Thermo Fisher Scientific continues to play a major role in the advancement of #cryoEM. Learn about the history and impact of this #ElectronMicroscopy technique, from fundamental research to #DrugDiscovery: https://ter.li/sni9lv
Accelerating Microscopy’s Post
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My first paper on studying electrochemical dissolution/deposition using Grand-Canonical DFT has been published on Chemical Science Journal! We discover atomic scale charge interaction as one of the key factors that govern the atomistic ion-transfer barrier. https://lnkd.in/gQY2nr9f I am so grateful to have this paper published on Chemical Science. Working on this was not easy - from starting everything remotely during COVID times all the way to publishing process. Yang Zhao and I must admit that this was clearly not a ride that we sailed through, but we have gone through this together and have made it. Surely all this would have not be possible with the help of my advisor Martin Head-Gordon and Shannon Boettcher. To anyone interested in electrochemical ion-transfer reactions and durability of relevant applications, we hope you find this work insightful! :) #MyFirstChemSci
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Here we developed a New Method of Graphene Oxide Film formation at the Air/Water Interface. One of my Innovative Works at #ArgonneNationalLaboratory #GrapheneOxide #Interface #Graphene #SFG #Synchrotron #Separation
The best way to avoid substrate effects is to do measurements directly at the air/water interface. Raju Kumal, PhD and Amanda J. Carr, PhD describe a simple method to prepare thin #grapheneoxide films at this interface. Now published in RSC Advances. https://lnkd.in/gNACkQcV
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Clarity meets precision in every measurement! Elevate your experiments with our crystal-clear volumetric flasks – the essential choice for accurate solutions in the world of science. 🧪✨ #LabPerfection #ScientificPrecision"
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Clarity meets precision in every measurement! Elevate your experiments with our crystal-clear volumetric flasks – the essential choice for accurate solutions in the world of science. 🧪✨ #LabPerfection #ScientificPrecision"
Clarity meets precision in every measurement! Elevate your experiments with our crystal-clear volumetric flasks – the essential choice for accurate solutions in the world of science. 🧪✨ #LabPerfection #ScientificPrecision"
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Learn how combining the power of Thermo Scientific FIB-SEMs and TEMs can help you explore the nano-universe. https://lnkd.in/eYb7eCWx
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Embark on a Journey of Knowledge! Explore the fascinating realm of bio-fluorescent particle counting with Cherwell. Uncover insights into this advanced technique and how it enhances the precision of particle counting in critical environments. #Cherwell #ParticleCounting #Knowledge https://bit.ly/41mQg7l
Cherwell Delivering Knowledge
cherwell-labs.co.uk
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Post Doctoral Researcher at GE Aerospace | Doctorate from IISER Pune | Material Science, Renewable Energy, Photocatalysis, Nanomaterials
Can we mimic nature to continuously produce useful chemicals under sunlight? Check out our article in @ACSCatalysis, where we have developed an artificial photosynthetic system coupling the efficient InP QD photocatalyzed nicotinamide cofactor regeneration with the function of oxidoreductase enzymes! Effective shuttling of the cofactor between light and dark cycle was found to be the key! With this, one more chapter of my PhD thesis is now published! A special thanks to Sir Dr. Pramod P. Pillai, my friends Vanshika Jain and Roy Pradyut for all the effort, help, support and time. Have a read: surl.li/srahp
Photocatalytic Regeneration of Reactive Cofactors with InP Quantum Dots for the Continuous Chemical Synthesis
pubs.acs.org
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Senior Director of Business Development at Emmes | Developing and Building our Vaccine trials market, life sciences, vaccine development and drug discovery
In this study, researchers used Thermo Fisher Scientific's #cryoEM workflow to analyze the structure and regulatory mechanism of mTOR complexes. Learn how this could advance #CancerResearch and #DrugDiscovery: https://ter.li/dkcfk7 .
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supporting Bioscience Researchers with state of the art Cryo Electron Microscopy
In this study, researchers used Thermo Fisher Scientific's #cryoEM workflow to analyze the structure and regulatory mechanism of mTOR complexes. Learn how this could advance #CancerResearch and #DrugDiscovery: https://ter.li/dkcfk7 .
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The deadline for the Special Issue for Thermo MDPI titled "Porous Media to Improve the Thermal Performance of Phase Change Materials" co-edited with Johan Jacquemin is approaching, so please don't miss it! We invite you to submit your scientific contributions there!
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