504 parallel-computing-numerical-methods-"Prof" positions at University of Pennsylvania
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experience in mouse handling is required, and experience in standard methods including tissue culture, flow cytometry, qRT-PCR, immunostaining, and microscopy are strongly preferred. Skills in mouse genetics
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the power of stem cells. The adrenal gland is the endocrine signaling center, regulating stress responses and linking the brain to the body. Our goal is to develop robust methods to generate functional human
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consistently positive, inclusive, and responsive interactions with library users. Design and implement methods for assessing service delivery and patron satisfaction, using data to inform improvements. Employ
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positive, inclusive, and responsive interactions with library users. Design and implement methods for assessing service delivery and patron satisfaction, using data to inform improvements. Employ
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. Some work occurs outside of regular business hours as well as off-campus. Qualifications: The coordinator (1) may be enrolled in or have completed a Bachelor’s or Master’s degree program; (2) will
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biospecimens, supporting the Breast Cancer Clinical Trials Navigation Program, and participation in study promotion and outreach in the community. The position requires a motivated, articulate individual with
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these critical technologies to patient care. The ideal candidate will have an interest in biomedical research, be enthusiastic and highly motivated to participate in team science, have strong computing skills, and
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Research and Engagement Coordinator to develop and execute communication activities for the Penn Medicine BioBank. The Coordinator will use traditional methods and social media to elevate the PMBB’s
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, writing research reports, and providing research-related technical programming support. A knowledge of or desire to learn and use cutting-edge technologies and programming methods is required. A thorough
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the Lifespan Brain Institute (LiBI). Our goal is to personalize early interventions in reproductive psychiatry. To do this, we use non-invasive neuroimaging and advanced computational methods