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f you practice nursing at a higher level, Cedars-Sinai can give you the opportunity to elevate it to an art! You’ll be part of a team whose skills, dedication and passion are unmatched and have enabled us to achieve Magnet® designation five times. We proudly celebrate that we are number #1 in...
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research group. The laboratory studies fundamental and clinically relevant research questions that are at the intersection of the fields of stem cell biology, blood cell development, and cancer. Are you
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is required. Understanding of general research objectives. Some experience with some basic molecular biology techniques is a plus (e.g. ELISA, Western Blots, protein assays, cloning, RNA and DNA
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general laboratory activities, including maintenance of reagents and stocking of supplies. Files and monitors documents. The RA I will be able to perform routine cellular, micro-and molecular biology
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is required. Understanding of general research objectives. Some experience with some basic molecular biology techniques is a plus (e.g. ELISA, Western Blots, protein assays, cloning, RNA and DNA
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of Professor David Rowitch, MD, PhD, the Rowitch Lab investigates overlapping mechanisms in glial developmental biology human diseases such as cerebral palsy, multiple sclerosis and brain cancer. Ready to
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, computational biology, data science, bioinformatics, biomedical informatics, biostatistics, engineering, or a related quantitative field is required. Experience and Skills: Competitive candidates will be
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closely with PI, providing technical and performing experiments at the intersection of immunology and cancer biology. The position is expected to be heavily involved into flow cytometry, cell sorting and
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performed. Education: Doctorate (MD, PhD, VMD, or DDS) in computer science, computational biology, data science, bioinformatics, biomedical informatics, biostatistics, engineering, or a related quantitative
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microglia culture, molecular biology, protein biochemistry, neuroanatomical tract tracing, histology, microscopy, and biobehavioral assessments in mouse models of CNS injury and degeneration. Are you ready to