37 facial-"https:"-"https:"-"https:"-"https:" positions at Pennsylvania State University
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dynamics, and investigating how these dynamics influence gene expression. The position involves close collaboration with interdisciplinary researchers at the intersection of computer vision, machine learning
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. Publication in the area of molecular biology, gene expression or hematopoiesis. Basic biochemistry and molecular biology techniques, cell culture, RNA seq and ChIP seq analysis, transgenic mouse handling. Prior
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materials across print, digital, social media, and emerging platforms Prepare creative briefs to guide concept development and creative expression Monitor the progress of tactical campaign implementation and
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overtime is required for home football games, student arrival, and other events based on staffing needs. Key responsibilities include: Serve in a direct, face-to-face customer service role, at the campus
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service setting, and current Student Library Assistants Ability to clearly communicate through face-to-face and written communication All members of the University Libraries community are responsible
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, CRISPR/Cas9 gene editing, PCR/qPCR, protein expression and purification using bacterial or yeast systems, protein techniques, receptor-ligand interactions, bioinformatics, virology, work with BSL2 and BSL3
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function as systems, stories, cultural artifacts, and forms of creative expression. Applications will be received on an ongoing basis and will be reviewed as needed. BACKGROUND CHECKS/CLEARANCES Employment
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complexes. Experience in the following is preferred: human cell culture, insect cell expression system and/or cryo-EM structural analysis. Applications must be submitted electronically and include a
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Technologist’s time will be spent working directly with participants and their families through phone calls, email exchanges, and/or face-to-face interactions. Responsibilities include but are not limited
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polymerase pausing and termination, regulation of gene expression by transcription attenuation and translational control mechanisms, structural studies of RNA polymerase using cryo-EM, and/or genome-wide