19 computer-science-programming-languages-"St"-"ST" Fellowship positions at University of Maryland, Baltimore in United States
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. This excellent research opportunity will provide extensive training in immunology, cellular and molecular biology, in the setting of a clinical trial. This position is funded by a 5-year NIH U01 grant. Duties
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(PSHOR) PATIENTS Program has an exciting Postdoctoral Fellowship opportunity. Fellowships within P-SHOR provide multidisciplinary, advanced training and prepare fellows for positions in academia
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models, and clinical cohorts to uncover mechanisms by which early-life gut microbial metabolism shapes host immunity. We welcome applicants with backgrounds in computational biology, molecular microbiology
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professional career afterward. The Radiation Oncology department has a CAMPEP approved Medical Physics certificate program. The postdoc fellow will have the option to enroll in the certificate program with
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, School of Medicine is an interdisciplinary, multi-departmental team of collaborative investigators with a broad research program related to the basic and translational sciences, genomics, epigenetics, and
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analysis of human brain tissue specimens. Individuals who are interested should submit a detailed CV, a brief statement including a research plan, interests and skills, and the names of three references, and
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. The ideal applicant is expected to: • possess a strong programming skill in at least one language in Python, R, or C/C++ and proficiency in use of Linux/Unix command-line system • possess a demonstrable
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on glymphatic system function, traumatic brain injury (TBI), glial biology, and neuro-regeneration. Our work has been published in Nature, Trends in Neuroscience, Brain, and Journal of Neuroscience, and has
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Gyn), hyperthermia, and GammaPod™ stereotactic radiation therapy system for early-stage breast cancer. Trainees entering the program will have varying background and comfort levels with advanced
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brain disorders using human genetics, single-cell and spatial genomics, human pluripotent stem cells, and computational biology. Ongoing NIH-funded studies apply these approaches to psychiatric disorders