19 internships-in-structural-engineering Fellowship positions at Northeastern University
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, an environment, and a culture that just aren’t found together anywhere else. This is the right place for you if you’re curious, motivated by the future of technology, and want to be part of a unique and diverse
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offers opportunities, an environment, and a culture that just aren’t found together anywhere else. This is the right place for you if you’re curious, motivated by the future of technology, and want to be
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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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interested in applicants who use advanced quantitative methods, including computational modeling, machine learning, and/or analyzing structural and functional neuroimaging data. Specific activities may include
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. Mechanobiology in aging in the musculoskeletal system or the cardiovascular system: this area focuses on the application of mechanobiology technology and discovery to the aging research. 2. Immunomechanobiology
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excellent collaboration and organizational skills. They must have a Ph.D. in biochemistry, chemistry, microbiology, biotechnology, molecular biology, structural biology, or related areas. Previous practical
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technology and discovery to the aging research. 2. Immunomechanobiology: this area covers the study that intersects the research areas of mechanobiology with immunology. 3. Biomaterio-mechanobiology: this area
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transpacific dynamics. We are especially interested in applicants with specialties in the following subfields that engage with the University’s research foci: science and technology; environmental studies
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of specific proteins in a cancer cell’s nucleus with SINE technology. Our primary focus is on developing novel drugs which we hope will help treat patients with certain blood cancers or solid tumor malignancies
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proteins. Arvinas uses its proprietary PROTAC® Discovery Engine platform to engineer proteolysis targeting chimeras, or PROTAC® targeted protein degraders, that are designed to harness the body’s own natural