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technologies, tumor resistance mutations, target antigen discovery, and preclinical development of new TCR-based treatments. The RTS III will work in collaboratively with clinical and laboratory research
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advanced robotics to screen libraries of M. tuberculosis for drug tolerance and drug resistance phenotypes. Performs MIC testing, kill curves and other microbiological tests to characterize M. tuberculosis
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, communicability, environmental stability, antibiotic sensitivities/resistance, and sensitivities to disinfectants) in biosafety/laboratory safety practices preferred. Working knowledge of NIH and CDC guidelines
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resistance phenotypes. FLSA Exempt Grade Salary Details Minimum Salary 20,000 Mid Range Salary 90,000 Maximum Salary 200,000 Offer Information The final salary offer may be determined by several factors
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advanced robotics to screen libraries of M. tuberculosis for drug tolerance and drug resistance phenotypes. Performs MIC testing, kill curves and other microbiological tests to characterize M. tuberculosis
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well as animal studies to investigate the role of mitochondria in cancer and drug resistance. The incumbent is responsible for performing experiments under Dr. Glytsou's direct supervision as well as maintaining
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resistance mutations, target antigen discovery, and preclinical development of new TCR-based treatments. There will be opportunities to work in an interdisciplinary team both in clinical and laboratory
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research, as well as animal studies to investigate the role of mitochondria in cancer and drug resistance. The incumbent is responsible for performing experiments under Dr. Glytsou’s direct supervision as
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research requiring generation of mouse models of chronic asthma, measurement of airway resistance using Flexivent instrument with non-survival surgical procedures, legendplex assays, fluorescence activated
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the potential of oral microbiomes to fight drug resistant pathogens and treat cancer and autoimmune disease. New research laboratories, totaling 25,000 square feet, were added in the fall of 2018. RSDM students