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to biocatalysis, including but not limited to bio-organic synthesis, natural products biosynthetic enzymes, artificial enzymes, mechanism-based or nature-inspired enzyme engineering, genetic code expansion and
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genetically engineered murine models and in vivo drug efficacy testing using patient derived xenograft models
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University. Our research focuses on using the latest genetics and genomics technologies to understand neurological diseases, especially Parkinson’s disease. We are also interested in the functional follow-up
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of prior research experience or laboratory training. Prior knowledge in yeast genetics, biochemistry, and cell biology is preferred. Experience in yeast cell biology, protein purification, molecular biology
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procedures Qualifications Qualifications/Experience: Minimum of PhD in biomedical field– strong preference for candidates with a genetic and genomic background Post-doctoral training of minimum 3 years
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field of cell biology, biochemistry, C. elegans genetics or other life sciences. The incumbent should have at least 1 year of previous research experience or laboratory training, including experience in
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-based or nature-inspired enzyme engineering, genetic code expansion and unnatural amino acids, directed or continuous evolution, computational design and deep learning, genetic or biochemical screens
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-intrinsic mechanism and extracellular factors that hasten muscle function and mass during aging. We utilize genetically modified mouse models and to pinpoint the crucial effectors of muscle growth signaling
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, they will investigate novel circuitry between the olfactory amygdala and the nucleus accumbens in mediating reward and motivation, using a variety of tools including opto/chemo genetics, whole cell patch
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Job Description The Division of Renal Immunology & Genetics (IMM-RIG) at the Department of Paediatrics, Yong Loo Lin School of Medicine, NUS is looking for highly motivated and enthusiastic