37 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"UNIS" positions at City of Hope
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, FOLFOX-3B—all of which completed with numerous biomarker-driven projects pending). Participate in paper writing of multiple research projects. Data sets will be electronic. No biological samples will be
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on identifying methods to mitigate toxicities from cancer treatment, with the goal of improving long-term patient outcomes. As a successful candidate, you will: · Conduct protocol management of multiple
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are working on this may be the perfect opportunity: 1. Development of cell-free DNA (mutation and methylation), RNA, and exosomal-based liquid assays for early cancer detection, prognosis, and predictive
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that older adults with cancer face, and supportive care research. You will manage multiple research protocols to assure efficiency and regulatory compliance of the protocols. You will also attend clinic as
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Aggressive Mature B-Cell Lymphoma and Pediatric Hodgkin Lymphoma. You will manage an assigned set of multiple research protocols to assure efficiency and regulatory compliance of the protocol. You will be
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management of multiple research protocols. · Maintain current and accurate protocol documentation · Ensure participants are appropriately registered and maintain documentation of participant
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supported by multiple NIH award (R01, U54) and several other prestigious private awards. As a successful candidate, you will: Directly work on the following projects: 1) RNA modifications and RNA-binding
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tools to identify novel signaling pathways to develop new targets for drug discovery. Our research interests include: 1) Liver-gut and microbiota crosstalk as metabolic mediators in regulating both normal
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presentation, ability to work efficiently in a team and with collaborators · Experience in Single Cell Multi-omics techniques and multiple component analysis programs is an advantage · Previous
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metabolic syndrome · Utilize multiple cutting-edge technologies, including spatial transcriptomics and single nuclei multiomics, to dissect the molecular mechanisms of cardiomyopathy under diabetes