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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 3 months ago
therapy development through the application of light responsive tools. Our research focuses on the use of molecular biology, optogenetics and photo controlled-signaling tool development for use in in vivo
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 3 days ago
therapy development through the application of light responsive tools. Our research focuses on the use of molecular biology, optogenetics and photo controlled-signaling tool development for use in in vivo
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 3 days ago
organizes and regulates membrane signaling, and to develop chemical probes and technogies targeting lipid modifying enzymes as novel diagnostic and therapeutic options. As a part of the Eshelman School
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following skills: Strong interest in the field of neuroimaging, psychiatry and genetics. Computer skills: Strong level in the main informatics software (FSL, Freesurfer, fMRIprep) and coding languages (R
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conditions, to large field-scale experiments with wild and domestic grazers. These experiments will test hypotheses related to the effects on nutrient cycling of grazers with different body size and grazing
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experiments with wild and domestic grazers. These experiments will test hypotheses related to the effects on nutrient cycling of grazers with different body size and grazing habits and duration of grazing under
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, Li-solid state oxide conductors have almost been neglected as electrolytes to replace classic oxygen conductors in sensors. Your primary tasks include: • Employ different processing methods (including
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 13 days ago
of different cardiovascular diseases with emphasis on the role of protease-activated receptors (PARs), coagulation proteases and platelets in innate immune responses during viral myocarditis and influenza
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the first mutations in the NLGN-NRXN-SHANK pathway, which has a key role in synapse formation within the brain. Our results highlight the genetic heterogeneity of autism, but also point at common biological