181 computer-science-intern-"https:" "https:" "https:" "https:" "University of St" positions at Cedars Sinai Medical Center
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of technology, innovation and discovery improving patient outcomes. What will you be doing in this role? The Clinical Research Associate I works under the supervision of Principal Investigator and Research
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molecular biology procedures including, but not limited to Western, Northern blot, DNA/RNA, PCR, protein extraction, cell culture, Immunohistochemistry, and staining. This position does not have supervisory
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projects, pathology annotation, and generating reports for various research projects. The role involves customer-focused support for internal and external research users, providing technical expertise
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cellular, micro- and molecular biology procedures including, but not limited to Western, Northern blot, DNA/RNA, PCR, protein extraction, cell culture, Immunohistochemistry, and staining. This position does
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, life-saving research. From genetic counseling and targeted drug therapies to a growing array of minimally invasive procedures, Cedars-Sinai continues to stand at the forefront of technology, innovation
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compliance, operational excellence, and program growth across Cedars-Sinai and the Samuel Oschin Cancer Center. Clinical Operations & Regulatory Oversight Provide leadership to ensure all clinical research
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sciences required No experience required. Experience in Developmental Biology and with mouse, rat, xenopus frog, or aquatic animals is a plus. Working knowledge of database management, personal computers
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groundbreaking research. The Smidt Heart Institute is internationally recognized for its comprehensive cardiovascular programs and commitment to translational science. Dr. Susan Cheng is an internationally
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hired you must reside in the commutable area. The Clinical Research Associate I works under the direction of a Clinical Research Coordinator, Research Program Administrator, Research Nurse, or other
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contribute to an integrated research program combining advanced molecular biology, single-cell and spatial profiling, and in vivo mouse models to uncover how dynamic cell states drive tumor behavior. Beyond