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technologies to read out and control cellular activities in the living brain. The Spatial Biodynamics Lab is at the intersection of the Medical School, Michigan Neuroscience Institute, Biosciences Initiative
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of novel technologies to read out and control cellular activities in the living brain. The Spatial Biodynamics Lab is at the intersection of the Medical School, Michigan Neuroscience Institute, Biosciences
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | about 11 hours ago
; basic familiarity with biology and/or neuroscience in order to help contextualize the computational tools being deployed and write reports about the research and the tools being developed; and some MATLAB
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | about 1 month ago
as part of a team. PREFERRED: bachelor's degree in biology or related field, e.g., biochemistry, neuroscience, etc.; lab experience with some of the following methods--immunocytochemistry
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | about 1 month ago
ASSOCIATE, CANCER BIOLOGY, Program in Media Arts and Sciences-Nano-Cybernetic Biotrek (NCB), to fill an opening in Professor Deblina Sarkar's research group at MIT for a postdoctoral associate with experience
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Details Posted: 09-May-24 Location: Richardson, Texas Salary: Open Categories: Academic/Faculty Biological/Biomedical Sciences Internal Number: 26296 Posting Number: F00827P Department: Neuroscience
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McGowan), and Locomotor Control lab (PI James Finley) at USC, the Seethapathi Motor Control group at MIT (PI Nidhi Seethapathi), and the Nishikawa Biomechanics lab at Northern Arizona University (PI Kiisa
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: Neuroscience Salary Range: $56,484 - 61,572, DOQ Pay Basis: Monthly Position Status: Regular full-time Location: Richardson Job Description: The Gu Lab within the Department of Neuroscience at the University
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collaborators on these projects, including Pawan Sinha at MIT, Alireza Ramezani at Northeastern, Joo-Hyun Song at Brown University, and David Lin at Massachusetts General Hospital. The research is supported by
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entire mammalian brains across multiple scales. The Princeton Neuroscience Institute is a key performer in BRAIN CONNECTS, and participates in a consortium that will image a large part of the mouse