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, interdisciplinary team that uses cell biology, protein engineering, biochemistry, human immunology and molecular biology techniques to understand lysosomal dysfunction in rare genetic disorders. The successful
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understand the molecular mechanisms of host factors and viral determinants that enhance Coronavirus zoonosis. Traditional molecular virology skills and the ability to generate hypotheses are required. Work
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toxicity of tobacco products in youth. Qualifications: Minimum PhD or Equivalent in molecular biology, or other biological sciences. Other preferred qualifications: Experience working with patch clamp device
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. Required Qualifications: Highly motivated Ph.D. with an expertise in cell/molecular biology, mechanobiology, immunology or biochemistry. Track record of peer-reviewed publications. Dedication to pursue basic
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-clinical models Surgical intra-operative monitoring and in vitro and in vivo procedures Tissue dissections and the preparation of specimens for experimental assays Routine molecular biology assays, including
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-cell patch clamping techniques, especially in excitable cells. The applicant should possess basic laboratory and molecular biology skills. This position is budgeted at an annual salary of $59,000 plus
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programming and simulation tools such as MATLAB, LabVIEW, COMSOL, TOUGH, or ANSYS is highly desirable. Strong interpersonal communication and teamwork abilities. Capacity to work independently while effectively
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the laboratory. Qualifications: Applicants should have the following qualifications to be considered: PhD in microbial ecology, soils and biogeochemistry, microbiology or related field. Experience in molecular
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for either or both projects listed below. Project I: Understanding coronavirus pathogenesis and transmission (zoonotic, enzootic, and pandemic). The focus of the project is to understand the molecular
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research projects. Dr. DiPaolo is a Professor and Chair in the Department of Molecular Microbiology and Immunology (MMI). MMI houses a diverse variety of research groups studying virology, innate and