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metabolic physiology, stress physiology and social determinants of health and aging. We developed a unique integrative approach to investigate the molecular physiology of obesity and chronic stress-related
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. The Junge lab studies neurovascular signaling and integrates mouse genetics, molecular and protein- biochemical methods, cell biology, and various -omics methods. This position is considered an "essential
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Required Qualifications • Ph.D., DDS, DVM, JD, MD or equivalent. Preferred Qualifications • Demonstrable experience in basic biochemistry and molecular biology techniques is required. • Candidates
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, 8, pii: e47970, 2019) 40% Responsible for designing and conducting NIH-funded research experiments pertaining to understanding the molecular cues present in the adult muscle environment that induce
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yeast genetics and molecular/cellular biology expertise to join this international team studying the effects of polyploidy on cell physiology and evolution. The experienced researcher will run
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proteins in transcription and associated processes. 10% Training/supervision of technicians and undergraduate students. Train new technical staff in standard biochemical and molecular biology techniques and
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to the preparation of manuscripts. Qualifications Required Qualifications: Ph.D. in Bioinformatics or Computational Biology Preferred Qualifications: Experience in preclinical studies, animal handling, molecular
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analysis. Biochemical analysis including preparation of recombinant proteins, preparation of samples for proteomics analysis, PAGE, Western blotting. Molecular biology, including cloning. 15% - Manuscript
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experiments, including cell culture methods, PCR, and other molecular biology techniques, and computational experiments, including bioinformatics, data processing from large sets of data produced by single-cell
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aspects of placenta biology. • Utilize molecular, cellular, and bioinformatics approaches to analyze placental structure and function. • Develop and apply novel techniques to study trophoblast