Metabolism and energy
Lipid peroxidation
A process involving peroxide-chain propagation that can cause persistent cellular injury
Hypotheses on this target 6
Inhibition4
Activation
Function preservation
Supplementation
Feedback restoration
Direct measurement
Inhibition4
Loss of steroid-metabolite protection may allow lipid oxidation to cause persistent cell injury
Where this hypothesis actsPerimenopausal participants; affected tissue remains to be identified
What is proposedSuppress lipid-peroxidation chain reactions
With whatSmall molecule
HowUse a downstream radical-trapping compound, or restore mean steroid exposure when this restores steroid-metabolite-mediated chemical protection
Possible resultPossible prevention of persistent cellular injury and stabilization of SPV_9
2026-10-03
A lipid oxidation chain may sustain damage between gut and vascular tissue
Where this hypothesis actsA self-sustaining damage loop between intestinal and vascular tissues in an ageing organism
What is proposedBriefly suppress lipid peroxide formation in one tissue component
With whatNot stated in the record
HowIndependent methods of suppressing iron-dependent oxidation; specific interventions are not stated
Possible resultPossible lasting interruption of the circulating damage chain and simultaneous barrier and vascular tissue recovery
2026-09-30
Oxidation of treatment lipids may damage skin cells and slow recovery after friction and drying
Where this hypothesis actsLiving keratinocyte membranes after lamellar lipid treatment and repeated friction and drying
What is proposedSuppress lipid peroxidation
With whatSmall molecule
HowReplace linoleic acid in the formulation with an equimolar analogue deuterated at bis-allylic positions
Possible resultPossible reduction in hydroperoxides and protein adducts, with improved recovery after repeated stress
2026-09-26
Oxidation of a lipid carrier on skin may cause recurring damage as toxic products accumulate
Where this hypothesis actsIn the residual film of an oxidizable lipid carrier on skin under ordinary sunlight exposure
What is proposedSuppress lipid oxidation in the carrier film
With whatNot stated in the record
HowReplace the oxidizable carrier with an oxidation-resistant carrier at the same total dose, with comparable drug delivery, hydration, occlusion and light exposure
Possible resultPossible reduction in repeated peaks of skin damage despite comparable tissue drug concentrations
2026-09-25