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addition to tracking key performance Indicators. Other responsibilities include following up with researchers and administrators on annual compliance renewals, grant application processing, audit-requested items and
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studies to understand the development of radiation resistance of ovarian cancer CSLC using patent-derived explant cell cultures, tumorspheres, and murine model of ovarian cancer developed in anchor research
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University of Tennessee Health Science Center | Memphis, Tennessee | United States | about 14 hours ago
Cancer Radiation Biology Research- Assistant/Associate/Full Professor - 24000001BH Description Radiation Resistance of Cancer Stem-like Cell Research Assistant/Associate/Full Professor This position
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University of Tennessee Health Science Center | Memphis, Tennessee | United States | about 14 hours ago
of radiation resistance of ovarian cancer CSLC using patent-derived explant cell cultures, tumorspheres, and murine model of ovarian cancer developed in anchor research laboratories at UTHSC. Design and conduct
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proven portfolio of research experience within the following research fields: Optimal expansion planning and operation of integrated electricity and hydrogen/natural gas systems Co-simulation of energy
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details and apply Overview About the Role We are seeking an outstanding and highly motivated Research Assistant to contribute to an ongoing MRC-funded research project involving ES cell culture and CRISPR
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and analyses is paramount to scientific success. While single cell transcriptomics is a prominent data type, the postholder will be encouraged to explore new technologies and platforms of value
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. Work Hours STANDARD 8-5 Description of End Date This is an off dated position funded for one year from the date of hire with possible extension contingent upon funding renewal. Website http
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, Career Services, Access ASU and others. ASU Statement Arizona State University is a new model for American higher education, an unprecedented combination of academic excellence, entrepreneurial energy and
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principles and technologies inspired by the properties of biological systems. Current areas of research and teaching emphasis include biomedical devices, biomechanics, medical imaging and diagnostics and cell