"A mechanistic view of enzyme evolution" https://t.co/z2qunfuCYd @ubcmsl #TokurikiLab #enzymeevolution

Breaking news from the plant kingdom! The mystery behind Apiaceae FNS I is solved. Learn how this unique enzyme lineage evolved through gene duplication and neofunctionalization: https://t.co/0K1wQzGWU0 #PlantScience #EnzymeEvolution

At SeSaM-Biotech we focus on protein engineering, especially mutagenesis, assay development and applications. My PhD project revolves around improving key enzymes for our mutagenesis method 👩‍🔬. Check our logo drawn with E. coli 🤩 #MCSA #PAcMEN #SeSaMBiotech #EnzymeEvolution

Molt contents de formar part de les 16 empreses seleccionades per formar part del mapa #ExponentialDay3 Felicitats a la resta d'empreses @accio_cat #PluriZymes #enzyme #enzymeevolution #greenchemistry #wastemanagement #biomassrecovery

We present a general strategy to introduce photocatalytic activity into existing enzymes by #proteindesign and #enzymeevolution of photosensitizer binding sites. Our created enzyme had photovoltaic activity and generated more electricity than the photosensitizer alone.⚡️🔋 🧵2/4

Fantastic way to end the day by a nobel lecture @francesarnold #enzymeevolution #BPS2022🚨👇

Now @kamerlinlab speaking at #EMBOenzymes - protein dynamics, #Evolution and #enzymes, what not to like? #enzymeevolution

New papers by SFI researchers studying tissue energy oversupply and #cancerRisk, #nowcasting #earthquakes and #tsunamis, #entropy, #enzymeEvolution, species interaction in #ecologicalNetworks, modeling #evolution and more. Find them here: https://t.co/4uDUdhNpEI

With this brilliantly designed glucose oxidase(GOX)-horseradish peroxidase cascade reaction, we can visualize the activity of GOx with the solution turning green in a few minutes 🤩👩‍🔬. #EnzymeEvolution #PAcMEN #SeSaMBiotech #MSCA Details here 👉 https://t.co/kfVPS2xUbQ

Find out how enzyme promiscuity, prior to a mutational event, contributes to phenotype emergence: 'Promiscuous activity of 3-isopropylmalate #dehydrogenase affords #Escherichia coli growth on D-malate' → https://t.co/sggV4CfWCY #Enzymeevolution #Molecularevolution #enzymeactivity

Now in Early View: Implications of divergence of methionine adenosyltransferase in archaea. Read it here ➡️ https://t.co/JpQUlTyQMV #Archaea #MethionineAdenosyltransferase #EnzymeEvolution

Visit us at booth 224 at #synbiobeta2019. Don’t miss our presentation on #SyntheticBiology workflow solutions Thurs. Oct. 3 at 11:10 am on the main stage by Nilshad Salim PhD. #biotech #DNA #synbio #CRISPR #EnzymeEvolution #PhageDisplay #ProteinExpression

A kinetic analysis of GPDH highlights the important catalytic advantages obtained by an enzyme that undergoes substrate driven induced-fit conformational changes. From Cristobal, Hegazy and Richard @UBChemistry https://t.co/2RrQ5pvWlw #hydridetransfer #enzymeevolution

❄️ Enzymes evolved for the cold—thanks to mutations far from the active site. New research reveals how life adapted as Earth cooled. https://t.co/FCVzGSneua #EnzymeEvolution #MolecularBiology

Very happy to be part of the 16 companies selected to be part of the #ExponentialDay3 map Congratulations to the other companies @accio_cat #PluriZymes #enzyme #enzymeevolution #greenchemistry #wastemanagement #biomassrecovery

Free, live online and open to the public: Nobel Laureate @francesarnold on 9/15. Registration required; link is in story. #WomeninSTEM #enzymeevolution https://t.co/ACaCxjcdSd

Here’s a sneak peek at our presentation tomorrow at #Synbiobeta2019, main stage, 11:10 am. Learn more about the QPix #ColonyPickers https://t.co/gZUCDalOxi #biotech #DNA #synbio #CRISPR #EnzymeEvolution #PhageDisplay #ProteinExpression

#Natural evolution of enzymes has existed since the emergence of life on Earth.” @NobelPrize https://t.co/tzTT8oKyVV https://t.co/rCqgsZ1vsg

Featured #ACSEditorsChoice today, Uwe T. Bornscheuer @uni_greifswald & co-workers' discovery that two promiscuous activities can be present in one naturally occurring protein scaffold! #openaccess #biocatalysis #enzymeevolution https://t.co/znSyh2C0X8

Apiaceae FNS I: A captivating tale of gene duplication and neofunctionalization! Explore the evolutionary history of this specialized enzyme lineage and its independence from other plant species. Read more: https://t.co/VxJYJOtt6h #EnzymeEvolution #PlantSpecialization