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, machine vision, AI/ML systems, or autonomous control to join our collaborative neuroengineering efforts. This person will build AI-driven robotic systems for high-throughput brain imaging and behavioral
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understanding how moving bodies and perception are integrated, we can develop more effective clinical interventions and inspire the next revolution in AI - one that reflects how biological brains learn through
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microscopy, and machine learning. Our goal is to develop a protein biosensor optimization pipeline that integrates high-throughput functional screening with predictive deep learning to accelerate the directed
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ferroptosis, metabolism, and inflammation. What You Bring PhD in immunology, metabolism, regeneration, or cell biology (0–3 years post-PhD preferred). Proficiency in in vivo models, immune–metabolic signaling
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://biochem.weill.cornell.edu/directory/primary-faculty/samara-reck-peterson-phd For application submission: Please submit your CV, a cover letter describing your research experience, and contact information for three references
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of science faculty at 2-year and 4-year colleges and universities across the US to implement research in the early undergraduate science curriculum to promote engagement, learning, and persistence for all
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-paced, highly collaborative environment. It is ideal for individuals planning to spend two years gaining hands-on research experience prior to pursuing a PhD or graduate program, offering exceptional
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implications for agricultural sustainability in a changing climate. Learn more about the Torii Lab here: https://www.plant-stomata.org/ About the Role This role is approximately 80% research-focused and 20
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biology, microbiology, protein biochemistry, and computational approaches to pursue these questions. To learn more about the Laub Lab and our research, please visit: https://www.laublab.mit.edu/ The Laub
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Scientist to join the Aso Lab at the Janelia Research Campus. The Aso Lab is a team of interdisciplinary scientists investigating the mechanisms of learning by studying the neural circuits of the mushroom