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2006-2007
Autumn Quarter, 2006
CURE: Digestive Diseases Research Center David Geffen School of Medicine University of California, Los Angeles Signaling through the PKC/PKD phosphorylation cascade Burnham Institute for Medical Research Intracellular trafficking and proteolytic processing of Alzheimer's beta-amyloid precursor protein Walther Oncology Center Indiana University School of Medicine RA tale of two ras proteins: cell signaling and biological functions of the Rap1A and Rheb GTPases. This talk was sponsored by the Committees on Molecular Medicine and Cell Physiology. Emory University Apical junction complex: A dynamic kiss that regulates epithelial differentiation and barrier function Emory University School of Medicine Control of gap junction protein trafficking and assembly Medical College of Wisconsin Chemokine regulation of the mucosal innate immune barrier Weill Medical College of Cornell Deconstructing the synaptic vesicle cycle
Pathogenic mechanisms of Parkinson's disease University of North Carolina G protein signaling at the endosome
Pontificia Universidad Catolica de Chile Molecular mechanisms underlying opening and closure of connexin43 based hemichannels
Texas Tech University Health Sciences Center Affinity-purification and structural studies of ligand-gated ion channels (alpha4beta2, alpha4beta4, alpha3,beta4, 5-HT3P) University of Virginia Coupling chemistry and rotation in the ATP synthase University of Chicago The third way: Plasma membrane dynamics and the regulation of epithelial transport and barrier function
The Scripps Research Institute Protein misfolding and folding in the exocytic pathway University of Chicago Machinery for O2 sensing: Chemoreflexes in health and disease. This talk was sponsored by the Committee on Neurobiology and Committee on Cell Physiology.
University of California, Davis Activity-dependent regulation of neuronal ion channels by bidirectional changes in phosphorylation state University of Michigan Molecular machinery for the transport of glutamate receptors at synapses University of South Alabama College of Medicine Cyclic GMP and smooth muscle cell gene expression: Is it pro- or anti-atherogenic?
University of Bristol Organization of secretory cargo export from the endoplasmic reticulum
University of Florida College of Medicine High-throughput structure-based selection of novel MLCK inhibitors
The Hebrew University The chemical synapse goes electric- Ca2+ and voltage sensitive GPCRs control neurotransmitter release. This talk is sponsored by the Committee on Cell Physiology and Committee on Neurobiology. Indiana University School of Medicine Maintaining apical polarity in simple epithelia University of Illinois at Chicago Src regulation of caveolae-mediated transport in pulmonary microvascular endothelial cells University of British Columbia Caveolin-1, raft-dependent endocytosis and breast cancer University of British Columbia Protein trafficking at nascent neuronal contacts University of Iowa Investigating the activation and function of the adaptor protein LAT Mayo Clinic College of Medicine Structural bases of gating and ion flow through nicotinic acetylcholine receptors Division of Biological Sciences University of California, San Diego Activity-dependent transmitter specification and receptor selection in neuronal development Medical Scientist Training Program University of California, San Diego Lipid raft/caveolar microdomains and GPCR signaling 2005-2006
University of California at Santa Barbara Amyloid ion channels: A common structural link for protein misfolding diseases. A paradigm shift for our understanding of degenerative diseases Weill Medical College of Cornell University Lipid bilayers as allosteric regulators of membrane protein function New York University College of Dentistry Regulation of the mitochondrial apoptosis-induced channel, MAC, and intrinsic apoptosis by Bc1-2 family proteins University of Vermont College of Medicine NO more cGMP University of Leeds Proteins, plaques and pores: The role of ion channels in Alzheimer's disease (This talk is co-sponsored by the Institute for Molecular Pediatric Sciences) Women's Health Research La Jolla Institute for Molecular Medicine A mouse model of menopause and peri-menopause: Implications for obesity and atherosclerosis Eli Lilly and Company Indiana University Molecular driver of vascular remodeling
Stanford University Gene therapy for hemophilia and RNAi approaches for hepatitis infection Harvard Medical School and Vascular Biology Program Endothelial progenitor cells for cardiovascular tissue engineering and Department of Biochemistry and Molecular Biology University of Chicago Molecular determinants of gating at the K+ channel selectivity filter
University of Rochester Medical Center The nematode C. elegans as a platform for integrative physiology University of Washington Molecular mechanisms of gating ion channels by cyclic nucleotides
University of London Synapse regulation across the cleft and between boutons Eli Lilly and Company Indiana University Molecular driver of vascular remodeling University of Chicago Mitogenic signaling of purinergic receptors in vascular smooth muscle cells (This talk is co-sponsored by the CMM Faculty Seminar)
University of North Carolina Are the gut and the kidney on speaking terms? ...Evidence for an intestinal natriuretic peptide
Molecular architecture of the post synaptic density University of Rochester Medical Center A role for the HIF prolyl hydroxylase EGLN3 in neuronal cell death Stritch School of Medicine Loyola University chicago Regulation of the chemokine receptor CXCR4 by the E3 ubiquitin ligase AIP4/itch Weill Medical College of Cornell University Intracellular trafficking and distribution of lipids and cholesterol Massachusetts General Hospital Harvard Medical School BACE1 regulates voltage-gated sodium channel levels and activity Emory University School of Medicine NADPH oxidases and vascular diseases University of Minnesota Modulation of Ca2+ clearance in neurons: signaling and survival Yale University Molecular dynamics of guided axon growth NIH/NINDS Role of cyclic dependent kinase 5 (Cdk5) in nervous system function
2004-2005
Autumn Quarter, 2004
Medical College of Wisconsin Cyclic ADP-ribose Ca2+ signaling and its redox regulation in arterial smooth muscle Loyola University Chicago Ca regulation in cardiac myocytes, alterations in heart failure University of Chicago Molecular protein interaction domains in signal transduction Laboratory of Cell Biology National Institutes of Health Using mouse coat color genetics to decipher motor protein: Organelle interactions University of Michigan Medical School The coordination of signaling during phagocytosis in macrophages University of Texas Southwestern Medical Center at Dallas Ca2+-dependent signaling through myosin phosphorylation University of Wisconsin Medical School Molecular structure-function relations in the fusion pore of Ca-triggered exocytosis University of Texas Southwestern Medical Center Slow inactivation of voltage-gated Na channels: What we know and why you should care University of Iowa Role of vascular smooth muscle cell Nox in atherosclerosis
Wayne State University Protein palmitoylation: Enzymes and proteomes Hanover Medical School The emerging role of PDZ-domain binding proteins in the regulation of intestinal ion transport UC Davis School of Veterinary Medicine Sensory transduction in the intestine: Transporters and channels Stanford University The structure of active zone material and the lumen of synaptic vesicles as revealed by electron microscope tomography
Oregon Health and Science University Molecules of mechanical transduction by hair cells University of Tennessee Health Science Center Epithelial tight junctions, permeability, and protein phosphorylation
University of Wisconsin Modes and mechanisms of exocytosis
University of California at San Diego Institute of Molecular Medicine Islet-1 cardiac progenitors in development and disease This talk is co-sponsored by the Committee on Molecular Medicine & Cardiovascular Sciences Training Program.
