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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
Posting Information Posting Details Department Medicine - Cardiology - 411405 Posting Open Date 06/23/2025 Application Deadline 06/27/2025 Open Until Filled No Position Type Postdoctoral Scholar
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A 2-year funded postdoctoral fellowship position in understanding the molecular mechanisms and behavioral consequences of normal and abnormal mouse spinal cord development has become available
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related discipline. Preferred Qualifications Cardiac electrophysiology, Animal handling and surgery (rodents, rabbits, pigs), Donor human hearts, Optical and Electrical mapping, Molecular imaging (western
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;Leverage advanced methodologies to integrate multimodal imaging, genomics and proteomics data to dissect mechanobiology mechanisms of complex biological systems;Plan and perform R&D activities, develop
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studies, fluorescence techniques and microscopy, protein production, cell culture techniques, live cell imaging. At least one published 1st author paper describing own, original research. The position
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processes relevant to human health and disease using using genetics, molecular biology, biochemistry, cell biology, and microscopy/imaging. A qualified candidate will be capable of working independently
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affect of sleep on brain health and cognitive processes. Magnetic Resonance Imaging (MRI) is used in the project in combination with cognitive, neuropsychological and somatic assessments. The position will
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scattering, and condensed matter theory. Position Description We are searching for a Postdoctoral Research Associate for a 2-year term to characterize magnetism in single crystal samples using neutron
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the clinic and in silico. We focus on neurodegenerative processes and are especially interested in Alzheimer's and Parkinson's disease and their contributing factors. The LCSB recruits talented scientists from
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of the tissue microstructure. In this position, you will work on developing advanced preclinical MRI techniques and you will employ them for 1) in-vivo mouse liver imaging, both for normal controls and in models