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high performance computing · Development of reproducible analysis pipelines · Strong time management and organizational skills · Ability to work effectively as a team · Excellent written and oral
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exploit metabolic symbiosis with neighboring cells to drive therapeutic resistance, with particular emphasis on cholesterol metabolism and its role in hormonal therapy resistance. This position offers
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Studies Program Location: Indiana University Bloomington Appointment: Non-Tenure Track, 1-year initial appointment (renewable for 2nd year, depending on funding and performance) Compensation: $56,000 plus
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data collection and integration across multi-institutional collaborators. Work closely with clinical and research teams to ensure high-quality sample tracking, annotation, and compliance with
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postdoctoral associate to work on HIV-1 related projects with minimal supervision. The primary goal of the lab is to characterize the role of nuclear pore complex machinery in mediating HIV-1 nuclear entry and
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, specifically exploring the roles of inflammation in long-term outcomes and immune exhaustion as barriers to HIV cure in children. The successful candidate will work on cutting-edge research that leverages a
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microscopy analysis, and performance evaluation of nanocrystal catalysts for energy conversion applications. In this federally funded project, the postdoc will collaborate with scientists at other US
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to the IU retirement benefit package. We are interested in exploring the novel functional dimensions of human long non-coding RNAs (lncRNAs) in regulating human cardiovascular development, metabolism
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metrology and biomedical imaging through synergistic work performed by different teams in the lab. Our research projects combine and elevate state-of-the-art technologies including but not limited to optics
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symbiosis with neighboring cells to drive therapeutic resistance, with particular emphasis on cholesterol metabolism and its role in hormonal therapy resistance. This position offers exceptional training