Andrea Picco
@g_trevize
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Thrilled to launch https://t.co/xjsaij4o9G! 🚀 Empowering research with innovative quantitative microscopy and advanced image analysis solutions. Let’s advance science together! 🔬✨ #ScienceInnovation #Microscopy #Imaging #biology
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We used #quantitative #microscopy to resolve how #evolution has shaped #endocytosis in #yeasts. Our preprint is out!
Do you ever wonder how ancient cellular processes such as endocytosis evolve and vary between species? If you do, take a look at our new preprint by Andrea @g_trevize, Chris @CPToret and Anne-Sophie! https://t.co/CKEMyDihGW
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Do you ever wonder how ancient cellular processes such as endocytosis evolve and vary between species? If you do, take a look at our new preprint by Andrea @g_trevize, Chris @CPToret and Anne-Sophie! https://t.co/CKEMyDihGW
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Remove academic age limits on ERC grants - Sign the Petition! https://t.co/RPWgQ1UVgx via @Change
change.org
Remove ‘academic age’ limits on ERC grants
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I am proud to retweet this :-) Glad you liked our talk! @CPToret, @marko_kaksonen
Last day at #CellBio2022 subgroup in membrane dynamics has been fantastic. Loved this talk from Andrea Picco on endocytosis dynamics across species. #sketchnotes
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Good morning #ASCB2022 ! If you missed our poster yesterday, come to hear about the #evolutionary #cell #biology of #endocytosis during our talk at the "Remodeling and Reshaping membranes" session (room 147A at 9:22AM).
Come to our poster B334 today at #CellBio2022 to discuss how #evolution has shaped #endocytosis in #yeasts and how we can resolve its changes with quantitative #microscopy . A collaborative effort with @CPToret, AS Rivier, and @marko_kaksonen
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Come to our poster B334 today at #CellBio2022 to discuss how #evolution has shaped #endocytosis in #yeasts and how we can resolve its changes with quantitative #microscopy . A collaborative effort with @CPToret, AS Rivier, and @marko_kaksonen
Andrea @g_trevize is presenting his poster: Evolutionary cell biology of clathrin-mediated endocytosis in yeasts [B334] at #CellBio2022 today!
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Here is our AlphaPulldown Python package, by @dingquan_yu from our lab, which streamlines the usage of AlphaFold-multimer for interaction screens and modeling parts of large complexes
github.com
Contribute to KosinskiLab/AlphaPulldown development by creating an account on GitHub.
AlphaPulldown - a Python package for protein-protein interaction screens using AlphaFold-Multimer https://t.co/NZsOvuWau0
#bioRxiv
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A grain of sand at arm's length. This is the portion of the Universe imaged by the Webb telescope in this image. Thousands of galaxies, and the most detailed view of the early Universe to date. More to come today at 14h30 GMT here: https://t.co/w3CL9yUxoi
https://t.co/9EPanFdnkJ
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Learn about a new type of invasive multicellularity in a slime mold Fonticula alba! Great collaboration with @CPToret, @g_trevize, @maikaboiero, @AlpheeMichelot
https://t.co/GicsQG439X
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We've been exploring different model organisms with Chris @CPToret. Here is a 6 day timelapse we took of the good old slime mold Dictyostelium discoideum! Stay tuned for more...
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That's one small flight for drone, one giant leap for mankind #MarsHelicopter
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Excited about the ASCB/EMBO #cellbio2020 meeting: so much cool #Science to learn about in the next days.
Where are these cells going together in such a hurry? They're probably rushing off to see the cool Fonticula alba poster at the ASCB/EMBO #cellbio2020 meeting.
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Does phase separation have anything to do with endocytosis? We think it does! https://t.co/DnoibMLSv4
biorxiv.org
Clathrin-mediated endocytosis is a major pathway that eukaryotic cells use to produce transport vesicles from the plasma membrane. The assembly of the endocytic coat is initiated by a dynamic network...
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RT welcome. The Martin lab is recruiting! If you like #imaging, the #cytoskeleton, and/or #membranes, if you love to understand mechanisms and if you are looking for a #postdoc position, then get in touch! All info here:
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At endocytic sites, myosins promote actin filament polymerization, rather than nucleation. And, their contribution to the endocytic invagination speed is dose-dependent! Find out how here: https://t.co/CDNBD9Spjp
@eLife with @marko_kaksonen @JonasRies @markus_sci @HManenschijn
elifesciences.org
Monomeric myosins can stimulate growth of actin filaments under load.
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This image is the result of 16 years of #hubble pictures. You can even see the portrait of some galaxies as they were 13.3 billion yrs ago, just 500 million yrs after the origin of the #universe. Watching the full res image is like entering a #TimeMachine
https://t.co/g3jBJPSV6d
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