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, with a focus on protein engineering. Practical experience in molecular biology and in vitro directed evolution, for example yeast or ribosome display. Practical experience in deep sequencing and the
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was traditionally considered to be confined to the nucleus and cytoplasm, recent studies have revealed that a subset of RNAs is glycosylated and displayed on the cell surface (cell surface glycoRNAs) (Cell, 2021
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techniques such as cloning, PCR, mutagenesis, DNA extraction, gel electrophoresis 4. Knowledge of protein/antibody discovery and optimization using in vitro display (such as phage or yeast) technology 5
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of actin-based motility in the intracellular bacterial pathogens Shigella and Listeria. These pathogens use the surface proteins IcsA and ActA to recruit host actin-regulatory factors and generate actin
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screening studies enabled the selection of four novel 1,3,4-thiadiazole derivatives that display anticancer activity against GBM cells and are relatively less toxic towards human astrocytes. Particular GBM
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deisred. Recent recipients of a PhD and/or MD are highly encouraged to apply. Experience in molecular biology, cell biology, protein biochemistry, and/or animal research is strongly desirable. Excellent
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(B): Experience in protein engineering/ directed evolution, biocatalysis and/or enzymology. Area (C ): organic chemistry, catalysis, methodology development. The ideal candidates should have a PhD
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
, CAR-T therapies, computational protein modeling and design, directed evolution (Yeast display, phage display) is preferred. Special Physical/Mental Requirements Special Instructions For information