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under the guidance of the principal investigator. Projects will involve work with animal model and human patient sample experiments to investigate immune function in cell therapy and hematopoietic stem
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characterization of polymers and polymer composites · Mastery of general microbiology including: chemical management, biology of bacteria and microscopy · Cell culture and colony identification and
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cellular mechanisms underlying cancer immunoediting in skin cancer. Current research focuses on understanding the role of natural killer (NK) cells in shaping tumor evolution and controlling cutaneous
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. The post-doctoral fellow will have the opportunity to work independently and propose studies that complement ongoing and expand upon projects in the lab. Key Responsibilities: Design and carry out cell
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responsible for driving an independent project studying neurodegeneration using human cells and tissues. Model systems and techniques include using post-mortem brain tissue and human cell lines, as well as long
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cellular mechanisms underlying cancer cachexia, skeletal muscle wasting, and cancer-associated metabolic dysfunction. The successful candidate will participate in innovative basic and translational research
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motivated, creative and interactive applicants with the ability to work independently. Preference will be given to applicants with a strong background in mouse developmental biology and/or cellular signaling
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. The main research of the lab focuses on engineering novel unconventional immune cell subsets to enhance tumor immunity. Dr. Tobin's lab has several exciting research projects with the potential of clinical
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focused on biochemical, cellular, and molecular mechanisms underlying gynecologic cancer progression and therapy resistance. The primary focus of experiments will include, but are not limited to, (1
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(Fibroblast, smooth muscle cell and endothelial cells) and lung tissues, small animals (mice and rats). Current projects include studies of the immune cell in regulating pulmonary vascular diseases in PH