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, molecular biology, adipose tissue biology, pharmacology, and quantitative imaging. Preference will be given to applicants who are eligible for NIH fellowships. For more information contact James Granneman
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excellent training and recent research experience in protein analysis and molecular/cellular biology or a closely related discipline. The research focus spans several disciplines from commercial insulin
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in neuroscience, biochemistry, cell biology, or related fields (or equivalent). A strong background in molecular and behavioral neuroscience is preferred. Required application materials Send a CV and a
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. in biological sciences, molecular imaging, life sciences or related field Skills in microscopy, histology and molecular imaging is preferred Ability to coordinate complex assignments on a day-to-day
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the neuronal 'switch' from aversive to rewarding perception of pups that is necessary to initiate appropriate maternal behavior thus subsequently influencing offspring survival. We hope to advance science on
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field of science or learning, predominantly intellectual in character. Three to four years of job-related experience, which can include doctorate training. Experience performing basic research techniques
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developmental context. We recently moved to the C.S. Mott Center at Wayne State University and are affiliated with an oocyte biology research group. This group has expertise and interest in mammalian systems
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Summary Pathophysiology of opioid related sleep apnea. Determine effect of oxygen and acetazolamide on apneic threshold during sleep and determine cerebrovascular response to CO2 in opioid related sleep apnea. Required qualifications Prior experience (or willingness to learn skills) measuring...
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Summary The primary research focus is the role of cell adhesion and neuronal self-avoidance in the developing mouse retina, focusing on two families of cell adhesion molecules: the clustered protocadherins and DSCAMs. The lab uses a variety of techniques including mouse genetics and genomics,...
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Summary The work completed in the clinical lab is designed to explore if repeated daily exposure to mild intermittent hypoxia reduces sympathetic nervous system activity and blood pressure both directly, and indirectly via enhanced compliance with continuous positive airway pressure, in humans...