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focuses on unique mechanisms of toxicity which occur in prevalent human subpopulations that contribute to susceptibility following exposures. To perform our studies, we integrate cell culture systems and
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research center at one of the nation’s leading engineering institutions. The appointments are expected to begin in Fall 2026 and are initially for 2 years, with possible extension depending on performance
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academic year and is renewable for one additional academic year, contingent upon satisfactory performance and continued funding. Candidates must be eligible for employment without visa sponsorship
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to the larger research group are essential aspects of the position. The successful candidate may be required to assist with the training of less experienced personnel in the correct operation of equipment and
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with the PI and technical staff to design, build, and operate a particle detector within a cryogenic system, evaluate photosensor performance beyond commercially rated specifications, and calibrate
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iron status and cognitive functioning, mood, and quality of life. As part of these studies, the postdoc will gain a deeper knowledge of iron metabolism and learn the many factors that play a role in iron
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within a cryogenic system, evaluate photosensor performance beyond commercially rated specifications, and calibrate the detector response. Application Information The position is available for a flexible