35 linked-data-"https:"-"https:"-"https:"-"Babes-Bolyai-University" Fellowship positions at Nature Careers
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interests in applied statistics, machine learning, or computational biology are encouraged to apply. For more information, please visit our website https://ds.dfci.harvard.edu/postdocs to view the list
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Job Description SJCRH Position Overview: The Department of Information Services is seeking a highly skilled and motivated faculty- level Clinical Informatics Researcher to join our dynamic clinical
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expression, age, disability, genetic information, citizenship status, or veteran status. To learn more about our commitment to diversity and inclusion, please visit: https://jobs.utsouthwestern.edu/why-work
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SJCRH Position Overview: The Department of Information Services is seeking a highly skilled and motivated faculty- level Clinical Informatics Researcher to join our dynamic clinical informatics and
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page) your CV a description of how your specific experience and skills align with the essential criteria (maximum two pages) the title and the PubMed link of one scientific paper (not from our group
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linking molecules, mechanisms and medicine, our discoveries in fundamental biology inform the understanding of human disease and drive therapeutic advances. We are therefore seeking enthusiastic scientists
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the neural mechanisms underlying goal switching and behavioural strategy selection, linking algorithmic theories of behaviour to defined microcircuits and pathways. The position will employ a multidisciplinary
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study development, execution, and dissemination. This role offers hands-on exposure to study design, regulatory processes, patient-facing research activities, data analysis, and scientific publication
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, hematology, or immunology research. Ability to conduct research independently and work collaboratively with other scientists. Strong data analysis and writing skills. Interested candidates should email their
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the level of individual cells. Yet much of the biological information embedded in these data remains unexplored. The next step is to convert these time-lapse images into accurate single-cell trajectories and