| Brenner Group: Research on the function of histidine triad hydrolases, and members of the nitrilase superfamily using enzymology, yeast genetics and X-ray crystallography. Located in the departments of Genetics, Biochemistry and the Norris Cotton Cancer Center at Dartmouth Medical School, Hanover, NH. |
| CIHR Group in Matrix Dynamics: Investigating regulation of connective tissue matrix proteins in health and disease by applying a full spectrum of scientific and technical experience to the issues of matrix remodeling and the signaling networks that control remodeling-from the Univ. of Toronto. |
| EPR Center at Dartmouth College: A Biomedical Technology Research Center supported by the National Center for Research Resources and National Institutes of Health for the study of viable systems. |
| Gould Laboratory, Vanderbilt University Medical Center: Focused on understanding how the eukaryotic cell cycle is regulated; particularly how entry into mitosis is controlled and how cytokinesis is regulated. |
| Heuser Lab: History, gallery, procedures, projects and staff at Washington University. |
| John H. Exton, M.D., Ph.D.: Professor of Molecular Physiology and Biophysics and Pharmacology. Investigator, Howard Hughes Medical Institute. Cell Signaling, Growth Factors and Hormones, G Proteins, Phospholipases. |
| Laboratory of Cell and Molecular Signaling: The LCMS studies intra- and intercellular signaling with electrophysiological (patch-clamp) and fluorometric techniques, focusing on calcium signaling in immune response, muscle contraction, and neurodegeneration (from the University of Hawaii). |
| Laboratory of Cell Biology and Immunology: Structure-function of TRP family ion channels, Cannabinoid receptor signal transduction, encoding of intracellular calcium signals at the University of Hawaii and Queens Medical Center, Honolulu. |
| Laboratory of Cell Growth: Study of cell physiology in space et the University of California Medical School and VA Medical Center, SF. |
| Laboratory of Molecular Cell Biology: Researching nutrient-induced signal transduction in yeast and its role in the control of metabolism, stress resistance and growth, at Katholieke Universiteit Leuven, Flanders, Belgium. |
| Markey Center for Structural Biology: Research on motility through cross-disciplinary research, profiles of team members, postdoctoral opportunities, job openings at Perdue University, West Lafayette, Indiana. |
| McDonald Laboratory: Research on the cellular mechanisms of angiogenesis, vascular remodeling, and plasma leakage in animal models of chronic inflammation and cancer, at the University of California, San Francisco, CA. |
| Molecular Cell Biology: Cytomics from the web server at the College of Agriculture, Ehime University, Japan. |
| National Laboratory for HIV Immunology: AIDS related analytical cytology, in which molecular flow cytobiology is used, at the Population and Public Health Branch of Health Canada. |
| Neutrophil Signaling Group: Introduction to the micromanipulated delivery of zymosan, links to publications, and profiles of members in Department of Surgery, UWCM, Cardiff, Wales. |
| Nitric Oxide research group: The No group at St.George's Hospital Medical School: information on nitric oxide and its roles in apoptosis, angiogenesis and cell motility. |
| Orr-Weaver Lab, MIT: Research on cell growth and division and key differentiation processes at MIT. |
| Plopper Laboratory: Current projects in cellular differentiation, migration, adhesion receptors, and of laminin domains. Includes publication list, related links and contacts for staff members, at the University of Nevada, Las Vegas. |
| Polypeptide Hormone Laboratory, McGill University: Specialize in cell signaling, insulin, G protein-coupled receptors, and ubiquitines. |
| Postech Signal Transduction Lab: Pohang University of Science Technology, Dept. of Life Science Dr. Pann-Ghill Suh and Dr. Sung Ho Ryu. |
| Program in Molecular and Cell Biology: Research addresses the molecular basis of fundamental biological processes underlying human disease, including chromosome behavior, synaptic transmission, cell motility and vesicle trafficking, and antibiotic resistance at OMRF, Oklahoma City. |
| Rosenbaum Lab, University of Yale: The Rosenbaum lab studies organelle assembly using Chlamydomonas flagella as a model system. |
| Sefton Lab: Protocols, publications, lab members and links at the Salk Institute, San Diego, California. |
| The Gelfand Laboratory: Laboratoty of Vladimir Gelfand at the Department of Cell and Structural Biology, University of Illinois. The lab studies cytoskeleton, motor proteins and the mechanisms of organelle transport. |
| The Lab of Saul M. Honigberg: Biology research lab at the Univ. of MO Kansas City. Research interests: signal transduction, cell cycle control and cell differentiation. Model system: S. cerevisiae. |
| Yu-li Wang's Cell Dynamics Laboratory: Research using fluorescence imaging and micromanipulation methods to probe living cell functions. Includes archives of methods and movies of published and unpublished results at the University of Massachusetts Medical School, Worcester, MA. |
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