#MyFirstACSCatal - Twitter Hashtag

Dylan Hale @DylanHale1995

over 4 years ago · Halifax

Excited to share our (@TurculetChem) latest work out now in @ACSCatalysis! I had a lot of fun with this project and I’m happy as hell it’s out for everyone to see! #MyFirstACSCatal #TeamNi #RealTimeChem https://t.co/3apdZrGHQy

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Zarko Boskovic @djavko

about 5 years ago

#MyFirstACSCatal Nickel-Catalyzed Annulations of ortho-Haloarylimines https://t.co/pGeXBT2cHM

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Ranga Rohit Seemakurthi @rangarohit_7

about 5 years ago

Excited to share our very detailed theoretical work on reaction mechanisms of Propane Dehydrogenation on PdIn alloy and Pd surfaces. @ACSCatalysis @CISTAR_ERC @GroupGreeley @PurdueCatalysis #MyFirstACSCatal https://t.co/6NLdILT1Ml

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Zhi Zhou @ZhiZhou1619

about 5 years ago

I am so excited to see my first co-corresponding author paper is published in @ACSCatalysis. We illustrate the power of synergistic catalysis in artificial enzyme for solving challenging reactions. Check it out!#MyFirstACSCatal #openaccess https://t.co/pyufOw4W7I

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ACS Catalysis @ACSCatalysis

about 5 years ago

Congratulations to @KevinSchlenker2, @saoumagrp - a #MyFirstACSCatal across the board! Via mechanistic and thermochemical studies on CO2 hydrogenation at Mn, CO2 substrate binding to the ligand is part of the catalytic cycle. @UtahChemistry https://t.co/QBdOR9Nt8G

ACSCatalysis's tweet photo. Congratulations to @KevinSchlenker2, @saoumagrp - a #MyFirstACSCatal across the board!
Via mechanistic and thermochemical studies on CO2 hydrogenation at Mn, CO2 substrate binding to the ligand is part of the catalytic cycle. @UtahChemistry
https://t.co/QBdOR9Nt8G https://t.co/HTEyAzcZaA

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Mina @Mina_Son_

about 5 years ago

Really enjoyed working on this collaboration! Excited to suggest this interesting new mechanism, thanks to Matt and Changjin! (And also #MyFirstACSCatal for me too!)

Matt Elsby @matthew_elsby

about 5 years ago

Excited to share #MyFirstACSCatal on an unconventional metal-ligand cooperative mechanism with a Mn-SNS catalyst! Very grateful to @baikkaist, @Mina_Son_ and colleagues for a fantastic collaboration! @ACSCatalysis @uOttawaCHM https://t.co/erjeB6n7wn

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Matt Elsby @matthew_elsby

about 5 years ago

Excited to share #MyFirstACSCatal on an unconventional metal-ligand cooperative mechanism with a Mn-SNS catalyst! Very grateful to @baikkaist, @Mina_Son_ and colleagues for a fantastic collaboration! @ACSCatalysis @uOttawaCHM https://t.co/erjeB6n7wn

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ACS Catalysis @ACSCatalysis

about 5 years ago

Congratulations @KibriaLab @TareqAlAttas 😀 #myFirstACSCatal #myACSCatal

Md Golam Kibria @KibriaLab

about 5 years ago

Our group's first PhD student's first first-authored article in @ACSCatalysis is out today: check out here: https://t.co/Ay0K2wK17B Congratulations @TareqAlAttas A nice collaborative work with @siahrostami group.

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Reuben B. Leveson-Gower @reubenlg

about 5 years ago

Really happy that the first research article from my PhD is published at @ACSCatalysis #MyFirstACSCatal https://t.co/on14Mxde2Z

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Victor Sans @vss31

over 5 years ago

#MyFirstACSCatal was published in 2012! Seems a lifetime has passed!😅 It was a continuous-flow chemoenzymatic route to synthesise enantiopure imidazole derivatives! https://t.co/GPOWtmnTaY

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Liane Rossi Group @LianeGroup

over 5 years ago

#MyFirstACSCatal was published in 2012! 🥰 An amazing ready-to-use Ni catalyst compared to traditional nickel catalysts prepared by impregnation. @ppg_quimiqusp Direct Access to Oxidation-Resistant Nickel Catalysts through an Organometallic Precursor https://t.co/dgpto8eb2z

LianeGroup's tweet photo. #MyFirstACSCatal was published in 2012! 🥰 An amazing ready-to-use Ni catalyst compared to traditional nickel catalysts prepared by impregnation. @ppg_quimiqusp
Direct Access to Oxidation-Resistant Nickel Catalysts through an Organometallic Precursor https://t.co/dgpto8eb2z https://t.co/FquKPU94GY

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ACS Catalysis @ACSCatalysis

over 5 years ago

Congrats @bim_daniel of Alexandrova Group @uclachem! #MyFirstACSCatal

Daniel Bím @bim_daniel

over 5 years ago

My 1st paper @ucla is online! @ACSCatalysis (and many more to come) By examining 200 heme-iron oxidoreductases, we discovered that intramolecular electric fields, generated throughout the protein, are oriented in definite way and regulate FeIVO reactivity. https://t.co/FkR9Uio0LU

bim_daniel's tweet photo. My 1st paper @ucla is online! @ACSCatalysis
(and many more to come)
By examining 200 heme-iron oxidoreductases, we discovered that intramolecular electric fields, generated throughout the protein, are oriented in definite way and regulate FeIVO reactivity. https://t.co/FkR9Uio0LU https://t.co/orI6fmGI8M

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ACS Catalysis @ACSCatalysis

over 5 years ago

Congratulations to @alex_cr18 on their first ACS Catalysis publication! #MyFirstACSCatal

Alejandro Cervantes-Reyes @alex_cr18

over 5 years ago

Happy because our paper on a new gold-catalyzed rearrangement of 1,5-diynes is finally out in @ACSCatalysis 🤓🥳🤝 #HashmiGroup 🇩🇪 Good things happen when we work in team...💪🏽😎👨‍🔬👨🏽‍🔬👨🏼‍🔬👨🏾‍🔬🧔🧔🏼 Check it out: https://t.co/1ht6lRboTQ

alex_cr18's tweet photo. Happy because our paper on a new gold-catalyzed rearrangement of 1,5-diynes is finally out in @ACSCatalysis 🤓🥳🤝 #HashmiGroup 🇩🇪
Good things happen when we work in team...💪🏽😎👨‍🔬👨🏽‍🔬👨🏼‍🔬👨🏾‍🔬🧔🧔🏼
Check it out: https://t.co/1ht6lRboTQ https://t.co/k0384Kt8SM

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ACS Catalysis @ACSCatalysis

over 5 years ago

@JorickF Congratulations and thanks to @JorickF — our first author to include the new tag #MyFirstACSCatal! cc @cathleencrudden

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Jorick Franceus @JorickF

over 5 years ago

Excited to share our latest work, out now in @ACSCatalysis! We explore the idea of designing glycoside phosphorylases from hydrolases. #OpenAccess #MyFirstACSCatal https://t.co/lYYsn9WuJf

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