lab has worked to dissect the signal transduction pathways for NT actions using a neuronal cell line, PC12, and in primary cultures of peripheral and central neurons from rat and mouse | ||||
| Snider, Ashley | BIO 487 | T48 | MEDIC | |||||
| Brink, Peter | BIO 487 | T49 | PNB | |||||
| Karzai, Wali | BIO 487 | T50 | BIOCHEM | Structure and function of RNA-binding proteins and biochemical studies of the SmpB•tmRNA quality control system | ||||
| Seeliger, Markus | BIO 487 | T51 | PHARM | Molecular Mechanism of Protein Kinase and Ubiquitin Ligase signaling in Cancer and Aging | ||||
| Takemaru, Ken-Ichi | BIO 487 | T52 | PHARM | Cell Signaling and Ciliogenesis in Mammalian Development, Health and Disease | ||||
| Spector, Ilan | BIO 487 | T53 | PNB | Electrophysiology of nerve and muscle cell lines; ion channels; neurotoxins | ||||
| Prives, Joav | BIO 487 | T54 | PHARM | Regulation of Surface Receptors in Muscle Cells | ||||
| Tsirka, Styliani-Anna | BIO 487 | T55 | PHARM | Neuro-immune interactions: Cross-talk between the nervous and immune systems in health and disease | ||||
| BIO 487 | T56 | TBD | ||||||
| Yang, Jianchang | BIO 487 | T57 | SURG | |||||
| Wilson, Paul F. | BIO 487 | T58 | ||||||
| Levine, Joel | BIO 487 | T59 | NEURO | The biology and functions of a unique class of glial cells known as oligodendrocyte precursor cells (OPCs), NG2-glia, or polydendrocytes | ||||
| Colognato, Holly | BIO 487 | T60 | PHARM | Extracellular matrix in the brain: roles during development and during neurodegeneration | ||||
| Raleigh, Daniel | BIO 487 | T61 | CHEM | protein folding, protein structure and the mechanism of amyloid formation | ||||
| BIO 487 | T62 | TBD | ||||||
| Aguirre, Adan | BIO 487 | T63 | PHARM | Cellular and molecular mechanisms that regulate the transition of undifferentiated neural progenitor cells (“neural stem cells”) into specialized neural cells during normal development, and how these mechanisms function in pathological situations | ||||
| Tonge, Peter | BIO 487 | T64 | CHEM | how proteins control and modulate the properties of small molecule ligands | ||||
| Fleit, Howard | BIO 487 | T65 | PATHOL | Leukocyte Fc receptors; granulocyte/macrophage growth and differentiation | ||||
| Martin, Benjamin | BIO 487 | T66 | BIOCHEM | Stem cell maintenance and differentiation, Developmental mechanisms of cancer pathogenesis | ||||
| Glynn, Steven | BIO 487 | T67 | BIOCHEM | Structure and mechanism of protein-unfolding machines in mitochondria | ||||
| Canli, Turhan | BIO 487 | T68 | PSYCHOL | Neural and genetic basis of personality and emotion | ||||
| Benach, Jorge | BIO 487 | T69 | MICRO | Pathogenesis of spirochetal infections and their host responses | ||||
| Benjamin, William | BIO 487 | T70 | EMERITUS | |||||
| Bogenhagen, Daniel | BIO 487 | T71 | PHARM | Mitochondrial Molecular Biology | ||||
| Luk, Edward | BIO 487 | T72 | BIOCHEM | Chromosome biology and genome regulation | ||||
| Smith, Steven O. | BIO 487 | T73 | BIOCHEM | Structure and function of membrane proteins | ||||
| Frohman, Michael | BIO 487 | T74 | PHARM | Lipid Signaling: Roles in mitochondrial biology, spermatogenesis, diabetes, immune function, the CNS, platelet activation, and cancer; - Imaging Pancreatic β-cells using metabolomics and MRI | ||||
| Furie, Martha | BIO 487 | T75 | PATHOL | Molecular mechanisms controlling the movement of leukocytes across the vessel wall, particularly in the context of bacterial infections. two bacterial illnesses, Lyme disease and tularemia | ||||
| Zong, Weixing | BIO 487 | T76 | MICRO | Study the molecular regulation of cancer cell death despite their impaired apoptosis machinery | ||||
