Enzyme
Myosin
A protein involved in the actomyosin traction described in the record
Hypotheses on this target 2
Inhibition1
Activation1
Lower level
Higher level
Replacement
Protection from degradation
Cofactor removal
Synthesis suppression
Function preservation
Inhibition1
Clearing early senescent cells may prevent fracture union by releasing mechanical prestress
Where this hypothesis actsVerified senescent cells in an instrumented early-callus culture
What is proposedReversibly inhibit myosin in senescent cells to test its mechanical contribution
With whatNot stated in the record
HowUse reversible, lineage-restricted inhibition while preserving cell viability, extracellular matrix content and secretory output
Possible resultExpected immediate fall in callus stiffness if senescent-cell traction provides protective prestress
2026-10-03
Activation1
Surviving replacement muscle stays weak because too few myosin motors become active
Where this hypothesis actsSurviving replacement fibers with persistent motor inhibition after inactivity
What is proposedIncrease the availability of myosin motors for force-producing cycles
With whatNot stated in the record
HowManipulate myosin regulatory state, with controls for direct changes in calcium sensitivity
Possible resultPossible restoration of force and stabilization of SPV_9 without tissue renewal
2026-09-17