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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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. 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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, and the arts are crucial to the human experience, society, and the development of technology. We empower the next generations of students, researchers, and creative practitioners to create the future by
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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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that the fields of design, communication, media, and the arts are crucial to the human experience, society, and the development of technology. We empower the next generations of students, researchers, and creative
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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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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