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, ). Biochemistry, cell biology, genetically engineered mouse models and patient-derived organoids / xenografts will be employed in the study. Successful applicants will be a highly motivated individual with a recent
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on cutting-edge research projects involving design, analysis and implementation of advanced numerical methods and algorithms in interdisciplinary applications. The position includes the possibility
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, 2019, Cell Reports, PMID: 31509745; Lin et al, 2019, EMBO Mol Med, PMID: 31633874, ). Biochemistry, cell biology, genetically engineered mouse models and patient-derived organoids / xenografts will be
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pathways regulating testis development, and identification of genetic factors associated with male fertility traits. The position also provides opportunities to investigate the molecular mechanisms
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SPECIFICS A postdoctoral position is available in the Biology Department at the Pennsylvania State University to study population genetics and the evolution of gene regulatory networks in bats under
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mechanisms of cardiac arrhythmias. Our research integrates genetically engineered mouse models, cardiac electrophysiology, ion channel biology, and translational cardiovascular research to investigate how
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that has naturalized in non-native Europe range to characterize the role demographic and genetic changes may have to the evolutionary trajectory of a species introduced to novel environments. This research
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molecular approaches, genetically modified animal models, advanced confocal imaging, flow cytometry, innovative culture models such as organoids, and working with clinical samples. The main responsibility
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required. Experience with genetic mouse models, musculoskeletal biology, or retrospective clinical studies is preferred but not required. The person is needed to do the following: Perform and manage mouse
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dwarfs and/or the high-precision RV survey of solar-type stars being conducted with the NEID instrument on the WIYN 3.5m telescope; (2) improving technology, algorithms, and data analysis to mitigate