Molecularly engineered/bioengineered

Lee, E.Y. and Shuler, M.L. (2007) Molecular engineering of epoxide hydrolase and its application to asymmetric and enantioconvergent hydrolysis. Biotechnology and Bioengineering, 98, 318-327. 

Biology engineering bioengineering medicine genetic engineering molecular biology. 

Chemistry chemical engineering bioengineering physics physical chemistry organic chemistry biochemistry molecular biology electrochemistry analytical chemistry photochemistry atmospheric chemistry agricultural chemistry industrial ecology toxicology. 

Implantable materials include molecularly engineered or bioengineered textiles that react with biological media and are aimed at assisting in tissue healing and repairing... 

Once isolated, the natural H2 producers can be optimized by conventional mutagenesis, and they should be studied so that we can understand those features that make them the best H2 producers. This characterization would involve the analysis of metabolic fluxes (Stephanopoulos and Sinskey 1993 Schuster et al. 1999) and molecular genetics. It would result in new, previously unknown adaptations necessary for improved H2 production, and could provide information on the most important mutations that are required to obtain excellent H2 producers. Information obtained from these experiments should be used in genetic engineering approaches for optimizing H2 producers. Moreover, excellent H2 producers should be used in bioengineering approaches. 

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