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, (c) working on mouse models for immunology mechanistic testing. The postgrad student is expected to keep lab records, perform careful experimental procedures, follow biosafety procedures, design
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: qPCR / RT-qPCR Western blotting Flow cytometry Fluorescence Microscopy Mouse work (including immune and cardiometabolic models) Analyze and interpret genetic and genomic data, including: GWAS and
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excellent qualifications in research and education. Multiple positions will be filled each year. Areas of interest include: • Artificial intelligence in medicine • Biomedical data modeling and
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into data analysis, experimental design, problem solving, and time management. There is some flexibility to match the trainee’s interests and aptitude to specific projects of interest. If primarily
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, organelle isolation, metabolomics and proteomics, mouse genetics, and disease models to investigate fundamental mechanisms of ER metabolic regulation. Education and Training The Postgraduate Associate will
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twins of patients, modeling disease biology across scales—from genome to cell to circuit—to enable proactive, personalized intervention. By combining large-scale human data (genomes, single-cell and
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isolation, murine models, and biochemistry. Mentoring Mentorship and career development are priorities in the Libreros Laboratory. The Postgraduate Associate will have frequent formal and informal meetings
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approaches to immune-related states and behaviors. The lab uses mouse models, in vivo two-photon structural and functional imaging with calcium indicators, chemogenetics, viral and transgenic tools, behavior
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skills, including generalized linear models, multiple machine‑learning algorithms, MOFA and multi‑omics pathway analysis. · Strong background in experimental design, quantitative data analysis, and
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The Foxman Laboratory at Yale School of Medicine is seeking postdoctoral scholars to lead two distinct funded projects. One project will focus on developing and using novel organotypic models