Calcium phosphate mineral growth

Inhibition3

• Calcium phosphate particle growth may sustain damage between the gut and blood vessels

  Where this hypothesis actsMetastable extracellular conditions during ageing, linking vascular damage and impaired intestinal repair

  What is proposedTemporarily suppress mineral growth to interrupt continued particle formation

  With whatNot stated in the record

  HowInhibit mineral growth in one causal link and remove remaining crystallization centres; selectively dissolve the mineral phase of the returned fraction

  Possible resultPossible sustained interruption of particle formation and the resulting cycle of tissue damage

  2026-09-30

• Calcium phosphate seeds may accumulate under repeated loads and impair skin shape recovery

  Where this hypothesis actsIn the dermis during repeated mechanical loading with transient local mineral supersaturation

  What is proposedSuppress crystal growth and prevent the formation of persistent mineral nuclei

  With whatNot stated in the record

  HowNot stated in the record

  Possible resultPossible stabilization of SPV_3 under repeated loading and reduced dependence of mechanical defects on load order

  2026-09-25

• Mineral deposits make expanded skin matrix brittle after filler resorption

  Where this hypothesis actsNew collagen and adjacent damaged elastic fibers in susceptible photoaged skin after matrix expansion

  What is proposedPrevent mineral nucleation and reduce established mineral deposits

  With whatNot stated in the record

  HowSelective demineralization in paired excised samples; prevention tested in living constructs, with no prevention method specified. Not proposed as a human treatment

  Possible resultPossible preservation of wound maturation and improved cyclic fatigue resistance after filler resorption

  2026-09-21