Check out NanoModeler CG, our most recent article that was just published on the cover of the Journal of Chemical Theory and Computation!
Congrats to all authors 🥳 @devivo_marco
Webserver: https://t.co/BYosjiskxX
Publication: https://t.co/jOA2s1Yct1
NanoModeler CG: Nanoparticles at a Coarse-Grained Resolution
Here the upgraded 2.0 webserver - you can set up NM and run!
Check it out:
https://t.co/FPrcj7HClg
@JCIM_JCTC #JCTC @IITalk
Congrats @cebasfu93 et al !!! https://t.co/z5P9Fx1Lup
MD sim and exp of NANOZYMES.
Read how metal ions help catalysis in functionalized nanoparticles, as they do in enzymes.
ARTIFICIAL ENZYMES in @ACSCatalysis
Congrats to first-author @madAniceP
Great collab with @fabrizio_mancin@IITalk@UniPadova
https://t.co/TL32wp7x8V
Cationic gold nanoparticles functionalized with guanidinium groups can specifically and nondisruptively interact with phospholipid bilayer membranes. @fabrizio_mancin@lucia_qui@devivo_marco@cebasfu93 https://t.co/ah4vejq8V1
Check it out @jctc_papers:
Our contribution using CG-MD simulations to understand the association mechanism of peptide-coated metal nanoparticles with membranes
Congrats to first-author @cebasfu93 and thanks to our experimental collab, Pompa lab @IITalk
https://t.co/e7GPl4gsrH
Check out our latest publication in Biometals. We study a new type of coumarin-like metal complexes that inhibit DNA quadruplex to treat cancer. Truly collaborative work combining molecular simulations, (in)organic synthesis, and biological assays
https://t.co/252jxHZ5UM
New research article in Nature Communications where we discuss the dispersivity of nanoparticles at physiological conditions, a critical requirement for the safe implementation of nanoparticles in medical practices.
@SigbjornBore@devivo_marco@IITalk
https://t.co/BBdE9kCNbh
I am pleased to share our latest experimental/computational publication about a novel, potent and drug-like inhibitor that is highly selective for human topoisomerase II α over β. Thank you @devivo_marco and @Topo_Lab for the opportunity https://t.co/INeU8EBdbn
@francesarnold@doudna_lab@NobelPrize It is Incredibly fulfilling to see such brilliant, empowered, and kind women in science. Thank you all for your contributions!