This handout is designed to introduce and illustrate the research happening within the LSI Research Groups.
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Lab research: B cell antigen receptor signaling and function. Regulation of B lymphocyte cytoskeletal dynamics and cell migration
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Lab research: Muscle development in the nematode Caenorhabditis elelgans.
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Lab research: Cell biology of cancer and other diseases.
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Lab Research: Molecular mechanism of nuclear import of macromolecules and viruses
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Lab research: Understand how the endoplasmic reticulum contacts and communicates with other organelles through defining the molecules that mediate these contacts.
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Motor proteins and spermatid translocation in the seminiferous epithelium; Intercellular junction turnover during spermatogenesis.
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Lab research:Integrin function in morphogenesis in the fly. My main scientific interest is in determining how cells come together to form complex structures and then, once formed, how such structures are maintained.
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Lab research:Podocalyxin in Breast Cancer Progression. Solid Tumor Progression Research Unit. Regulation of BRCA1 in Sporadic Ovarian Cancer.
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Lab Research: Regulation of intracellular pH and ion homeostasis in mammalian central neurons. Role of Na/H exchangers in neurite morphogenesis.
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<div id="hybrid-nav-menu-3" class="widget nav-menu widget-nav-menu"><div class="widget-inside"><h3 class="widget-title">Graduate Programs</h3>
</div></div><div id="hybrid-nav-menu-16" class="widget nav-menu widget-nav-menu"><div class="widget-inside"><h3 class="widget-title">LSI Links</h3>
</div></div><div id="hybrid-nav-menu-18" class="widget nav-menu widget-nav-menu"><div class="widget-inside"><h3 class="widget-title">Seminars</h3>
</div></div><div id="hybrid-nav-menu-6" class="widget nav-menu widget-nav-menu"><div class="widget-inside"><h3 class="widget-title">Contributing Departments – UBC</h3></div></div>
The Cell and Developmental Biology (CELL) research group focuses on how cells integrate signals and develop into complex multicellular organisms and tissues.
Our goal is to understand the mechanisms that direct cellular function and interactions during development and to determine how these interactions may be disturbed in a wide range of diseases.
