Andy Tran
@andy_tran323
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@EmoryChem PhD student with Professor Ackerman-Biegasiewicz | Formerly a @PrincetonChem student in the @MacMillan_Lab | Organic Chemist!
Joined June 2020
Harnessing Spectral Fingerprints to Predict Nickel Catalyst Performance #machinelearning #compchem
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Excited to showcase my first first-author paper deposited on chemarxiv this morning! We propose using fundamental physical catalyst properties as features for ML prediction of nickel catalyst performance. Thanks to all those involved in this project.
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Huge congratulations to the Ackerman-Biegasiewicz team on their work entitled "Harnessing Spectral Fingerprints to Predict Nickel Catalyst Performance"! LETS GO! https://t.co/JzusnnQlQ4
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Congratulations to Laura the Ackerman-Biegasiewicz team on the recent completion of a review covering the advancement of organic chemistry using high-throughput experimentation! Check it out! https://t.co/LGk98jnNSA
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We're incredibly proud to say that our review of Cross-Electrophile Coupling: Principles, Methods, and Applications in Synthesis is now online and open access at @ACSChemRev! Congrats to the team for this labor of love (and data!) https://t.co/x2Q8zOPdEM
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Our collaboration with excellent scientists in the Ackerman-Biegasiewicz group at @EmoryChem on Decarboxylative Cross-Coupling Enabled by Fe and Ni Metallaphotoredox Catalysis is now online @J_A_C_S! Congrats to all authors! https://t.co/ok1EzcJAO8
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This week we are joined by Dr. Duc Tran (Principal Scientist in Process R&D at J&J), who gives us an introduction to process chemistry!! Check out the latest installment in our Advanced Organic Chemistry course below. Thanks to Andy for editing!! Link: https://t.co/KN0Ke87eoU
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KFB Lab Alert: Our first exploration in biocatalytic N-halogenation is now available @angew_chem! Congratulations our N-halogenation team led by @ManiksharmaASR and @ZEPChem! https://t.co/hFzIINwIUR
KFB Lab Alert: Congratulations to @ManiksharmaASR, Zoe Patton, Carlie Shoemaker, and @jbacsa1 on completing our first work on biocatalytic nitrogen-halogen (N-X) bond formation (now on @ChemRxiv)! Lots more to come in this area soon! https://t.co/7629nFkb75
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Huge congratulations to the Ackerman-Biegasiewicz Lab and @weixgroup on their Decarboxylative Cross-Coupling Enabled by Fe and Ni Metallophotoredox Catalysis! Some really powerful technology right here! https://t.co/nkmONfKzIr
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In this paper, 3rd year graduate student 李春雨 (Chunyu Li) synthesized 25 natural products (!!) using a method of in silico library selection. Chunyu is a new type of student in our lab, having seamlessly blended calculation and synthesis. Take a look: https://t.co/XSuNOcSdQE
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Now online: News & Views on the Articles by @pengliu_group @yang2biocat Yunfang Yang @MarcGBQ @xiongyih
https://t.co/0HRt81Jhvg ($) https://t.co/Qq4zscvX1u ($) A radical development for enzymatic fluorination by @EJGChem & @KFBChem @EmoryChem
https://t.co/QZbdwjXKZ4 ($)
nature.com
Nature Synthesis - Development of fluorine rebound processes at an enzymatic Fe(III) centre are a challenge. Now, a plant-derived non-haem iron enzyme, 1-aminocyclopropane-1-carboxylic acid...
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Today we're joined by Dr. Johannes Lamhauge @JorgensenGroup @JLamhauge who shares his work on using asymmetric organocatalysis to build tropanes! Thanks to Andy Tran for hosting and editing! Link: https://t.co/JdXW45VN7f
@ChemEurJ 2023, 29, e202301830. https://t.co/FOOufy5pnI
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My first paper is out in JACS! Unintended byproduct of anxiety during the review process: at least I’ve made the habit of checking ASAPs before I sleep every night 😭. Thanks to Noah for being the greatest mentor ever!
Development of a General Organophosphorus Radical Trap: Deoxyphosphonylation of Alcohols | Journal of the American Chemical Society @Princeton @PrincetonChem @dmac68 @MacMillan_Lab @TotalSyntheses #Organophosphorus #Radical #Deoxyphosphonylation #Alcohol
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Out now in Science, my first co-first author paper! Proud to have worked so hard with this team. Photochemical logic was instrumental in accessing these unique polyhalogenated targets! https://t.co/o2FUm0JzWb
science.org
Sequential photocyclization reactions enable the synthesis of three skeletally distinct classes of marine alkaloids.
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Congratulations to the @MacMillan_Lab on their paper out today in @Nature: “Alkene dialkylation by triple radical sorting.” Well done Johnny, Will, and Dave! Story here: https://t.co/HVqNovXpsO
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Tune in this week as Jonas Rein and Soren Rozema share the story of their work on enantioselective aminoxyl radical catalysis, published in @ScienceMagazine! https://t.co/rFfvcacmq4 Ref: Science 2023, 380, 6646, 706–712. Thanks to Andy Tran for hosting!!
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Today Dr. Jayabrata Das joins us to share his work with @maiti_iitb on the synthesis of bicyclic lactones published a few months ago in Nature Chem!! Link: https://t.co/PBljXyJr1G Key paper: @NatureChem 2023, 15, 1626–1635. https://t.co/LkjRgMcFGH
nature.com
Nature Chemistry - Bicyclic lactones are valuable motifs for the synthesis of natural products and bioactive molecules. Now, a palladium-catalysed protocol has been developed to access unsaturated...
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When I started reading papers, I did so haphazardly. I would have bits of the story, but often missed the big reason why a project is worth reading about. Watching research spotlights greatly improved my ability to read literature. Super grateful to have found this resource.
"Should You Start a Chemistry Podcast?" Thanks to @danithechemist and @DrLCsquare for working on this piece to share our experiences from podcasting in chemistry with @PharmToTablePod and Synthesis Workshop! https://t.co/esUmUaJ1tz
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IT CONTINUES! Check out Talk #5 in our Advanced Organic Course on the topic of Reversible Reactions, given by @j_reisenbauer (PhD from @MorandiLab @ETH_en, SNSF Postdoctoral Fellow with @francesarnold @Caltech)!! Link: https://t.co/Vc5OuwI5Q7
IT'S FINALLY HERE! Starting October 28th, the Synthesis Workshop Advanced Organic Chemistry course will begin releases through our regular YouTube channel for FREE, thanks to the massive efforts of presenters from many researchers from academia and industry! Support by sharing!
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