Our laboratory in the Department of Pathology, Microbiology & Immunology seeks a curious, motivated and diligent Research Assistant I or II to work on patient-based immunology projects. The Markle lab seeks to understand genetic drivers of immunological diseases by identifying rare gene variants in affected children and studying how they impact the immune system. This is a research lab-based position that will involve both performing experimental work at the bench and also supporting other lab members with their projects. We offer a dynamic and collaborative research environment, have opportunities for authorship and presentation of your work, and support diversity in science. You will receive lots of mentorship and will gain skills applicable across many fields of science and medicine. Recent graduates with some relevant lab experience are encouraged to apply. This position will work on site at Vanderbilt Medical Center North located on 21st Ave. in Nashville, TN and will work Monday-Friday, standard daytime business hours. The Markle Lab is interested in understanding genetic determinants of immunity. Our studies are patient-based, and we focus on children with severe immune-mediated diseases. Our lab uses human whole exome and whole genome sequencing to discover monogenic (e.g. single gene) inborn errors of immunity in children with rare infectious, autoimmune, or auto-inflammatory diseases. We use a customized bioinformatic pipeline to sift through large genetic datasets to pinpoint candidate gene variants. Then, we study the impact of these variants on the expression and function of the encoded proteins. We aim to thoroughly characterize the functional impact of each variant at the molecular and cellular levels, and to this end we use both classical and cutting-edge techniques in molecular biology, protein biochemistry, in vitro cell culture approaches, and mass cytometry using patient leukocytes. Current projects include: inflammasome-activating mutations, mutations affecting cytokine receptors, novel candidate genes for intestinal inflammation, inflammatory skin diseases, and characterizing the microbiota of patients with monogenic immune diseases. Our group uses both ‘dry-lab’ (computational) and wide variety of ‘wet-lab’ approaches and our interests lie at the crossroads of human genetics, human immunology, and host-microbe interactions.
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Job Type
Full-time
Career Level
Entry Level