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our best work and foster our humanity. That’s why the CEHD community is collectively dedicated to cultivating an inclusive and equitable environment, embracing and celebrating all identities of our
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committed to an excellent employee experience, offering a flexible work environment that meets the needs of students, staff, faculty, and the communities we serve. Flexible work arrangements may include
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Previous Job Job Title Post-Doctoral Associate - Department of Ecology, Evolution and Behavior Next Job Apply for Job Job ID 368742 Location Twin Cities Job Family Academic Full/Part Time Full-Time Regular/Temporary Regular Job Code 9546 Employee Class Acad Prof and Admin Add to My Favorite...
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applications from diverse candidates and are committed to creating an inclusive and supportive research environment. Job Responsibilities Data Analysis and Publication (50%) Test hypothesis around developmental
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to the lab’s knowledge-sharing and collaborative environment Pay and Benefits Pay Range: $62,232 - $75,564 annually, follows NIH stipend level for experience; depending on education/qualifications/experience
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high-impact journals • Mentor junior trainees and contribute to the lab’s knowledge-sharing and collaborative environment Pay and Benefits Pay Range: $62,232 - 70,380.00; depending on education
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and scientific writing skills. Why Join Us? · Access to state-of-the-art sequencing platforms and multi-omics technologies. · Collaborative and interdisciplinary research environment between two leading
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University of Minnesota endorses a “Work. With Flexibility. ” and we offer a flexible work environment that meets the needs of our students, faculty, staff, and partners we serve. Work arrangements will be
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of the membership and research base, enabling our center to further advance our knowledge and enhance care for our catchment area. We are driven to be the choice academic healthcare environment for patients
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, 8, pii: e47970, 2019) 40% Responsible for designing and conducting NIH-funded research experiments pertaining to understanding the molecular cues present in the adult muscle environment that induce