Sort by
Refine Your Search
-
Category
-
Field
-
libraries for a wide range of applications ranging from structural biology to in-cell physiology and biophysics. The Department of Physiology and Cellular Biophysics is a vibrant, growing department that
-
Investigator (PI). Responsibilities: Assist post-doctoral associates and PI in laboratories. Apply scientific research methods to help design experiments. Perform virology and molecular biology assays. Collect
-
biology, and lab management support. Additional general laboratory duties will also be assigned, such as mycoplasma testing and ordering reagents. The incumbent will receive on the job training for
-
and career in the natural science and policy fields associated with environmental biology (e.g., ecology, evolution, global change biology, biodiversity science). Responsibilities Attend and participate
-
by nearly 500 researchers from nearly 200 individual labs across the Columbia University campuses that represent a diverse array of research areas, including stem cell biology, immunology, cancer
-
processes/protocols. The successful candidate should have experience in electron Cryo-microscopy and a successful track record in molecular biology/physiology. The Department of Physiology and Cellular
-
experience in computational analysis of data or molecular biology will be a plus. All applications must be made through Columbia University's online recruiting system ASR; on the site, please upload cover
-
studies of the microbiome, neural signaling, tumor immunity and autoimmunity, Barrett’s esophagus, chronic liver injury, inflammation and fibrosis leading to cancer, intestinal stem cell biology and tissue
-
background in molecular biology and biochemistry, and cancer biology. Detailed information about our laboratory and Research Projects can be found online: Zhang Lab and Research information can be found
-
, with a focus on cardiovascular diseases. The project will involve functional genomics, transcriptomics, molecular biology techniques, RNA biology techniques, mouse modeling, and extensive use of biobank