A Paramagnetic NMR Spectroscopy Toolbox for the Characterisation of Paramagnetic/Spin‐Crossover Coordination Complexes and Metal‐Organic Cages https://t.co/yPB7hynU0A
It is a huge pleasure to be a part of this amazing online conference! I would like to present to you our research in which we focused on creating titanium implants with antimicrobial surfaces. Can nanodiamonds be the doctors' best friends? :)
@syschem20 #syschemposter#active
@EmilyKrok @syschem20 @FraunhoferIKTS @BIOTEC_TUD@PUT_Poznan Hi Emily! Wow - I LOVED your presentation! This topic is pretty far outside my field, but reading through your poster and accompanying thread and animations was so much fun. 😀 I wish you all the best going forward!
@kanchksu @syschem20 Hi Kanchana! Oh my gosh - I used to attend Kansas State University as an undergraduate!! It was so much fun for me to come across your poster - really nice poster; great work. 😀 I feel like this topic is becoming increasingly relevant...
@Sankarsan93 @syschem20 @UlijnGroup Hi @Sankarsan93! Thanks for submitting a poster as part of @syschem20! 🙂 I really enjoyed reading through your poster! Could you elaborate on any trends that you may observe in your table?
@OmerMarkovitch @syschem20 @OttoLab Hi @OmerMarkovitch! Thanks for submitting a poster as part of @syschem20. 🙂 Pardon me, as I'm not a computational chemist - could you please explain to me how these simulations explain or predict experimental observations?
@liuluping9933 @syschem20 Hi Luping! Thanks for submitting a poster as part of @syschem20! 😀 I really enjoyed reading about your work!! One quick question - do you think that the reagents necessary for your phospholipid synthesis would have been available in the prebiotic era?
Congratulations @LabPavan! Cage friends - check this out!! This computational study elucidates the structural, thermodynamic, and system-wide response upon isomerisation of azobenzene within a flexible coordination cage.
Like cages, azobenzene & confinement?
See our @J_A_C_S with @rafalklajn@AngelaGrommet!
Atomistic simulations allow to study the flexibility of coordination cages, the exchange in/out & isomerization of azobenzene in the cage cavity! @ERC_Research@snsf_ch
https://t.co/OZ3RjPGDl8
This "Behind the paper" post describes the journey and thought processes leading to our recent review paper on confinement effects in Nature Nanotechnology! https://t.co/txVbw51dSE
Chemistry under confinement! Review paper summarizing our 2013-2018 ERC grant. Amazing work by @AngelaGrommet. We show that diverse types of confined spaces modulate chemical reactivities in similar ways:
https://t.co/nnNsbMOTah
New paper out in Advanced Materials with Nguyen, @Arnaud_Tron, and Maureen! We pump a molecular cargo reversibly along a tube using a thermoresponsive coordination cage. https://t.co/1yylv63QLQ