22 Humanities research jobs at University of Texas MD Anderson Cancer Center in us in United States
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models and processing of same for flow cytometric and in vitro assays. Entry/capture into database Isolate primary human NK cells, transduce them Culture and maintain primary human cells and cell lines
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experiments involving animals and animal or human tissues, in accord with appropriate institutional and regulatory guidelines. -Will have knowledge of safety concerns when working with animal/human tissues
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research focuses on fundamental mechanistic discoveries and their translation to humans. As a basic science department at MD Anderson, the department strives to enhance basic research excellence by
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The Jihye Yun Lab at UT MD Anderson Cancer Center (Genetics Department) focuses on unraveling the relationship between diet, metabolism, microbiome, and cancer, with an emphasis on discovering novel
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both face-to-face and over the telephone is required. A willingness to cooperate with other staff, students, fellows and visitors is essential. Computer literacy (other than above): Needs to be capable
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to utilize animal models of human cancer together with state-of-the-art next-generation sequencing techniques of primary patient samples to further understand the mechanisms of disease progression and drug
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aspects of client interaction, supporting iLabs usage. • Uses knowledge of various analysis software to assist client with data analysis and interpretation • Must be prepared to work with human blood, blood
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for the initial training for protocols required training such as CORe, human subjects protection, GCP, consenting, BIMS, and handling & shipping of samples. Required Education: Bachelor's degree, major course work
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: • Routine cell culture of human lymphocytes and immortalized cell lines • Flow cytometry • DNA and protein extractions, PCR, molecular cloning, gel electrophoresis • Lentiviral production, titration, and
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and eager to be at the forefront of cutting-edge translational cancer research. We aim to utilize animal models of human cancer together with state-of-the-art next-generation sequencing techniques