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Field
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. The potential candidate is expected to perform various molecular biology, cell and tissue culture techniques, generation of lung and breast cancer mouse models, and analysis of biomarkers in serum and tissues
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studying the disruption of calcium homeostasis in the setting of cardiac and neuronal damage. Studies underlying molecular signaling. Utilizes approaches including the extensive use of mouse models
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, immunology, molecular biology, proteomics, animal modeling and mouse genetics, translational medicine, and/or the use of human tumor models of solid tumors (e.g. breast cancer, colon cancer, neuroblastoma
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with disabilities. Location Omaha, NE Requisition Number: 2025 - 259 Department Biochem and Molecular Biology 50000510 Business Unit(College/Institute) College of Medicine FTE: 100 Reg-Temp Full-Time
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: 94057 Requisition Number: 2025 - 259 Business Unit: College of Medicine Department: Biochem and Molecular Biology 50000510 Reg-Temp: Full-Time Regular Position Summary: The Department of Biochemistry and
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the molecular mechanisms driving therapy resistance in human cancers. The research project focuses on understanding the molecular mechanisms by which MAPK4 and/or COP1 regulate cancer progression and therapy
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and focuses on molecular immunology and inflammatory mechanisms. Cutting-edge research models (eg. primary cell/organoid cultures, mouse models and human clinical samples) and technologies (e.g. scRNA
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: • Design, conduct, and analyze experiments focused on molecular, biochemical, and cellular mechanisms of retinal degeneration associated with Usher Syndrome Type 2A. • Utilize knock-in mouse models
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The Yong Li Laboratory at Baylor College of Medicine is searching for highly motivated and talented postdoc candidates to work on Cancer Biology and Therapy. The positions will apply molecular, cellular
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relevant large animal model of cerebral vascular disease and blood-brain barrier disruption caused by epileptic seizures and hypoxia-asphyxia. Placing particular emphasis on endogenous antioxidant