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), Molecular & Cell Biology - 68631 About Berkeley At the University of California, Berkeley, we are committed to creating a community that fosters equity of experience and opportunity, and ensures
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(9613C), Molecular & Cell Biology - 67163 About Berkeley At the University of California, Berkeley, we are committed to creating a community that fosters equity of experience and opportunity, and ensures
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, the mitochondria, by using an ultra-sensitive electrochemical nano-imaging technique. Mitochondria are the "energy powerhouses” of living cells, synthesizing the chemical bioenergy fuel, ATP, under coupling with
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cancer. More specifically, our interests include: understanding the molecular mechanisms dictating responses to chemotherapeutics that target DNA damage, decoding how cancer cells deal with challenges
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interaction with matter to reach the conditions for effective non-thermal fusion burn of boron fuels exposed to laser-accelerated intense proton beams. Primarily, the tasks are to be done by means of analytical
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for the environment and nature. Since its founding in 1868, Berkeley has fueled a perpetual renaissance, generating unparalleled intellectual, economic and social value in California, the United States and the
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will work as part of a small research team (comprising 2 to 3 individuals) to functionally interrogate epigenetic and chromatin regulatory proteins that activate key cancer-fueling pathways in hormone
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the supervisor regarding any minor problems or safety hazards. Maintain interior cleanliness of vehicle assigned for shift; maintain exterior cleanliness as needed. Fuel transit vehicles, following applicable
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nanodevices, reactive battery (or fuel cell) electrodes under cycling, thin-films nucleation and growth during CVD, ALD, PVD depositions, observing chemical or plasma etching processes, etc. under realistic
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Disease. Cell Stem Cell. 2015 Jun;16(6):613–25. Appelbaum, F.R., 2006. Age and acute myeloid leukemia. Blood, 107(9), pp.3481–3485. Creutzig, U. et al., 2008. Significance of age in acute myeloid leukemia