Check out our latest work, published in @ChemicalScience! 2D-IR spectroscopy provides an entirely new view on [FeFe] hydrogenase:
https://t.co/aI7od2dNBB
Really happy to see this published as a companion to our first 2D-IR study on [NiFe] hydrogenases, also in @ChemicalScience. This is where it all started. Check it out if you haven't already!
https://t.co/lMjpNSoU67
Just out 😊: @SiadWolff has accomplished the design of a molecule with a Ni-CO2-Fe entity, resembling the one in the enzyme CODH, giving us a clue why nature may have used iron here. Thanks a lot also to all other contributors!! @angew_chem@UniSysCat
https://t.co/dHIY9bFk7U
Some time ago, my colleague @GDreyhsig and I had the special opportunity to welcome a special guest at @FU_Berlin to get to know another world of chemistry: the entertainment (but also teaching) industry!
https://t.co/fdmc698ko7
📢📅 The 5th @ELI_laser User #Call is now open with a submission #deadline of 29 October 2024!
👇
💥The Call features cutting-edge driving #lasers, secondary sources and experimental stations, summing up to a wide range of instrumental combinations ▶ https://t.co/FTC3guhZnx
Check out our latest work at @angew_chem. Hydrogenases are ground-state catalysts, but they do interesting and potentially useful photochemistry as well. Great collaboration with @TUBerlin within @UniSysCat.
Protein Dynamics and Transient Interactions will allow attendees to engage with leading experts and discuss how dynamics influence a range of biological functions. Register and submit an abstract now for the chance to present your work: https://t.co/BoytbYtni9
The work by @Farzin72256221 and me investigating pathways for gas dissociation in [NiFe] hydrogenase and proposing mutations to make the enzyme inhibitor-resistant is now online @JCIM_JCTC!
#compchem
https://t.co/NjqEFcJu3L
Big congrats to Farzin for being a fantastic student!
🧬Hot off the press in @SmallJournal! Our joint work with @AmedeaPerfumo & @UFZ_de Leipzig explores cutting-edge nanoscopy for single-cell analysis. 🚀🔬 Check it out and discover new possibilities for imaging cell metabolism on the nanoscale: https://t.co/GmQarRuUif
Fantastic to see this published. Read about how you can observe catalyst behaviour from the fastest to the slowest events. Part of a great collaboration with @Ian_Fairlamb - we have over 50 papers together now 😀
@ChemistryatYork
https://t.co/TqzVneVU39
2 open PhD positions in #compchem in our group in Grenoble, France at the CEA
1. Predicting new catalysts for N2 fixation.
2. QM/MM and crystallography of CODH. With @kikicavazza. Funded by @LabexArcane
See https://t.co/EOlx6QTrOi
#compinorgchem#inorganic#bioinorganic
New 2D-IR work on a [NiFe] hydrogenase mimic by @ChemistryatYork, @CLF_STFC and @horch_lab reveals the influence of hydrogen bonding on the active site:
https://t.co/J3KHARUqiu
Today in our Chemistry Seminar at @Leicesterchem we had Dr Marius Horch from the Freie Universität Berlin. It was a pleasure to host him and we hope he enjoyed his visit as much as we did! Thanks for visiting us and giving such a nice lecture, Marius!