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University of Massachusetts Medical School | Worcester, Massachusetts | United States | about 6 hours ago
these interactions modulate neural circuit function in health and disease. We are seeking a highly motivated individual to study mechanisms of how T cells modulate resident brain cells during neuroinflammation
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colleagues and ongoing research projects. (25%) Basic Qualifications A Ph.D. in Biology, Bioengineering, Chemistry or analogous fields is required to carry out the work for this position. The candidate must
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) enriches people and their environments through transdisciplinary research, teaching, and outreach. We integrate analog and digital knowledge, tools, methods and creative processes from design, humanities
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a team Flexible, self-motivated and able to plan his/her own work Good interpersonal skills High proficient in designing control system and electrical electronics circuit diagram Application form and
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novel therapeutic approaches to ameliorate circuit deficits caused by interneuron dysfunction. Among the key duties of this position are the following: Conduct stereotaxic neurosurgery research. Perform
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pain), with a focus on with a focus on ion channels, neural circuits, and neuromodulation. Candidate must have completed the requirements for the PhD degree or equivalent in Neuroscience related fields
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models, within the collaborative framework of the AUREUS network. This post is analogous to a PhD studentship, and the postholder is expected to fulfil the Departmental and College requirements to obtain a
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. Programming gene circuits Modeling and designing synthetic DNA components Construction of Chemical Reaction Networks (CRNs) Simulation and analysis using MATLAB and Visual DSD Robust analysis of various modules
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circuits and electronics integration. It is desirable that the candidates have sound knowledge in statistical analysis of device output and have experience with failure analysis. The role holder will work
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lithium-ion batteries. The battery separator, 5% of the battery mass, is a soft plastic in every LIB cell to prevent short circuits. The current state-of-the-art LIB recycling plant primarily focuses