Research Labs
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We work on the inhibitory neurons of the cortex known as cortical interneurons (cINs). We study how cINs establish circuits in the cortex early on in embryonic and early childhood stages.
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My research laboratory investigates the role of microtubule dynamics and tubulin post-translational modifications in neuronal physiology and at the onset of neurodegenerative and neuropathic disease.
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The Canman Lab investigates temporal and spatial regulation of cytokinesis.
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CALM is a center developed to serve as a bridge between researchers and the hospital clinical laboratory at Columbia University Irving Medical Center.
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We are interested in the mechanism that maintains genomic stability and metabolic homeostasis: how systemic signaling communicates with cell division process, how insulin initiates the insulin ...
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The Digital and Computational Pathology Laboratory (DCPL) performs acquisition of high resolution images of tissue slides, brightfield or fluorescence.
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The focus of our research is to understand the molecular mechanisms that drive immune and vascular changes in order to overcome the limitation of current anti-angiogenic therapy and immunotherapy.
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To be global leaders in transfusion medicine research and a go-to resource for cutting-edge advancements and knowledge in this field.
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We aim to uncover the cellular and neural circuits mechanisms involved in spinal motor control, and how neuronal dysfunction leads to deficits observed in neurodegenerative diseases.
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Our laboratory uses human brain tissue specimens and human cell-derived model systems to study the pathogenesis of Alzheimer’s disease (AD) and identify viable therapeutic targets.
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We study the development of proatherogenic metabolic abnormalities in insulin resistant individuals, and identify new therapeutic targets for improving these abnormalities.
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We focus on mechanisms of organelle and cytoskeletal quality control in health, aging and disease.
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The Vallee lab is interested in a variety of biological phenomena involving motor proteins, with a major emphasis on cytoplasmic dynein.
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Our laboratory studies how cells decide to proliferate in normal and cancer cells.
