Our new paper in @NatureChemistry expands what chemistry living cells can perform, using engineered enzymes for unnatural biosynthesis to generate and transfer nitrenes, producing previously inaccessible nitrogenous compounds. Check it out: nature.com/articles/s4155β¦
Keasling Lab π³οΈβππ³οΈββ§οΈ
@Keasling_Lab
Twitter account for the lab of UC Berkeley Professor @JayKeasling at @JBEI. Tweets by lab members π§¬
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We're thrilled to share our new manuscript in @NatureBiotech, led by former postdoc Zilong Wang! We engineered #PolyketideSynthases to produce renewable monomers for plastics with programmable properties, enabling materials-by-design for a circular and sustainable future. 1/2
Check out our latest research in @J_A_C_S from postdoctoral fellows Dr. @PeterWinegar and Dr. Graham Hudson, where they built a versatile synthetic method to diversify saponins! [1/2] doi.org/10.1021/jacs.6β¦
#Biocatalysis #SyntheticBiology #NaturalProducts #ChemBio #Glycoscience
#Biocatalysis #SyntheticBiology #NaturalProducts #ChemBio #Glycoscience
Excited to share our latest publication in @NatureComms! We developed a PKS-based platform for the controlled biosynthesis of high-energy fuel molecules with tunable cyclopropanation patterns. Congratulations to Dr. Kevin Yin for leading this work!
nature.com/articles/s4146β¦
nature.com/articles/s4146β¦
Happy to share our new paper out in #MetabolicEngineering! We developed a strategy to tie redox activity to the growth rate of E. coli. Growth coupling enables enrichment of high-activity variants from large mutagenesis libraries for protein engineering. sciencedirect.com/science/articlβ¦