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resilience, and mitigate the effects of early adverse experiences. The CTN employs successive iterations of neuroscience research, theory building, and practice to drive the scientific knowledge base forward
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projects bridging physical and immunological barriers to drug delivery. Candidates with synthetic expertise are expected to lead projects connecting high throughput synthesis of nucleic acid delivery
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investigating mechanically induced cell and tissue stimulation and applied to improving antimicrobial treatments. The postdoctoral scholar is expected to lead projects designing and characterizing new therapeutic
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both lead and supporting roles in manuscript development and other project activities. The nature of the work is relatively fast-paced and we value rigor, reproducibility, and productivity in scholarship
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approximately 600 undergraduate and 90 graduate majors, as well as offering a number of general education classes in the discipline. The primary research foci of the tenure track faculty are high-performance
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number of general education classes in the discipline. The primary research foci of the tenure track faculty are high-performance computing, data science, networking, and distributed systems with cross