Top Tweets for #LPMOs
After analyzing 72 structures of NcAA9D, it was found that X-rays progressively reduce the active-site copper from Cu(II) to Cu(I), forming an electron-density feature that is easy to misinterpret #RadiationDamage #LPMOs #DioxygenBinding https://t.co/QJubwEGhkT
Impact of N-Terminal Histidine Methylation on Histidine-Brace Copper(II) Peptide Models of LPMOs | Inorganic Chemistry https://t.co/IrQq3jYWQL Iranzo, Orio, Simaan, and co-workers @InorgChem #copper #peptide #LPMOs #histidine #methylation
Excited to share that I recently attended the 4th LPMO Symposium (Lytic Polysaccharide Monooxygenase) in York (England), where I had the opportunity to present my research poster! Special thanks to my supervisors @SAVJannuzzi and Prof. Dr. Serena DeBeer. #LPMOs #compchem
Investigating the Substrate Oxidation Mechanism in Lytic Polysaccharide Monooxygenase: H2O2- versus O2-Activation | Inorganic Chemistry https://t.co/WfaFPKwQhx Hedegård and co-workers @InorgChem #copper #LPMOs #AA #H2O2 #superoxide #LsAA9 #QM_MM
LPMO 🧬 expertise in @BiologyatYork 🌱 + @ChemistryatYork 🧪 (@fedesabba83 + Prof Alison Parkin + @ProfG101 + @paulhwalton + co). 4th LPMO Symposium 14-15th November. More info + registration here ➡️ https://t.co/ZHRMvtByVD… #lpmos #enzymes #polysaccharides #Biology #York
🚀Exciting news!🚀 The 4th LPMO Symposium is coming to York on Nov 14-15 2024! Registration is now open. Save your spot now! Join us for groundbreaking insight and innovation on lytic polysaccharide monooxygenases. Please spread the word!
👇👇👇
https://t.co/CKGX6uiedw
Vincent Eijsink kicked off the afternoon with an intriguing presentation on #LPMOs! He dove into LPMO catalysis, their remarkable functional diversity, fueling factors, and recent mechanistic insights (1/5) #CBM15 @EijsinkLab
Review ✳ The #histidine brace: nature's copper alternative to haem?
🖊Paul Walton, Gideon Davies, Daniel Diaz, & João Franco-Cairo @ChemistryatYork
➡https://t.co/5aeYFEHHBB
#metalloproteins #metalloenzymes #LPMOs
Determination of the protonation states of the copper(II)-coordinating residues and second-shell residues in LsAA9_A paves the way for future neutron crystallographic studies of LPMO–carbohydrate complexes. #LPMOs #Metalloenzymes #Copper https://t.co/309iPAL3dx
Decoding the Ambiguous Electron Paramagnetic Resonance Signals in the Lytic Polysaccharide Monooxygenase from Photorhabdus luminescens https://t.co/0BZ7YsJri4 Pantazis, Orio, and co-workers @InorgChem #copper #LPMOs #monooxygenase #EPR #quantum_chemical #pH
Enjoyed very much the #PhD viva with Jessie Branch today @AstburyCentre @GlynHem discussing #LPMOs and novel c-type #cytochromes
Read more 👇
C-type cytochrome-initiated reduction of bacterial lytic polysaccharide monooxygenases. https://t.co/UUosl4JSEf
📢Read our recent publication #mdpiapplsci
#Exploitation of #Enzymes for the #Production of #Biofuels: #Electrochemical Determination of #Kinetic Parameters of #LPMOs
by Dimitrios Zouraris et al.
https://t.co/NbGAcDGLbR
#FourierTransformacVoltammetry #cyclicvoltammetry
My first author paper is now available online @ACSSynBio, featuring LyGo: a platform for rapid screening of #LPMOs. @Falkenbeer @norholm_m @rennig_m, Andreas, @IpsenRskov, Søren, Kajta, @DanielD60849019 @HOPE_NNF @MSBgroup_CfB
https://t.co/Rnydh27bQA
🚨Make sure to check out the latest publication from our researchers @Falkenbeer @norholm_m @IpsenRskov!! 🎉🥳👏They present their new platform "LyGo" which enables screening of #LPMOs. Developments like these are essential for the characterization of these mysterious #enzymes.
Tomorrow!! 26th February 12.00 GMT Online Seminar Series – Inorganic Biochemistry Discussion Group – IBDG Prof. Paul Walton talking about #LPMOs...still time to register!! https://t.co/JLlye3PFoK
Please RT! I have a fully funded😊 Masters by Dissertation project @Uni_of_Essex to work on #LPMOs. If you like #copper and #enzymology and want to create next generation #biocatalysts to test in industry with WeissBioTech @BRAINbiotech then please apply https://t.co/No218nG0G0
Paper: Tracking enzymatic #deconstruction of plant cell walls reveals contrasted #recalcitrance levels in #plant tissues & boosting effect of #LPMOs, coll. #FARE #BBF @Inra_France @universitereims @univamu @synchroSOLEIL @DiscoBeamline #SMIS beamline https://t.co/xPuwoq9tYb
Learning from microbial strategies for polysaccharide degradation - Glyn R. Hemsworth #LPMOs
https://t.co/jHtN8iCGVH
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