#esterases - Twitter Hashtag

Systems Biotechnology Group @SystemsBiotech

about 3 years ago

Our article about inhibitors to transform #esterases into enantioselective #catecholases was selected as @chemcom cover! Discover how to develop versatile #biomimetic catalysts through #bioconjugation ➡️https://t.co/tU3JYtTvqG Thank you to Julia Sanz and Design_Cells!

SystemsBiotech's tweet photo. Our article about inhibitors to transform #esterases into enantioselective #catecholases was selected as @chemcom cover! Discover how to develop versatile #biomimetic catalysts through #bioconjugation ➡️https://t.co/tU3JYtTvqG Thank you to Julia Sanz and Design_Cells! https://t.co/BCkFrfO0Qx

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JCIM & JCTC Journals @JCIM_JCTC

over 5 years ago

Promiscuous #Esterases Counterintuitively Are Less #Flexible than Specific Ones https://t.co/I9Mh3YYC81 #current_issue #Computational_Biochemistry

JCIM_JCTC's tweet photo. Promiscuous #Esterases Counterintuitively Are Less #Flexible than Specific Ones
https://t.co/I9Mh3YYC81
#current_issue #Computational_Biochemistry https://t.co/mdPi8veaOP

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Insights in Enzyme Research @enzymeresearch3

about 8 years ago

"Properties Of Two Novel #Esterases Identified From Culture Supernatant Of #Penicillium #Purpurogenum Grown On Sugar Beet Pulp" To read 📑 https://t.co/2H0fOuWVi0 Insights in #Enzyme #Research IMEDPUB

enzymeresearch3's tweet photo. "Properties Of Two Novel #Esterases Identified From Culture Supernatant Of #Penicillium #Purpurogenum Grown On Sugar Beet Pulp" To read 📑 https://t.co/2H0fOuWVi0

Insights in #Enzyme #Research
IMEDPUB https://t.co/h5IkQqXRYa

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Catalysts MDPI @Catalysts_MDPI

almost 9 years ago

#Catalysts Relationships between Substrate Promiscuity and #Chiral Selectivity of #Esterases from Phylogenetically and Environmentally Diverse Microorganisms. Check it out: https://t.co/ju0CScUjD7