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the human genome and transcriptome using nucleic acid-modifying enzymes, as well as developing peptide-based therapeutics. We discover, characterize, and engineer CRISPR-derived gene-editing agents and other
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enzyme activity assays, DNA/RNA-binding affinity measurement, surface plasmon resonance, etc. Lead substantial experimental planning and scheduling across interconnected studies. Anticipate technical and
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campaigns, including refrigerated storage and handling of soil cores for incubations. Support in biological analyses: soil enzyme activities (C, N, P, S cycles), microbial biomass and metabolic quotient
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and optimise modular, multi‑enzyme pathways in cell‑free systems. Working at the interface of molecular biology, biochemistry and systems engineering, you will combine experimental work with statistical
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description: Methionine oxidation is an enigmatic, stereo specific posttranslational modification of proteins that is traditionally thought to be a result of oxidative damage. Cells express enzymes that act as
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Laboratory (https://alumkal.lab.medicine.umich.edu/) at the U of M Division of Heme-Onc and the Rogel An exciting opportunity has been created for an experienced researcher to join the Alumkal Laboratory
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an analytical laboratory (e.g. performing enzyme assays, chromatography, water quality analyses) An interest in learning new techniques Good analytical skills and communication abilities in English As a formal
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therapy, injections and blood draws, enzymes and iron infusions, and antibiotics. The centers collectively consist of over 100 chairs/beds and treatments include research and standard of care infusions
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 22 days ago
avenues of treatment for children and adults with MPS, a group of ultra rare genetic disorders, including clinical trials to test new forms of intravenous enzyme replacement therapy as well as alternative
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expressed. The location of DNA damage also influences its repair. This position will examine the effect of ablating DNA repair enzymes on other DNA repair pathways that might act to compensate for the loss