Chey Jones, Ph.D.
@CheyMJones
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Professional Model(er) @ Merck | Stanford University, Ph.D. | Temple University, B.S.
Rahway, NJ
Joined March 2020
Hot off the press 🔥: “Emergence of a distinct mechanism of C-N bond formation in photoenzymes” Check out @Nature to see the exciting results of a collaboration with the @HysterLab , where we report a unique mechanism for stereoselective hydroaminations
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RT @HysterLab: In case you missed it, this work is now available to read in its fully-formatted form!
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Special shout out to @felix_raps and @arivassouchet , whose experiments and discussions paved the way for the computational modeling and molecular dynamics simulations used to investigate this interesting mechanism!
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RT @NobelPrize: BREAKING NEWS The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Chemistry with one half to…
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RT @NobelPrize: The 2024 #NobelPrize laureates in chemistry Demis Hassabis and John Jumper have successfully utilised artificial intelligen…
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RT @EnzymeChemistry: Emergence of a distinct mechanism of C–N bond formation in #photoenzymes by Felix C. Raps @felix_raps, Ariadna Rivas-S…
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RT @felix_raps: Very happy to share this work on stereoselective hydroaminations by photoenzymes! Big shout out to Ari @arivassouchet who d…
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RT @HysterLab: A BVMO-catalyzed radical hydroamination with a truly unexpected mechanism, out today ahead-of-print in Nature! Led by postdo…
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Congratulations to the newest #Merck Underrepresented Chemists of Color Cohort! It is such a pleasure to meet and mentor these outstanding scientists each year, and I’m looking forward to another great year in 2024!
🎉 Congratulations to the winners of the 2024 Merck Underrepresented Chemists of Color Research Award! 🥇👏 Get ready for a great year of mentorship and networking with @Merck chemists! 🌟#MerckChemistry
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RT @2207srijit: Critical Evaluation of Polarizable and Nonpolarizable Force Fields for Proteins Using Experimentally Derived Nitrile Electr…
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RT @ListNanna: Please RT! We are looking to hire a #PhD student (four years, fully funded) at @KTHuniversity to work on theory/simulations…
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RT @mtzlab: Check out our recent @CommsChem work by @ListNanna and @CheyMJones on controlling the excited-state GFP reactivity ⏬ ⏬ ⏬
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Interested in controlling the excited-state reactivity/selectivity of chromophores via electronic tuning? Check out our (@ListNanna , @toddjmartinez) @CommsChem paper where we use QM to reveal how P-ring engineering can impact GFP photoisomerization yields
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RT @ListNanna: Please RT - we're looking to hire a #postdoc at @KTHuniversity to work on simulation of photoactive proteins as part of an e…
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RT @fryania: Engineering Hydroxylase Activity, Selectivity, and Stability for a Scalable Concise Synthesis of a Key Intermediate to Belzuti…
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RT @KirshJacob: Happy to share our newest preprint, testing MD electric fields against experimental values: Comprehensive analysis of nitr…
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RT @mtzlab: Check our new paper in @NatureComms by @CheyMJones and @arwalker_on_gpu on GFP engineering in collaboration with Boxer Lab @S…
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Hot off the press: More GFP engineering! Check out our latest article in @NatureComms to see how we (Yasmin Shamsudin , @arwalker_on_gpu , @toddjmartinez , Boxer Lab at Stanford) used QM/MM and MD simulations to engineer a more efficient split GFP!
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RT @mtzlab: Stanford Theoretical Chemistry Virtual Preview Day is Monday, October 30th!!! We especially encourage students belonging to gro…
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RT @ListNanna: Excited that our collaboration with Thomas A. Wolf, Elio G. Champenois and @mtzlab is now out. Phys. Rev. Lett. 131, 143001…
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