@andreuion.bsky.social
2/
⚡ This cycle is mechanosensitive & calcium-driven.
Chromatin compaction is triggered by Ca²⁺ and mechanics. Chromatin rewetting is associated to a Ca²⁺ spark, fueling nuclear + cytoskeletal changes, JNK activation, and actin ring formation.
Check out the videos!
⚡ This cycle is mechanosensitive & calcium-driven.
Chromatin compaction is triggered by Ca²⁺ and mechanics. Chromatin rewetting is associated to a Ca²⁺ spark, fueling nuclear + cytoskeletal changes, JNK activation, and actin ring formation.
Check out the videos!
September 23, 2025 at 3:40 PM
2/
⚡ This cycle is mechanosensitive & calcium-driven.
Chromatin compaction is triggered by Ca²⁺ and mechanics. Chromatin rewetting is associated to a Ca²⁺ spark, fueling nuclear + cytoskeletal changes, JNK activation, and actin ring formation.
Check out the videos!
⚡ This cycle is mechanosensitive & calcium-driven.
Chromatin compaction is triggered by Ca²⁺ and mechanics. Chromatin rewetting is associated to a Ca²⁺ spark, fueling nuclear + cytoskeletal changes, JNK activation, and actin ring formation.
Check out the videos!
1/ Link: www.biorxiv.org/content/10.1...
✂️ Wounding in the fly epidermis makes chromatin compact + detach from the lamina.
⏱️ Minutes later it re-expands & re-attaches.
A reversible, nuclear “dewetting” cycle right at the wound edge.
✂️ Wounding in the fly epidermis makes chromatin compact + detach from the lamina.
⏱️ Minutes later it re-expands & re-attaches.
A reversible, nuclear “dewetting” cycle right at the wound edge.
Mechanosensitive and Reversible Chromatin-Lamina Dewetting Triggers Cellular Contraction During Wound Healing
Tissue wounding causes rapid mechanical changes in the epithelium, but how these changes affect intracellular organization remains unclear. Using the Drosophila embryonic epidermis, we show that wound...
www.biorxiv.org
September 23, 2025 at 3:40 PM
1/ Link: www.biorxiv.org/content/10.1...
✂️ Wounding in the fly epidermis makes chromatin compact + detach from the lamina.
⏱️ Minutes later it re-expands & re-attaches.
A reversible, nuclear “dewetting” cycle right at the wound edge.
✂️ Wounding in the fly epidermis makes chromatin compact + detach from the lamina.
⏱️ Minutes later it re-expands & re-attaches.
A reversible, nuclear “dewetting” cycle right at the wound edge.