45 algorithm-development-"Multiple"-"Prof"-"Prof"-"Newcastle-University" Postdoctoral positions at Yale University
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platform development for respiratory and non-respiratory pathogens. The Israelow lab has recently opened in the Department of Internal Medicine in the Section of Infectious Diseases at the Yale School
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School of Medicine. We develop and apply innovative experimental and computational approaches to study cellular heterogeneity and its impact on tissue function in health and disease. Our interdisciplinary
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School of Medicine (www.patel-lab.org). Our laboratory has a highly translational focus, with the overall goal of developing non-invasive diagnostic tools for early detection and surveillance of cancer
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. Experience working with rodent models is preferred but not required. The successful candidate should have excellent oral and written communication skill, be highly motivated for career development in
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independently and collaboratively, desiring to develop and/or adapt novel approaches in biochemistry, molecules and genetics, and PhD in Neuroscience and related disciplines. However, auditory and hearing
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-driven projects which aim to understand genome stability and acquired DNA alterations in normal cells and in cancer development. The successful applicant will primarily analyse sequencing data generated by
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acquired DNA alterations in normal cells and in cancer development. The successful applicant will work independently, perform experiments, develop and optimise assays, and analyse, interpret, and present
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data-driven knowledge to the development of next-generation regenerative therapeutics. Our group is a multidisciplinary lab at Yale within the Department of Anesthesiology, the Vascular Biology
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that activate kinases by removing phosphate groups, playing crucial roles in both physiological processes and various diseases. Developing drugs that target MKPs is challenging due to the nearly identical
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a particular focus on cytokine-based drugs, using immune competent murine models and human cell culture systems for early drug development. We also study mechanisms and determinants of immune related