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of our research program is to understand the molecular mechanism of 2A peptides. These short 20-22 amino acid sequences enable a unique co-translational event – the skipping of a peptide bond – and thus
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at understanding the mechanisms of hormonal control of breast cancer and resistance to current endocrine therapies. The candidate will join a dynamic and fast-paced research environment and will assist in
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the molecular mechanisms that mediate brain injury and recovery after a cardiac arrest. Our research uses translational animal models of cardiac arrest with cardiopulmonary resuscitation (CPR) to study the role
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is development of the brain, using a combination of in vivo (mouse) and in vitro models to determine the cellular and molecular mechanisms underlying evolution, development, and function of the brain
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within the Laboratory of Dr. Aaron Michels. The Michels’ Laboratory (www.michelslab.com) studies the immune mediated mechanisms of type 1 diabetes (childhood onset diabetes), and has been continuously
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associated underlying molecular mechanisms, as well as intervertebral disc disease, such as IVD degeneration. The Postdoctoral Fellow is expected to be the project lead for several ongoing research projects
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lab studies the disease mechanisms that drive rheumatoid arthritis and other autoimmune diseases. We use mouse models as well as human immunology techniques (i.e., using cells from human blood and
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mechanisms that confer hepatocyte resilience to acute stress. The Research Associate will design, execute, and troubleshoot complex experiments; analyze and interpret large‑scale datasets; lead manuscript
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that the successful candidate will spend approximately 2/3 of their time working as part of a team to experimentally investigate these questions and present and publish their findings, and 1/3 managing the lab’s mouse
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fluids. Work with animal models (mice). Preferred Qualifications: Five (5) years of experience in an experimental or wet laboratory. Experience working with mammalian cell cultures. Experience working with