
Carlos Marques
@MarquesLab
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Senior research scientist at CNRS
Strasbourg and Lyon, France
Joined November 2018
D-1 for official launching date of #TheGiantVesicleBook ( at @CRCPress. 3 years of work with @DimovaLab, 30 chapters >70 contributors, hundreds of illustrations, thousands of references. #GiantVesicles will be your lipid system of choice!
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RT @ComeInCell: 🚀 Exciting News! Today marks the official launch of the ComeInCell MSCA Doctoral Network! 🎉 Join us as we embark on a journ….
mpikg.mpg.de
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Excellent audience at the ORT "Atelier des Sciences" conference, kindly covered by alsacien newspaper @dnatweets . Thank you to professor J. Wolff for organizing, and to @ORTStrasbourg for support.
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It was a pleasure to come to Wroclaw and talk about #lipids and #giantvesicles at the 2023 PANIC Summer School. Thank you @PiksaMarta for posting.
At the PANIC Summer School 2023, we had the pleasure of hosting world-class experts. For the participation we sincerely thank you!. Ji-Seon Kim (@Nano_Imperial ), Carlos Marques (@MarquesLab ), Bruno Therrien, Thomas Bürgi, Neil Robertson (@NeRoChem ), Jean Charles Ribierre.
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Merci à l'équipe de communication de l'@INC_CNRS pour la mise en valeur de ce projet avec @BehrendsLab et le soutien de @DFHUFA ! Travail fantastique d'Eulalie Lafarge et toute l'équipe de collaborateurs
#chimie ⚗️ #ResultatScientifique 📕 🔎 l Comment les champs électriques percent ils les membranes #cellulaires pour faire passer une substance thérapeutiqye par électroporation . 🤝 @jmaddalu @CNRS_dr07 @LcEnsl @MarquesLab @CharlesSadron @BehrendsLab . ➡️
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Refuting the standard model of electroporation via @physorg_com.
phys.org
Strong electric fields can be used to create pores in biomembranes. The method is known as electroporation. Inducing such defects in membranes in a targeted manner is an important technique in...
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Electric fields open pores in biomembranes. But do we know why? Great fun working with.@BehrendsLab to start sorting this out. @LcENSL.@CharlesSadron.@INC_CNRS.
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Hydroperoxidized lipid membranes are softer - we knew that - but who would have guessed that they are more viscous? .@KuimovaGroup.@lorenz_lab.@MarquesLab.@LcENSL .@CharlesSadron.@impchemistry .@INC_CNRS.
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Antonio Stocco summarising work from @CharlesSadron about Giant Vesicles and active particles, from JMC2022 of SFP in LYon
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Bye, founding father of lipid phase separation, master of microscopes, brother in science and companion in whiskey and cigar. @agumangia @DimovaLab
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RT @aklymchenko: A terrible war against Ukraine started with impact on Europe and the world. Ukraine is fighting for their freedom and actu….
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RT @DimovaLab: This work on Janus particles, giant vesicles and membrane pinning is now out in @ChemCommun @MpiciPotsdam Thanks again E. Ew….
pubs.rsc.org
The interactions between biomembranes and particles are key to many applications, but the lack of controllable model systems to study them limits the progress in their research. Here, we describe how...
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A mentor of my early career, a brilliant star in the firmament of scientists, has left us. @mcleish_t soothes our sadness by recalling the life and achievements of Mark Warner
theguardian.com
Pioneering physicist whose study of elastomers opened up new technology for creating artificial muscles
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@Louis_San a eu une démarche pour écrire cet article qu'il convient de saluer: il a contacté des scientifiques qui travaillent sur ce sujet après s'être renseigné auprès des organismes de recherche, CNRS et autres, et n'a pas hésité à creuser au-delà du superficiel spectaculaire.
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via @franceinfo : Pollution chimique et plastique : quatre questions sur la dernière "limite planétaire" franchie par l'humanité
franceinfo.fr
Selon le Stockholm Resilience Center, les rejets par les êtres humains de matières chimiques et plastiques, sur les continents et dans les océans, ont désormais atteint un point critique.
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In the talk this Monday I will discuss what happens to biomimetic cell membranes when they host these molecules.
inc.cnrs.fr
L'ampleur de la pollution plastique dans les océans et son impact sur la physiologie de la faune attirent nos yeux vers les co
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Plastics shed small bits of polymers at the lower bottom of their degradation cascade. For instance, in certain beaches, one can measure tens of grams of styrene oligomers per cubic meter of sand.
pnas.org
Growth of plastic waste in the natural environment, and in particular in the oceans, has raised the accumulation of polystyrene and other polymeric...
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Styrene oligomers, the end-degradation products of a major component of plastic pollution, alter the phase behavior of biomimetic membranes. Join the online talk this Monday 4:00 PM CET at NIST (10:00 local time) about our findings. @INC_CNRS @Louis_San.
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