30 parallel-processing-"International-PhD-Programme-(IPP)-Mainz" Postdoctoral positions at Yale University
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the cell intrinsic immune machinery and DNA damage and repair processes using in vitro cell models, genetic screens (such as CRISPR and RNA interference), and animal models. We have a strong translational
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Postdoctoral Position Yale University, USA The Nicoli Lab (Scan QR Code) is seeking a highly motivated Postdoctoral Researcher with expertise in RNA biology to inves:gate localized mRNA processes
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investigating the causes and consequences of mutational processes in human health and disease. We are an interdisciplinary team of computational, experimental, and clinician scientists allowing us to generate and
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applications. Candidates may address questions about the application process to broadcenter@yale.edu with the subject line, “Postdoc application question.” Yale University is an Affirmative Action/Equal
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) participating in the research process, including research coordination, data analysis and manuscript preparation. The position can provide postdoctoral clinical hours and supervision necessary for licensure as a
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/adolescents and their parents/guardians Process to Apply To apply, interested individuals should submit a cover letter, CV, 2 sample publications, and contact information for 3 references directly to Dr. Cha
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, testicular tissue processing & cryopreservation. Proficiency in advanced molecular techniques, including Flow cytometry, and gene expression analysis. Experience in designing and executing research projects
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-on experience in blockchain technology (preferably Ethereum) and/or machine learning. Solid foundation in computer network and/or data analysis. Strong programming skills, preferably in Java. Ability to work
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the application to basmah.safdar@yale.edu. Review Process: Applications will be reviewed on a rolling basis until the position is filled. Yale is an affirmative action/equal opportunity employer. We are committed
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(CMCO) in the Yale School of Medicine and Yale Cancer Center. We focus on principles of cancer plasticity, metastases and the tumor microenvironment, and how these processes mediate treatment resistance