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antimicrobial resistance (AMR) and treat neglected diseases; Biocatalysis & integrated catalysis, encompassing enzyme discovery, characterisation & engineering for enzymatic synthesis. Merging chemo- and
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properties and characterize the involved enzymes, which will furthermore be engineered to produce natural product derivatives as potential lead compounds in cooperation with project partners focusing
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | 28 days ago
/Administrative Internal Number: 25584 RESEARCH SCIENTIST, HWANG LAB, Biology, to help lead and expand experimental efforts in enzyme discovery and biochemical characterization; develop and apply high-throughput
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Posting Description RESEARCH SCIENTIST, HWANG LAB, Biology, to help lead and expand experimental efforts in enzyme discovery and biochemical characterization; develop and apply high-throughput
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subsequently capitalize on these new functional amino acids to develop enzymes in proteins with new functions. This is a highly interdisciplinary project at the cutting edge of enzyme engineering research and
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on the characterisation of a specific enzyme activity present on chondrocyte-derived extracellular vesicles. The objective is to determine the contribution of EV-associated enzyme activity in cartilage formation in a
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tender for external recruitment of a Full Professor, in the area of Biochemistry, subfield of Biocatalysis, with an emphasis on Enzyme Engineering and Molecular Enzymology Reference 002/TI/PC/2026 1. In
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engineering of enzymes with new function and drive their application in sustainable manufacturing. We’re looking for researchers with a strong foundation in enzyme engineering, biocatalysis, protein expression
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primarily be in support of a project focused on genetic engineering of microbial strains (Agrobacterium). Research tasks will include DNA fragment amplification/colony screening using PCR, restriction enzyme
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) inspired by hydrogenase enzymes, with the objective of understanding and improving their HER catalytic performance under relevant conditions. The research will involve: Design and synthesis of bio-inspired