Excited to share our latest work on chemical permutation, now published in @Nature! Using photochemical conditions, we've developed a method to selectively and predictably transform the structures of thiazoles, isothiazoles, and other azole systems.
Proud to share my first paper as corresponding author from my postdoc at @ASTRAZENECAUK. We found a way to make oxa-BCH rings from simple allyl alcohols in a fast cascade reaction, with control of substitution at every position. @ChemicalScience https://t.co/76hrpV94LT
📢An up-to-2 years PDRA👩🔬👨🔬position is available in our research group, as part of an EPSRC-funded research programme (ALKe-Syn). If you fancy functionalizing hydrocarbons using electricity🔌light💡or both – please apply here: https://t.co/la5u8MlQJN
Deadline 31Oct2024
Please RT!
We’re really excited to disclose the final version of our protocol to synthesise benzenes from pyridines in a single operation via an N to C switch, now online (and open access) @Chem_CP. Congrats to Aife for her solo efforts on this project!
https://t.co/jw3MlxvVta
Just accepted in @angew_chem, we report an amide linked, photocatalytic STR biaryl synthesis that can be telescoped to achieve a challenging C-N arylation of anilines. Check out @Tom__Sephton's work here!
https://t.co/FuQMkyRNCa
Just accepted in @angew_chem, we report an amide linked, photocatalytic STR biaryl synthesis that can be telescoped to achieve a challenging C-N arylation of anilines. Check out @Tom__Sephton's work here!
https://t.co/FuQMkyRNCa
Out now in Chemrxiv, we're excited to report a simple protocol for the direct synthesis of benzenes from pyridines, through an N to C switch. Congrats to Aife for her work on this project! https://t.co/Sg7fgTY4CD
Check out our latest publication in @ACSCatalysis: Flavin-photocatalysis 💡and a general platform for the C-H functionalization of sulfides. Cyanation, alkenylation and alkynylation - including reaction of biorelevant sulfides and peptides. Well done Alex and Ollie! 🔗⬇️
Just accepted in @angew_chem, we report a tunable system for C4/C5 Pyridine C-H arylation using Zincke imine intermediates. Congrats to Haiwen for all his work on this solo effort!
https://t.co/bOvqODrxfq
Here they are! Our most read, recently published #OrgLett articles so you can see what everyone is finding interesting. Please have a look:
https://t.co/NPs70zwtWN
https://t.co/T8DjSrlLsK
https://t.co/qhhsTQpMvT
https://t.co/jR4GSeLcpn
https://t.co/YxMqY0QL3C
Aryne-Enabled C-N Arylation of Anilines (Michael F. Greaney and co-workers) @greaneygroup@Tom_Sephton @itudakos @Trujillo_Group #openaccess https://t.co/NNddLGBEg7
Fresh out in @angew_chem, we use arynes to accomplish a C-N arylation of electron-poor anilines, unlocking the aniline C-N bond as a functional handle for arylation. We're really happy to see this out!
https://t.co/IGY1pCyDDl
Just out in #orglett (@JOC_OL) we report a new and exciting approach to pyrrolidinone synthesis using a Smiles-Truce cascade!
Check out @Tom__Sephton's work, in collaboration with the Butterworth group and sponsored by @lifearc1.
https://t.co/LouKlHv1yG
Hot off the press! A review by infectious disease experts addressing the value and implementation of rapid diagnostic tests in antimicrobial stewardship across low-to-middle and high income countries (open access) https://t.co/6WFA08KhMx
Check out our first paper of 2022! We explore the use of sulfinamides as aryl transfer agents, and synthesise some cool sterically-hindered diarylamines, in collab with the Butterworth group and @lifearc1, out now in @JOC_OL
How can we use a ring-opening process to drive an arylation reaction? Without transition metals?
Check out @DavidWorley94’s strain-release Truce-Smiles rearrangement, just accepted in @angew_chem