Alison Narayan
@AlisonNarayanUM
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Mary Sue Coleman Collegiate Professor & Director of the Program in Chemical Biology @umich working with @NarayanLab editing @ACSCentSci #biocatalysis she/her
Joined February 2020
So lucky to have done my PhD with the best co-workers at the best school🟡🔵 huge shoutout to @NarayanLab, my whole family, friends, and past educators that were able to tune in! Can’t wait to join @WickensGroup for the next step in this amazing journey! GO BLUE 🥳✊🏼
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Very cool to have our work on using Enzymatic Halide Recycling for intermolecular heterocycle synthesis highlighted in Synfacts @thiemechemistry! https://t.co/g9hii5Z9SZ
KFB Lab Alert: Enzymatic Halide Recycling for intermolecular bond formation is now online @J_A_C_S! Congratulations to @ManiksharmaASR, @PascoeCam, Stacey Jones, and @Sophie_in_STEM! And huge thank you to @The_Davis_Lab for an awesome collaboration! https://t.co/X6zy4vuL6a
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Check this out! Thanks @cenmag for highlighting our work between the @NarayanLab and @gabepgomes labs! 🎉 https://t.co/ipsgiIjQfr
cen.acs.org
Machine learning model Catnip helps chemists find biocatalysts to try in synthesis
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KFB Lab Alert: Our latest work applying enzymatic halide recycling to thioketal cleavage is now available @ChemRxiv! Congratulations to @ManiksharmaASR and Yue Li on this work! https://t.co/RUIRpPXMkB
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Calling everyone interested in learning biocatalysis! Come to the Narayan lab to learn the biocat basics. Please apply here - https://t.co/U9YRcCyK0E
#Biocat #GoBlue
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A [FeFe] Hydrogenase–Rubrerythrin Chimeric Enzyme Functions to Couple H2 Oxidation to Reduction of H2O2 in the Foodborne Pathogen Clostridium perfringens | Journal of the American Chemical Society @PSU_Chemistry @PSUScience @penn_state
pubs.acs.org
[FeFe] hydrogenases are a diverse class of H2-activating enzymes with a wide range of utilities in nature. As H2 is a promising renewable energy carrier, exploration of the increasingly realized...
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KFB Lab Alert: Enzymatic Halide Recycling for intermolecular bond formation is now online @J_A_C_S! Congratulations to @ManiksharmaASR, @PascoeCam, Stacey Jones, and @Sophie_in_STEM! And huge thank you to @The_Davis_Lab for an awesome collaboration! https://t.co/X6zy4vuL6a
pubs.acs.org
The enzymatic synthesis of heterocycles is an emerging biotechnology for the sustainable construction of societally important molecules. Herein, we describe an enzyme-mediated strategy for the...
KFB Lab Alert: Congratulations to @ManiksharmaASR, @PascoeCam, and Stacey K. Jones on completing our first efforts toward using enzymatic halide recycling for intermolecular heterocycle synthesis. An awesome collaboration with @The_Davis_Lab! https://t.co/5u6QroVBQq
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Today's #MichiganChem Seminar Speaker is Ana Bahamonde from University of California Riverside. ⏰ When: Today, 4pm 📍 Where: CHEM 1640
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Huge congrats to @tyler_doyon!!!!
Organic Syntheses is pleased to announce the following 2025 summer research grants for faculty at principally undergraduate institutions!
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Comfy Monday was a success! See you tomorrow for Michigan Tuesday 〽️
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Congratulations to our new PhD candidate @MaxUnger_ ! We are so excited to see all of your amazing work 🥳 #Biocat #GoBlue
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Had a fantastic visit from Prof. Erin Cech! commUNITY members, along with @MichiganChem grad students, postdocs, and faculty, engaged in a great discussion and insightful seminar. Grateful for the opportunity to learn and connect!
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In a year with so little to cheer about so far, I am happy to share our manuscript on a copper-dependent halogenase. Unbelievable effort by GS Yorick Chiang and Scientist @phdmasao at @uclachem @UclaCBE . Thank you to all collaborators and @NIGMS. https://t.co/fr9cuikhRH
nature.com
Nature - A halogenase enzyme uses the copper in its active site to catalyse iterative chlorinations on multiple unactivated carbon−hydrogen bonds, enabling carbon−hydrogen...
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Join us at UCLA Chemical and Biomolecular Engineering!! We are hiring four assistant professors! @UclaCBE
@YuzhangLi @morales_guio
Celebrating the end of the quarter at the annual ChemE holiday party! #festivevibes @UCLAengineering
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Engineering Reaction Pathway of Non-heme Fe Oxygenase Using Ancestral Sequence Reconstruction | Journal of the American Chemical Society @AlisonNarayanUM @umich @NarayanLab @UMichResearch #Engineering #Reaction #NonHeme #Fe #Oxygenase #Ancestral #Sequence
pubs.acs.org
Non-heme iron (FeII), α-ketoglutarate (α-KG)-dependent oxygenases are a family of enzymes that catalyze an array of transformations that cascade forward after the formation of radical intermediates....
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