Extracellular matrix
Collagen fibers
Organized collagen fibers that provide structural strength to tissue
Hypotheses on this target 6
Protection from degradation
Repair2
Remodelling2
Composition restoration
Crosslink prevention
Tissue graft
Repair2
Repairing all three skin matrix components may restore function without replacing cells
Where this hypothesis actsThroughout the mapped altered dermis, including its papillary and reticular layers
What is proposedRestore the collagen network to predefined structural limits
With whatNot stated in the record
HowSequential correction of damaged collagen while retaining existing cells; annual assessment and at most one additional matrix correction course per year
Possible resultExpected restoration of tissue strength supporting joint recovery of skin functions
2026-09-25
Selective collagen repair plus core changes can sustain youthful skin without deeper fat repair
Where this hypothesis actsPapillary and reticular dermal regions predicted to reach calibrated fatigue failure within twenty years
What is proposedRestore collagen molecular integrity to the matched youthful range in selected regions
With whatNot stated in the record
HowSelect regions by independently calibrated cumulative fatigue thresholds and freeze selection before testing; the collagen repair technique is not stated
Possible resultExpected preservation of youthful repeated-load and mature-wound performance without hypodermal restoration
2026-09-21
Remodelling2
Restoring collagen, elastin networks and basement membranes may restore youthful skin function
Where this hypothesis actsDermis throughout the selected area of aged skin
What is proposedRestore the organized structure of collagen fibers
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 restoration of skin strength, contributing to sustained recovery of all skin functions for ten years
2026-09-26
Stored tension in replacement collagen makes continuous repair paths harmful
Where this hypothesis actsNewly deposited collagen paths retaining incompatible local prestress in aged human explants with hypodermis
What is proposedSelectively interrupt newly deposited tensile paths with the greatest release recoil
With whatPhysical or surgical intervention
HowUse collagen labeling and multiphoton-guided microablation to sever selected paths while matching total turnover and directional bulk stiffness
Possible resultPossible reduction in attachment strain and increased cycles to reopening despite reduced collagen connectivity
2026-09-21