43 algorithm-development-"Prof"-"Prof"-"Prof" Postdoctoral positions at Yale University
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for psychosis in order to better understand and prevent the development of frank psychosis and schizophrenia. As a part of various ongoing research studies, PRIME provides early identification, assessment, and
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and Japanese history; but a strong interest in both the methods and the content is a requirement. One goal for the program is to give postdoctoral associates opportunities for developing new skills
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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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and the conservation of biodiversity. With over a decade of experience in field-based capacity development in the Neotropics and Southeast Asia, ELTI is well-positioned to expand into Africa. The ELTI
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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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with Dr. Louise Wang on identifying high risk individuals at risk of developing pancreatic cancer to undergo targeted screening and surveillance and improve survival of this deadly disease. Specific
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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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position will provide an excellent opportunity for an early career economist or political scientist to develop top-tier research with mentorship by Professor Rohini Pande and additional Principal
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during the position, including support for pursuing specific research questions and career development funding if those are areas of interest. Qualifications: * M.D. or Ph.D in relevant discipline
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computational methods development (e.g., multi-omics, adaptive immune receptor repertoire sequencing (AIRR-seq), scRNA-seq+BCR/TCR) and applications to understanding disease and vaccination responses in SCD