23 mechanics-finite-element Postdoctoral positions at University of Maryland, Baltimore
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focused on understanding brain and behavior, treatment mechanisms, sleep, aging, and women’s health in schizophrenia and related disorders. There will be a strong focus on MRS methods for the detection and
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the gut microbiome’s role in immune tolerance development. Our lab integrates multi-omics microbiome analyses, microbial genetics, experimental models, and clinical cohorts to investigate mechanisms by
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small molecules that enhance cardiac performance in human IPSC-derived cardiomyocytes (iPSC-CMs). The first goal is to examine the mechanism of action of these small molecules by identifying
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the vaginal microbiome's role in women's health. Our lab integrates multi-omics microbiome analyses, experimental models, observational cohorts, and clinical trials to uncover the mechanisms by which
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, experimental models, observational cohorts, and clinical trials to uncover the mechanisms by which the vaginal microbiome influences host susceptibility to sexually transmitted infections and likelihood
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of accelerating the development of novel vaccines. Studies will include exploration of the mechanisms operative in the generation of systemic and mucosal immunity in children, young adults and the elderly and their
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molecular and omics-based approaches to dissect immunological mechanisms is prefered. Candidates must have an adequate record of publications as well as communication (oral and written) skills. Ability
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the biological mechanisms whereby PM2.5 exposure provokes various adverse health effects. The lab is now focused on understanding how maternal exposure to PM2.5 programs offspring’s susceptibility to obesity
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to characterize and test these including in animal models is advantageous. Characterizing mechanism(s) is advantageous. Other skills of interest include familiarity with imaging, such as with PET, MR, and optical
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Post-Doctoral Fellow - (2300002E) Description We are seeking a postdoctoral fellow who will participate in malaria studies focusing on uncovering the mechanisms underlying severe malaria, with