Stark Neurosciences Research Institute Indiana University School of Medicine Sodium channels and the molecular pathophysiology of pain
Stark Neurosciences Research Institute Indiana University School of Medicine Sodium channels and the molecular pathophysiology of pain
Emory University A genetic approach to understanding the mechanism of epilepsy: Human sodium channel mutations and mouse models Department of Physiology and Biophysics Case Western Reserve University School of Medicine Mammalian TRPC channel proteomics University of Texas Southwestern Medical Center Building blocks of the heart: Implications for human disease
University of California at San Diego Formation of transport carriers and regulating mitotic progression from the Golgi apparatus Laboratory of Reproductive and Developmental Toxicology National Institute of Environmental Health Sciences/NIH Functional analyses of BMP signaling during mesodermal patterning in the mouse University of Michigan How to live longer, healthier, dementia-free life through autophagy
Dartmouth College Axonal/dendritic transport, synaptic plasticity, myosin-V and the actin cytoskeleton
Royal College of Surgeons in Ireland Control of cell death by BH3-only proteins 2003-2004
University of Utah Embryonic signaling pathways that guide cardiovascular development and prenatal circulation: The Role of FGF8 Brigham and Women's Hospital and Harvard Medical School Hypoxia-inducible factor-1 in mucosal inflammation Oregon Health Sciences University Receptor-mediated release of calcium from intracellular stores in dopamine neurons Cambridge University A novel role for the Q/R editing site in AMPA receptor trafficking University of Maryland School of Medicine Molecular mechanisms of Kir channel defects in Bartter's disease University of Illinois at Chicago Pumping ions: Molecular analysis of the Na, K-ATPase New York University School of Medicine Insights into neuronal signaling and migration from studies on receptor protein tyrosine phosphatase alpha (RPTAa)
NanoBiophotonics Department Max Planck Institute of Biophysical Chemistry Far-field fluorescence nanoscopy John W. Sedat, PhD
Watt W. Webb ScD Northwestern University High-frequency signaling at the Purkinje to cerebellar nuclear cell synapse: Ionic and synaptic mechanisms
Indiana University School of Medicine Dopamine receptors and potassium channels: How many are too many? And so what? University of Minnesota Mitochondrial nitric-oxide synthase: A novel regulation of cellular oxygen consumption The Rockefeller University The dynamics of molecules at the cell surface during exo and endocytosis
University of Illinois College of Medicine Caveolae trafficking and transcytosis: Regulation of endothelial barrier function Baylor College of Medicine Hypoglycemic agents, sulfonylurea receptors and ATP-sensitive K+ channels University of Illinois at Urbana-Champaign mTOR signaling in cell growth and differentiation University of Chicago Imaging intracellular calcium with fluorescent biosensors The Johns Hopkins University Mitochondria as biological oscillators University of California, San Diego The epidermal growth factor receptor in regulation of intestinal epithelial secretion
University of Washington Regulation of cyclic nucleotide metabolism Heidelberg/Germany Imaging circuits: Will signals and wiring tell us the alogrithms? University of Colorado Health Sciences Center Fishing with worms in diabetes: What C. elegans has taught us about insulin granule biogenesis and traffick Children's Hospital of Philadephia Oxidative and nitrative stresses in Parkinson's disease: Cause, effect or association? University of Washington Role of calcium regulated adenylyl cyclases in neuroplasticity Loyola University Medical Center Sprouty: A novel regulator of receptor tyrosine kinases Washington University School of Medicine Role of AAA chaperones in membrane trafficking Vanderbilt University G-protein regulation of synaptic transmission Diabetes Research and Training Center Albert Einstein College of Medicine Adipocyte-derived hormones: Relevance for metabolism and cancer University of North Carolina at Chapel Hill Regulation of paracellular barrier assembly by the tight junction scaffolding protein ZO-1
University of Pennsylvania Molecular basis of polarized exocytosis Return to Cellular and Molecular PhysiologyTo Seminar SeriesTo Student Journal Club |
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