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Matthieu Sollogoub

@msollogoub.bsky.social

Supramolecular organic Chemist, Glycoscientist, Cyclodextrin-lover, molecular machines, encapsulated catalysts, self-assembly Professor @Sorbonne University, Paris

45 Posts939 Follower679 Folgt
Sorbonne Université@sorbonne-universite.fr · 4mo ago

🏅 Médaille du CNRS : Sorbonne Université compte cette année 3 professeurs lauréats de la médaille d'argent et 4 lauréates et lauréats de la médaille de bronze ! 👏 🎓 Félicitations à tous les récipiendaires ! 👏👏

Les médailles CNRS 2026

Sorbonne Université compte cette année trois professeurs lauréats de la médaille d'argent du CNRS et quatre lauréates et lauréats de la médaille de bronze, dans les laboratoires dont notre établisseme...

sorbonne-universite.fr

G Berionni group@dr-berionni.bsky.social · 9mo ago

Thank you Yann @ytrolez.bsky.social : the main-group metal chemistry symposium #MGMCS2025 (3rdmgmcs.sciencesconf.org) at @sorbonne-universite.fr and the new CNRS funded French GDR M2P main-group & metalloid network (gdrm2p.fr) are really nice. Thanks @alexperezl.bsky.social & all organisers.

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Yann Trolez@ytrolez.bsky.social · 9mo ago

Happy to attend a talk by @dr-berionni.bsky.social today to start the symposium on main group metal chemistry in Paris. Nice chemistry as usual! 👌

Matthieu Sollogoub@msollogoub.bsky.social · 9mo ago

Worth reading this beautiful paper! Congratulations to the authors @arsgroup.bsky.social and Mangili! The rational design of coordination-driven supramolecular artificial enzymes: From catalysis to biomedicine: Chem www.cell.com/chem/fulltex...

The rational design of coordination-driven supramolecular artificial enzymes: From catalysis to biomedicine

This perspective presents the recent advances in the rational design of coordination-driven artificial enzymes, focusing on how metal-organic architectures (MOAs) can be engineered to stabilize reacti...

cell.com

Enxu LIU@enxuliu.bsky.social · 11mo ago

Happy to share this cover finally online in the September issue of chem. Thank you @vivesgui.bsky.social and @msollogoub.bsky.social for the design and drawing of such nice cover👏👏👏

Guillaume Vives@vivesgui.bsky.social · 11mo ago

Our work on the unidirectional motion of a CD is now in the September issue of Chem and on the cover! Many thanks to the whole team and @cp-chem.bsky.social for the highlight! @ipcm-sorbonne.bsky.social @msollogoub.bsky.social @enxuliu.bsky.social www.cell.com/chem/fulltex...

Dean Astumian, OFS@deanast.bsky.social · last yr.

We take advantage of the mechanical equilibration to explore the details of the mechanical motion which, in the presence of chemical energy input can drive the formation of a non-equilibrium steady state - see SI and very recent paper: www.cell.com/chem/abstrac...

Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin

Achieving unidirectional molecular movement is a major challenge, often requiring molecular ratchets. Here, we exploit the unique 3D structure and selective functionalization of cyclodextrin to achiev...

cell.com

Dean Astumian, OFS@deanast.bsky.social · last yr.

Transition-path times of individual molecular shuttles under mechanical equilibrium show symmetry: Chem www.cell.com/chem/fulltex... Molecular machines operate out of thermodynamic equilibrium, but as molecules in solution (low Reynold's number) are always in mechanical equilibrium.

Matthieu Sollogoub@msollogoub.bsky.social · last yr.

More than happy to share this work on the unidirectional movement of a functional cyclodextrin on an axle in Chem @cp-chem.bsky.social ‬ ! Congratulation to @enxuliu.bsky.social and all the team!!! www.sciencedirect.com/science/arti... @ipcm-sorbonne.bsky.social @sorbonne-universite.fr

Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin

The achievement of unidirectional molecular movement is a significant challenge due to competition by Brownian motion. Nature can overcome this proble…

sciencedirect.com

Chem by Cell Press@cp-chem.bsky.social · last yr.

Online now: Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin

Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin

Achieving unidirectional molecular movement is a major challenge, often requiring molecular ratchets. Here, we exploit the unique 3D structure and selective functionalization of cyclodextrin to achieve unidirectional motion in a rotaxane system. The cyclodextrin enables one-way gate opening and promotes forward movement via a double-gated ratchet mechanism. These findings pave the way for more efficient rotary molecular motors in cyclic systems and could enable long-range translational motion at the molecular scale.

dlvr.it

Matthieu Sollogoub@msollogoub.bsky.social · last yr.

More than happy to share this work on the unidirectional movement of a functional cyclodextrin on an axle in Chem @cp-chem.bsky.social ‬ ! Congratulation to @enxuliu.bsky.social and all the team!!! www.sciencedirect.com/science/arti... @ipcm-sorbonne.bsky.social @sorbonne-universite.fr

Not going back: Unidirectional movement by intramolecular one-way ratcheting of functionalized cyclodextrin

The achievement of unidirectional molecular movement is a significant challenge due to competition by Brownian motion. Nature can overcome this proble…

sciencedirect.com