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eligible to work in the United States. Required Qualifications: Required Qualifications: Completion of Ph.D. or M.D./Ph.D. in biomedical engineering, chemical engineering, mechanical engineering
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Molecular Biology and Ophthalmology and Visual Sciences in the University of Iowa Carver College of Medicine, respectively, are seeking to hire postdoctoral researchers to determine molecular mechanisms and
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greatest potential to induce change in the modern chemistry Ph.D. program and by what mechanism those changes are realized. Project 2: Rapid and Reliable Characterization of Brief, Intentional Pedagogies in
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position is available immediately in the laboratory of Catherine Marcinkiewcz, Ph.D. at the University of Iowa. Research in the Marcinkiewcz lab focuses on unraveling neural circuit mechanisms underlying
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cutting-edge technology, the selected candidate will aim to reveal the underlying mechanisms of T cell and innate immunity to influenza virus Education Requirement: PhD, MD/PhD or MD with significant bench
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developments Prepare research materials for publications and presentations (internal and external) and present findings at scientific meetings Maintain detailed experimental records in a laboratory notebook
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filled. Application deadline is 12/1/2024 or until filled. Please send application materials and direct questions to: Tammy Wilgenbusch, PhD Training Director, Pediatric Psychology Licensed Psychologist
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POSTDOCTORAL SCHOLAR - ANESTHESIA - OBAL LAB Requisition # 4271 Position Basics Advertising Ends on:Extended Until Position is Filled Advertising Started on:Monday, August 12th, 2024 College:Carver College of Medicine Department:Anesthesia Salary Salary:$61,008.00 to Commensurate Position...
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of References: 3 To start the Online Application process for this position, click the "Apply for This Position" button located below the Contact Information. Additional Application Materials Materials:Ltr
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inflammasome activation, autophagy and host defense. By using genetically modified animal models and cutting-edge technology, we aim to reveal the underlying mechanisms of LRRK2-mediated signaling in health and