98 Environment-"https:"-"CIPMM---Systemic-Neurophysiology" Postdoctoral positions at Rutgers University
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research setting. Ability to work independently and in teams. Preferred Qualifications Equipment Utilized Computer (Microsoft Office) Physical Demands and Work Environment PHYSICAL DEMANDS: Frequent
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state through outreach to and engagement of our extraordinarily diverse communities. CORE VALUES: Curiosity and Discovery: encouraging an environment of continuous inquiry, creativity, and innovation
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freezers, microscopes, centrifuges, gel electrophoresis, electroporators, qPCR thermal cyclers, and computers. Physical Demands and Work Environment Be capable of working in a biosafety cabinet for several
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health equity in our state through outreach to and engagement of our extraordinarily diverse communities. CORE VALUES: Curiosity and Discovery: encouraging an environment of continuous inquiry, creativity
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Environment PHYSICAL DEMANDS: Computer data input required. Ability to use computing resources and perform bench-laboratory experiments. WORK ENVIRONMENT:Laboratory environment. Universal precautions
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state through outreach to and engagement of our extraordinarily diverse communities. CORE VALUES: Curiosity and Discovery: encouraging an environment of continuous inquiry, creativity, and innovation
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independently and in a collaborative team environment including research analysts, scientists, as well as other PETS Center trainees and faculty. Excellent organizational, planning, project management, and
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. Certifications/Licenses Required Knowledge, Skills, and Abilities Preferred Qualifications Equipment Utilized Physical Demands and Work Environment Overview Statement Posting Details Special Instructions
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. RNA-seq, ATAC-seq, ChIP-seq etc.). Equipment Utilized Physical Demands and Work Environment PHYSICAL DEMANDS: Standing, sitting, walking, talking, seeing, and hearing. Manual dexterity and vision
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to work independently and within a collaborative team environment. Preferred Qualifications Experience with multicellular 2D and 3D culture models (e.g. co-culture systems, organoid/spheroid models