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immunology to join our NIH-funded research group to study the role of host cellular proteins in pulmonary inflammation and respiratory virus pathogenesis. Experience in virology, immunology and mouse model
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under the guidance of his/her scientific mentor to investigate the interoception neuron circuit using the zebrafish model; independently designs new analytical approaches and tools; performs experiments
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spectrometry-based metabolomics, isotope tracing, and lipidomics, to dissect metabolic rewiring in lung cancer. The research will integrate patient-derived models, organoids, and in vivo tumor models. Lab Focus
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–mediated antigen presentation in tumor cells, with the goal of increasing tumor visibility to cytotoxic immune cells. Candidates will have the opportunity to work with cutting-edge models and techniques in
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the behavioral side effects of cancer chemotherapy that are associated with inflammation. We will use mouse modeling to study mechanisms and run a pilot clinical trial in women with breast cancer. We
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engineering or related fields. Candidates should have a strong research record in LLM-based agents, reinforcement learning, or large language models, preferably in areas closely aligned with the topics outlined
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, Biostatistics, Clinical Trials Office, Clinical Treatment Unit/Clinical Trials Processing Lab, Comparative Pathology and Mouse Phenotyping, Genetically Engineered Mouse Modeling, Genomics, Leukemia Tissue Bank
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and mechanisms of selective autophagy and lipid metabolisms in neural stem cells, microglia, and astrocytes. The lab developed novel genetically engineered mouse models to study roles of autophagy genes