The fiddler-crab-type boranes take on another notoriously difficult transformation: the direct reduction of esters to ethers!🦀
We are thrilled to share that our latest research has just been published as a VIP paper in @angew_chem!🎉
Check it out:
https://t.co/KTQEUY4sqI
Our paper on fatigue-resistant dithienylethene photoswitches is now published in @ChemEurJ. Notably, we used a solid, bench-stable Ti(IV)-collidine complex for intramolecular McMurry coupling on gram scales.
https://t.co/cXNqvdGHRS
Our latest paper is out now in @JOC_OL, featuring interesting heterocyclic systems: 5-azaazulenes! Donor-acceptor substituted analogues have been evaluated for organic photonics applications:
https://t.co/opKIYqr73B
The fiddler crabs are back - this time transforming esters directly into ethers (and enol ethers!)🦀
Check out our latest preprint showcasing the selective deoxygenation of esters via proximity-effect-driven FLP catalysis🧪
Now out on @ChemRxiv:
https://t.co/MNiHtf3E43
Registration is now open for the 30th European Conference on Heterocycles in Chemistry! 🧪
Join us this summer in Budapest to explore emerging trends in heterocyclic chemistry with top experts from around the 🌍.
🗓 Early bird deadline: May 31
🔗 https://t.co/WWd5QDEWk2
#ECHC2025
Indirect Anti-Markovnikov Hydrofunctionalization of Terminal Alkenes via an Alkenyl Thianthrenium Intermediate (Tibor Soós and co-workers) @SoosGroup@BenceSovari#openaccess 🔓 https://t.co/XNNUsZiV2N
Our latest @angew_chem paper!🎉 We introduce a new 2-stage dication pool strategy for the anti-Markovnikov hydrofunctionalization of alkenes via #thianthrenium intermediates, expanding the scope of nucleophiles. Huge congrats to @BenceSovari & the team!👏
https://t.co/yQV2MIcxjd
Did you know that the lack of cost-effective, large-scale methods to synthesize insect pheromones is limiting the growth of pheromone market? Provivi and @SoosGroup joined forces to address this challenge! Read more: https://t.co/O0Fz93D7SM
Exciting news!🎉 Our paper about the selective reduction of esters to aldehydes is currently the most read article in @J_A_C_S with over 12,000 reads in just two weeks! Huge thanks for the great feedback! Stay tuned for more exciting FLP chemistry soon!
https://t.co/DfBzv71zQQ
Bioinspired Synthesis of (-)-Hunterine A: Deciphering the Key Step in the Biogenetic Pathway (János Daru, Szilárd Varga, Tibor Soós @SoosGroup and co-workers) • https://t.co/WMGaMAn0je
FLP chemistry cracks a long-standing challenge: the selective reduction of esters to aldehyde. Check out our latest development in @J_A_C_S. Scalable from gram to half-ton scale, this could be a game-changer in many fields. @Provivitm, #Pheron, #AldexChem
https://t.co/KmeN3e8Iwm
Aloha from Hawaii! We had the best time at #WIPOS2024 Both the conference and the adjoined programs were great, and for that all credit goes to @kurtilaszlo and team! Mahalo 🤙🏻
Thrilled to announce our paper on the bioinspired #TotalSynthesis of hunterine A, which also provides insights into the tricky template-driven epoxide opening, in @ChemEurJ! Congratulations to Balint and the team for their hard work! https://t.co/569njuqSYX
#epoxide
When organocatalysis makes a difference!⚗️ Check out our back-to-back papers about the power of novel, terpenoid-like reversible warheads in @NatureComms in collaboration with @GroupRemenyi
https://t.co/c3d74NfKji
https://t.co/cgXmtwb2iR
Our latest paper is out in @angew_chem🥳 To open new perspectives in polyene cyclization, we developed an oxetane-based platform for the modular construction of oxygenated oligo-isoprenoids with precise geometric control. Congrats to Krisz and the team! https://t.co/8CCZfVZ891
Excited to share our latest preprint! Introducing our fiddler crab-type borane catalysts for the efficient partial reduction of esters with near-perfect selectivity. Scalable from gram to half-ton scale, this could be a game-changer in aldehyde synthesis. https://t.co/TEeqKYUHZQ
Building upon the inspiration from yesterday's talk during his visit to Budapest, today's highlight was the chance to connect with Ben Feringa from @FeringaLab and delve into intriguing scientific discussions with fellow group members. His insights are deeply appreciated!
PhD opportunity in the LBPB group in supramolecular catalysis: This project aims to push the limits of transition metal chemistry by exploiting the confinement effect. If you are interested in host-guest chemistry and catalysis, please check our offer https://t.co/qD6c5cCq2x