Alicecont

[Alicecont @Alicecont2]

@reachvaldo 👋

[Akos T. Kovacs @EvolvedBiofilm]

Wow… cool bioRxiv from @alexpersat @RIVER_epfl and colleagues 👀👇🏼

Fluid flow ➡️ public goods ➡️ gut microbiota biofilm community

[Misha @mishadavinci]

You can pay $150K plus.

Or go to YouTube university.

Here's a list of top channels where you can get a world-class education—completely free:

[Sundar Naganathan @Sundar_Ram_07]

Super! Your lab is on a roll! Many congratulations

[Pierrat Xavier @XavierPierrat]

My paper has been peer-reviewed and published in mBio!
Une partie de mes recherches est maintenant officielle !
The Mammalian Membrane Microenvironment Regulates the Sequential Attachment of Bacteria to Host Cells | mBio https://t.co/z4Ucs4I4mF

[EPFL Life Sciences @epflSV]

How can physical concepts provide a complementary expertise to our understanding of life?
🔬Hands-on remote learning of bachelor students in the course "Physics of Cells" with self-assembled #Foldscopes resulted in stunning images🔬👇https://t.co/BzkAGrdAZb @alexpersat

[Huachuan Du 杜华川 @HcDU92]

After enjoying 3 months back to the lab by forcing myself not to think too much about the future, I have to face the reality again now. As there are only 3 months left for my visiting research at ETH @Vogel_Lab, I have to start my last trial for the U.S. VISA application to

[SMaL @SMaL_EPFL]

🚨 Our new paper is out! Go check it out!
Big congrats to @mathias_steini, @HcDU92, and collaborators from Persat Lab (@Alicecont2) for their excellent work now published on @ACS_AMI
#staysoft #AcademicTwitter

[ACS Applied Materials & Interfaces @ACS_AMI]

Researchers from the Soft Materials Lab @SMaL_EPFL and the Persat Lab @alexpersat at @EPFL_en developed a robust method to produce selectively permeable #hydrogel capsules from single emulsion drops https://t.co/yNZBHQrlzk

[EPFL Life Sciences @epflSV]

🎬The biofilm who wanted to be a kiwi🎬
by Alice Cont
#VoirEstSavoir2020 - Vote 18
👉Full scientific image exhibition
https://t.co/4NscoXJCwt
@alexpersat @LeBIOP @EPFL_Imaging @EPFLevents
@EPFL @EPFLculture @gvdgoot @EPFL_BioE

[Biomedical Picture of the Day BPoD @BPoD_s]

Insight into the #mechanics of biofilms – #bacteria in a multicellular layer – suggests a new mode of #infection. Image and research by @alexpersat lab @EPFL_en in @eLife. Read more on https://t.co/tZ5xKY4THy with @MRC_LMS

[Noémie Matthey @[email protected] @NoemieMatthey]

#Inktober2020day23 Rip

In a recent study @Alicecont2 (@alexpersat lab) investigates how biofilm forms on soft materials and epithelia. Biofilms of Vibrio cholerae exert a mechanical stress that deform and even disrupt epithelial cell, suggesting a mechanical mode of infection!

[Irina Ghaplanyan @IrinaGhaplanyan]

🔴 🇮🇹ARTSAKH RECOGNIZED: By the City Council of Milan - unilaterally. Thank you! Special thanks to Matteo Forte for authoring the motion. The motion also condemns Turkish-Azerbaijani mil. aggression.
🇦🇲 #RecognizeArtsakh #ArtsakhStrong
⛔️ #StopAliyev #StopErdogan #stopterrorism

[EPFL @EPFL_en]

Studying bacterial #biofilms, @epflSV scientists have discovered that mechanical forces within them are sufficient to deform the soft material they grow on like biological tissues, suggesting a “mechanical” mode of bacterial infection. https://t.co/GaXxIUVOpy

[Tamara Rossy @tamara_rossy]

Our story got published in Nature Communications today! If you’re interested in the effect of fluid flow on biofilm organization, check it out!

[Nature Microbiology @NatureMicrobiol]

John McKinney's tour de force talk on using atomic force microscopy to track bacterial growth and division: bacterial division sites are marked by surface troughs generations earlier: https://t.co/5HyNUBv6BC

#ECCMID2019