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data generated through the project. Build mathematical models of engineered gene and enzyme circuits and integrate these into broader metabolic modelling frameworks. Analyse metabolomics and other
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are crucial for all cellular functions. More information can be found at the project website: www.hubmol.eu Subproject 7 with employment at Eisbach Bio Munich, Germany https://www.eisbach.bio/ EISBACH BIO GmbH
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Glimpse of the Job The Postdoctoral Research Associate will conduct research in the area of radical SAM enzyme biochemistry and hydrogenase maturation. The selected candidate will employ protein
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unique combination: deep expertise in molecular and computational biochemistry (Moghe Lab; https://www.moghelab.org ) paired with field-tested ecological and evolutionary chemistry (Agrawal Lab; https
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selection of technologically useful microbial enzymes (including extremophiles) using efficient methods and omics techniques; molecular identification of microorganisms producing enzymes and valuable
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, fluorescence microscopy, and molecular biology (RNA/protein extraction, RT-PCR, enzyme-linked immune-sorbent assay (ELISA), western blotting) Knowledge, Skills and Abilities: · Strong written and oral
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incorporation. Ability to isolate and purify various enzymes, perform standard enzymatic reaction, extract and quantify various lipid compounds Experience reporting on the progress and direction of individual
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and evaluation of pathogen-selective, enzyme-activated carrier chemistry and will work closely with computational collaborators and other team members on iterative design-synthesize-test workflows
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blot analysis, polarography, enzyme assay, and Enzyme-Linked Immunosorbent Assay. The individual will be able to implement the quantitative analytical methods listed and efficiently develop skills
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Cancer Center, the lab works at the interface of chemistry and biology to uncover how protein post-translational modifications (PTMs) and their associated enzymes regulate disease-relevant cell signaling