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for the development of a sensor technology to detect microRNAs in biological samples. Specifically, the PRF will fabricate sensor on a paper platform and qualitatively and quantitatively test microRNA presence in
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this network, we expand opportunities for flexible, student-centered learning and collaborative, solutions-focused research. Northeastern’s comprehensive array of undergraduate and graduate programs— in a
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statement; names, affiliations, and email addresses of 2 reference-letter writers. (The applicant should ask the two letter writers to directly email a letter of reference to postdoc-hiring
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. Questions: Please reach out to Dr. Idia Binitie Thurston, i.thurston@northeastern.edu and put “2025 CHANGE lab Postdoc” in the subject line. The following links are available to learn more about our CHANGE
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relationships Engage with faculty who participate in various interdisciplinary Network with area residents and other Northeastern fellows via professional development programs, teaching seminars, and
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mechanotherapeutics. 4. Neuromechanobiology: this area focuses on discovering the mechanobiological basis of neurons, neural networks, and the brain in memory, learning, cognitive function in health and
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applications of neural networks to the analysis of multi-omic data, models for predicting phenotypes using genotype data, biological data integration, etc.. Participation in these projects will include
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Engage with faculty who participate in various interdisciplinary graduate programs including biotechnology, nanomedicine, immunology, health informatics, and drug discovery Network with local residents and
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relationships Engage with faculty who participate in various interdisciplinary Network with area residents and other Northeastern fellows via professional development programs, teaching seminars, and
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relationships Engage with faculty who participate in various interdisciplinary Network with area residents and other Northeastern fellows via professional development programs, teaching seminars, and