Actin Stress Fibers
Cross-source consensus on Actin Stress Fibers from 1 sources and 4 claims.
1 sources · 4 claims
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Benefits
Evidence quality
Highlighted claims
- Actin stress-fiber organization changes stepwise as substrate stiffness increases. — Hierarchical phase transitions as mechanical checkpoints of intracellular organization
- F-actin imaging showed sequential cytoskeletal reorganization from 7 kPa through glass substrates. — Hierarchical phase transitions as mechanical checkpoints of intracellular organization
- At 20 kPa, actin filament continuity increased before the main increase in directional alignment. — Hierarchical phase transitions as mechanical checkpoints of intracellular organization
- At 41 kPa and glass, actin architectures became more aligned and consolidated. — Hierarchical phase transitions as mechanical checkpoints of intracellular organization