#epithelia — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #epithelia, aggregated by home.social.
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@mechanobio
Interesting story where #actin and #keratin organisation are seen to alter differently depending on #polarity protein aPKCλ.
#cytoskeleton #epithelia #mechanics @mechanobiology -
@mechanobio
Interesting story where #actin and #keratin organisation are seen to alter differently depending on #polarity protein aPKCλ.
#cytoskeleton #epithelia #mechanics @mechanobiology -
@mechanobio
Interesting story where #actin and #keratin organisation are seen to alter differently depending on #polarity protein aPKCλ.
#cytoskeleton #epithelia #mechanics @mechanobiology -
@mechanobio
Interesting story where #actin and #keratin organisation are seen to alter differently depending on #polarity protein aPKCλ.
#cytoskeleton #epithelia #mechanics @mechanobiology -
@mechanobio Towards an understanding of #epithelia 3D mechanical balance: a topic for which work is very much needed.
@mechanobiology -
@mechanobio Towards an understanding of #epithelia 3D mechanical balance: a topic for which work is very much needed.
@mechanobiology -
@mechanobio Towards an understanding of #epithelia 3D mechanical balance: a topic for which work is very much needed.
@mechanobiology -
@mechanobio Towards an understanding of #epithelia 3D mechanical balance: a topic for which work is very much needed.
@mechanobiology -
We also apply #SimuCell3D to the study of two morphogenetic problems: the formation and maintenance of #layered #epithelia and the cellular organization in a #pseudostratified epithelium.
🧵(7/9)
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We also apply #SimuCell3D to the study of two morphogenetic problems: the formation and maintenance of #layered #epithelia and the cellular organization in a #pseudostratified epithelium.
🧵(7/9)
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We also apply #SimuCell3D to the study of two morphogenetic problems: the formation and maintenance of #layered #epithelia and the cellular organization in a #pseudostratified epithelium.
🧵(7/9)
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We also apply #SimuCell3D to the study of two morphogenetic problems: the formation and maintenance of #layered #epithelia and the cellular organization in a #pseudostratified epithelium.
🧵(7/9)
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@mechanobio
Great preprint, where one can see #epithelia torn by pulling on them or by their internal #tension (generated by #myosin activity).A slow pull (low strain rate) allows the monolayer to sustain much larger strain.
Finally, they show how #keratin intermediate filaments are key for these mechanical properties.
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@mechanobio
Great preprint, where one can see #epithelia torn by pulling on them or by their internal #tension (generated by #myosin activity).A slow pull (low strain rate) allows the monolayer to sustain much larger strain.
Finally, they show how #keratin intermediate filaments are key for these mechanical properties.
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@mechanobio
Great preprint, where one can see #epithelia torn by pulling on them or by their internal #tension (generated by #myosin activity).A slow pull (low strain rate) allows the monolayer to sustain much larger strain.
Finally, they show how #keratin intermediate filaments are key for these mechanical properties.
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@mechanobio
Great preprint, where one can see #epithelia torn by pulling on them or by their internal #tension (generated by #myosin activity).A slow pull (low strain rate) allows the monolayer to sustain much larger strain.
Finally, they show how #keratin intermediate filaments are key for these mechanical properties.
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What controls dynamic #Epithelial-to-#Mesenchymal Transition of #cancer cells?
Peter ten Dijke Lab at LUMC Leiden identify #plasmamembrane #glycosphingolipid composition and expression of their biosynthesis enzymes as key determinants of dynamic #EMT and #malignant transformation in human #epithelia
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What controls dynamic #Epithelial-to-#Mesenchymal Transition of #cancer cells?
Peter ten Dijke Lab at LUMC Leiden identify #plasmamembrane #glycosphingolipid composition and expression of their biosynthesis enzymes as key determinants of dynamic #EMT and #malignant transformation in human #epithelia
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What controls dynamic #Epithelial-to-#Mesenchymal Transition of #cancer cells?
Peter ten Dijke Lab at LUMC Leiden identify #plasmamembrane #glycosphingolipid composition and expression of their biosynthesis enzymes as key determinants of dynamic #EMT and #malignant transformation in human #epithelia