Extracellular matrix
Elastin–fibrillin network
A tissue network composed of elastin and fibrillin that supports reversible deformation
Hypotheses on this target 3
Protection from degradation
Repair
Remodelling3
Composition restoration
Crosslink prevention
Tissue graft
Remodelling3
Restoring collagen, elastin networks and basement membranes may restore youthful skin function
Where this hypothesis actsThroughout the selected area of aged skin
What is proposedRestore the elastin–fibrillin network
With whatNot stated in the record
HowOne initial cell-free course without special maintenance treatment; the restoration technology remains to be developed and tested
Possible resultExpected recovery of reversible skin deformation, contributing to sustained skin function for ten years
2026-09-26
Repairing all three skin matrix components may restore function without replacing cells
Where this hypothesis actsThroughout the mapped volume of altered dermis
What is proposedRestore the elastin-fibrillin network to predefined structural limits
With whatNot stated in the record
HowRestore the elastic network after collagen correction while retaining existing cells; assess annually and allow at most one matrix correction course per year
Possible resultExpected restoration of tissue elasticity supporting joint recovery of skin functions
2026-09-25
Restored skin functions and underlying fat support can make collagen repair unnecessary
Where this hypothesis actsThe entire baseline-deficient portion of dermal elastic fibers
What is proposedRestore dermal elastic-fiber recoil to the matched youthful range
With whatNot stated in the record
HowNot stated in the record
Possible resultPossible mechanical adequacy of retained aged collagen together with restored hypodermal load sharing
2026-09-21