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. This NIH-funded position focuses on defining how germline gain-of-function mutations activate chronic inflammatory signaling, impair hematopoietic stem cell function, and drive progression to myeloid
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reaction development and ligand synthesis. - Strong work habits and the ability to work both independently and as part of a research team. - Strong communication skills. Preferred Qualifications - First
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. Our first effort is focused on addressing the unmet needs in serious mental illness. To that end, we will focus on psychosis spectrum disorders, including schizophrenia, schizoaffective and bipolar
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time frames, population genomics across socioeconomic landscapes, and the heritability of stress induced epigenetic marks. A variety of next-generation sequencing approaches may be employed, including
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students Appointment and Support • Term: One-year appointment beginning August 10, 2026, with the option to renew for a second year • Compensation: From comprehensive insurance plans to retirement options
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models, analyzing and interpreting experimental data, preparing manuscripts and grant applications, and mentoring trainees within the laboratory. A major component of this position will involve mouse
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understand brain function. Work would be performed in human participants using a variety of monitoring techniques, both neural and physiological. Job duties will include: 1. Research Conceptualization
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. The successful candidate will join the Smart Cities for Good research group in the Department of Geography at Virginia Tech. This position is co-supported by Virginia Tech’s Office of Research and Innovation (ORI
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Hypersonic Aerodynamics. The successful candidate will play a key role in developing and advancing new measurement systems for the departments Hypersonic blowdown wind tunnel, and conducting cutting-edge
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tumor. The successful candidate will investigate the role of astrocytes—one of the most abundant and functionally diverse types of glial cells—in glioma progression and their modulation of the tumor