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studying deformation mechanisms in refractory alloys as via atomic-scale calculations as well as application of machine learning to materials discovery The ideal candidate will have the following
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. The appointee will investigate molecular mechanisms involved in the induction of alternative splicing in response to cancer promoting stimuli as well as the downstream effects of splicing changes. Cell culture
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in Mechanical Engineering, Materials Science Engineering, Physics or related field Desired Experience: An experimental PhD thesis and familiarity with laboratory environment and good practices in
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-based modeling, and multi-omics analytics, including bulk, single-cell, and spatial transcriptomics, to uncover molecular mechanisms in cancer, immunology, and more. With a strong translational focus, the
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activities, including the submission of new grant applications, related to their work. Required Education: PhD in Engineering Biomechanics, Engineering Mechanics or related field Required Experience: Computer
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a Professor and her lab aims to achieve a systematic and comprehensive understanding of the mechanisms of phenotypic plasticity, therapeutic resistance, and immune escape mechanisms in human
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-employment physical including a drug screen. Additional Information: The focus of the NIH research program is on “Mechanotransduction and Mechanical Stress induced Postoperative ileus” (POI). The goal is to
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for submission to peer-reviewed journals; and mentoring undergraduate and graduate students. Qualifications: PhD in Chemistry, Physics, Chemical Engineering or a related field by the time of hire is required
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. These studies involve the clinical and pre-clinical development of novel anti-cancer therapies and novel drug combinations, as well as characterizing the mechanisms of resistance to FDA approved agents
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, biochemistry, peptide synthesis, enzymology, cell biology, and human iPSCs to explore disease mechanisms and the roles of protein kinases and PTMs (e.g., phosphorylation, ubiquitination). The candidate will