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, treatment of solid tumors, which represent 90% of all adult cancers, require additional T cell engineering. To solve this problem we are utilizing evolutionary biology to design potency enhancements that arm
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Research Fellowship. This intensive two-year program is designed for general and cardiothoracic surgery residents interested in an academic career in cardiothoracic or congenital heart surgery. Housed within
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, neurosciences, and genetics. Applicants should be proficient in experimental design and troubleshooting as well as preparation of scientific manuscripts and postdoctoral grant applications including writing and
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are available to work directly with Rowland Fellows to design and fabricate new experimental set-ups. Shared research equipment is available at facilities within the Institute and throughout Harvard University
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experience in using high-dimensional cytometry (CyTOF or Aurora, Cytek), multi-color panel design, immune cell sorting, and peptide/virus stimulation T-cell assays. Responsibilities: Lead a project on memory T
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multidisciplinary team. They should be incisive problem solvers and possess exceptional quantitative reasoning skills. They should be both creative and precise. Designated projects involve working with human clinical
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-motivation Outstanding organizational skills Experience with molecular biology techniques and cell culture Willingness to learn new techniques and skills Ability to independently design and conduct experiments
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world-leading center for medical research and innovation. Under the guidance of the Principal Investigator, Dr. Jia Fan, who has recently received a high-end instrument grant from the National Institutes
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single-cell multi-omics data. Gain rich knowledge in cancer biology, cancer genomics and immunogenomics, and cancer-specific bioinformatics. Develop skills in study design, data interpretation
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, from designing projects, conducting experiments, performing analyses, and producing manuscripts. We encourage postdocs to compete for fellowships funding and grants whenever possible. These NIH-funded