| Jerath, Avinash | BIO 487 | T77 | PEDIA | lung surfactant biology and fetal lung development. Current research efforts are focused on regulation of lung surfactant secretion | ||||
| Ghebrehiwet, Berhane | BIO 487 | T78 | MEDICINE | Biochemistry and Molecular Biology of the Complement system with particular emphasis on the C1q receptors | ||||
| Erezyilmaz, Deniz | BIO 487 | T79 | BIOCHEM | BIOCHEMISTRY | ||||
| Kaczocha, Martin | BIO 487 | T80 | BIOCHEM | |||||
| Hayman, Michael | BIO 487 | T81 | MICRO | Understand the regulatory mechanisms that control the proliferation, differentiation and apoptosis of cells and how oncoproteins subvert these mechanisms to cause cancer. | ||||
| Rebecchi, Mario | BIO 487 | T82 | ANESTHES | Gene Regulation by Phosphoinositides, Ischemia and Reperfusion, Opiate Tolerance | ||||
| BIO 487 | T83 | TBD | ||||||
| Kernan, Maurice | BIO 487 | T84 | NEURO | Our research combines Drosophila genetics, molecular biology and electrophysiology to investigate the cellular and molecular basis for the mechanical senses: touch, hearing and proprioception | ||||
| Kew, Richard | BIO 487 | T85 | PATHOL | Leukocyte chemotaxis; inflammation; pulmonary immunopathology | ||||
| Konopka, James | BIO 487 | T86 | MICRO | Molecular mechanisms regulating cell growth and development in yeast. In particular, the pathways that regulate the fungal pathogen Candida albicans during infection. Also comparative studies on the regulation of mating of the budding yeast Saccharomyces cerevisiae. | ||||
| Malbon, Craig | BIO 487 | T87 | PHARM | Signal Transduction in Differentiation and Development: Roles of Molecular Scaffold Molecules (e.g., AKAPs and Dishevelleds) | ||||
| McKinnon, David | BIO 487 | T88 | NEURO | How do cellular electrophysiological systems evolve. To what extent does homeostatic regulation control ion channel expression in the adult | ||||
| Miller, Todd | BIO 487 | T89 | PNB | Structure and function of enzymes involved in signal transduction | ||||
| Moll, Ute | BIO 487 | T90 | PATHOL | Tumor suppressor genes, the role of the p53/p73/p63 gene family in human cancer, transcription-independent mitochondrial apoptosis program of p53 | ||||
| Matmati, Nabil | BIO 487 | T91 | CANCER | CANCER CENTER | ||||
| Gersch, Robert | BIO 487 | T92 | SURG | Studies elucidating the process of arteriogenesis and vessel formation in response to vessel blockage with specific focus on the role of the early growth response (Egr-1) gene as a master switch for this process in both mouse and rat in vivo. We continue to generate evidence demonstrating the necessity of this gene to overcoming occlusion in the arterial network, and are now embarking on novel preliminary studies relevant to this protocol. | ||||
| BIO 487 | T93 | TBD | ||||||
| Sampson, Nicole | BIO 487 | T94 | CHEM | Relationship between protein structure and protein function and synthesizing chemical tools to probe and control biological function | ||||
| Scarlata, Suzanne | BIO 487 | T95 | PNB | Mechanisms through which G proteins activate effectors | ||||
| Spitzer, Eric | BIO 487 | T96 | PATHOL | Molecular biology of microbial pathogens | ||||
| Steigbigel, Roy | BIO 487 | T97 | MEDIC | Mononuclear and polymorphonuclear phagocyte functions; macrophage function in human immunodeficiency virus (HIV) infection | ||||
| Bliska, James | BIO 487 | T98 | MICRO | Molecular mechanisms that underlie pathogenesis or host protection during host-microbe cell interactions. In particular, the activities of virulence factors that promote pathogenesis as well as trigger protective host innate and adaptive immune responses | ||||
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