DNA, the blueprint of life on Earth, is a polymer. Like all polymers, it is made of individual building blocks (monomers), but how are these monomers produced? The ribonucleotide reductase enzyme is vital to the process. In this recent publication, the authors do an in-depth theoretical study of one of the key steps, a proton-coupled electron transfer (PCET), using QM/MM simulations in Q-Chem. They also assess the vibronic and electronic nonadiabaticity, with conclusions that can help scientists better understand these PCET reactions. "Probing Nonadiabaticity of Proton-Coupled Electron Transfer in Ribonucleotide Reductase" J Zhong, AV Soudackov, S Hammes-Schiffer. https://lnkd.in/gSWGqaS4
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A comprehensive overview of game changing results with our MAS CryoProbe in various application fields! Check out the paper for more!
Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR. With sensitivity enhancements of 3-4 times over traditional room temperature probes, this cutting-edge technology is enabling faster spectral recordings, enhanced data quality, and the study of dilute and native samples. Our comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR", showcases collaborative efforts with leading researchers, revealing how the MAS CryoProbe is producing groundbreaking data across various scientific domains. Download the whitepaper now: https://lnkd.in/diSUPCrz #Bruker #NMR #NMRchat #SolidStateNMR
Free Whitepaper "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR"
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Theoretical analysis is presented for kinetics of enantioselective reactions on nanocatalysts, when the cross-section of the reacting molecules and the non-reacting modifiers is similar to the size of nanoclusters and only two or three molecules can be adsorbed on a cluster.
Kinetics of enantioselective heterogeneous nanocatalysis with limited cluster occupancy: Beyond the coverage concept
sciencedirect.com
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Vice President Academic Markets at Bruker BioSpin - President Bruker France - Board member Biovalley France and SATT conectus - Member of APM
Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR! 🎉 Check out the comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR" to learn more 👇 #Bruker #NMR #NMRchat
The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR
bruker.com
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Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR! 🎉 Check out the comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR" to learn more 👇 #Bruker #NMR #NMRchat
The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR
bruker.com
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Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR! 🎉 Check out the comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR" to learn more 👇 #Bruker #NMR #NMRchat
The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR
bruker.com
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Solid-state NMR has shown tremendous potential for battery research, revealing structural details and changes that influence performance. The MAS CryoProbe enhances sensitivity, allowing for detailed analysis of challenging nuclei like 47Ti and 49Ti, essential for advanced energy storage systems. With the help of the MAS CryoProbe, successful solid-state 49Ti/47Ti NMR experiments were conducted on Li4Ti5O12 (LTO) anode material. The MAS CryoProbe enabled the acquisition of detailed spectra in just a few hours, paving the way for more advanced studies. Learn more about these insights and other applications in our whitepaper "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR"! Download the whitepaper here: https://lnkd.in/d9PbvC5g #Bruker #NMR #NMRchat #SolidStateNMR
Material Science
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Our #ChemSciPicks for this week is from Kate Jesse and John Anderson at Los Alamos National Laboratory and the University of Chicago. "Leveraging Ligand-Based Proton and Electron Transfer for Aerobic Reactivity and Catalysis" Read for free with Diamond OA: https://lnkd.in/e3AgnaQF This perspective article is focusing on strategies in metal-ligand cooperativity for aerobic reactivity and catalysis. The manuscript covers the activation of molecular oxygen, the generation and stabilisation of reactive metal-oxygen intermediate and provides further insights into oxidative reactivity and catalysis.
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To my solids and DNP fellows: Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR! 🎉 Check out the comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR" to learn more 👇 Feel free to share it if you think it is useful for your network. #sharingiscaring #Bruker #NMR #NMRchat
The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR
bruker.com
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Bruker’s MAS CryoProbe is setting new benchmarks in the field of solid-state NMR! 🎉 Check out the comprehensive whitepaper, "The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR" to learn more 👇 #Bruker #NMR #NMRchat
The MAS CryoProbe - Exploring New Frontiers in Solid-State NMR
bruker.com
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Nearly a year after my defense, my last first author paper of my PhD is out now in JACS! We used palladium diselenide, a layered material with an unusual five-membered ring structure as a catalyst for the oxygen reduction reaction to hydrogen peroxide. This catalyst was exceptionally stable under during hydrogen peroxide electrosynthesis and computational insights suggested that the electrocatalysis at edges could be significantly different than at the basal planes. This paper is really a culmination of all the things I learned in grad school and I hope it's only the beginning of exploring how the morphology of palladium diselenide can influence electrocatalytic behavior. https://lnkd.in/gfjMBETb
Stable Pentagonal Layered Palladium Diselenide Enables Rapid Electrosynthesis of Hydrogen Peroxide
pubs.acs.org
