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At first glance, Dr Ashley Froese and Dr Dean Jones look fairly similar because both land at roughly two-thirds supported or partially supported. But that top-line similarity hides an important difference: Ashley is more explicit about experimental status and more disciplined about separating preclinical evidence from human evidence, while Dean more often presents a real mechanistic core with more certainty than the clinical evidence can currently support
Dietary copper is usually adequate, and excess copper supplementation can be harmful
Minimum effective treatment duration General rule: 8-12 weeks minimum Shorter than 8 weeks: Unlikely to see full benefits 12 weeks: Most people achieve significant results Less than 4 weeks: Waste of time and money Why minimum matters: Collagen accumulation is gradual Skin turnover takes 28-40 days Need multiple turnover cycles for visible change Short trials lead to disappointment and quitting Minimum by goal: Common mistake: Trying GHK-Cu for 2-4 weeks Seeing no results (too soon) Concluding "it doesn't work" Quitting before benefits appear Setting expectations: Commit to minimum 12 weeks Plan to evaluate at 12-week mark Decide whether to continue or transition to maintenance Don't make judgments before 8 weeks Standard anti-aging protocol: 12-16 weeks intensive Typical first-time protocol: Weeks 1-12: Intensive phase Dose: 1-2mg per injection Frequency: 3-5x weekly Total weekly: 3-10mg Route: Subcutaneous injection Topical: Optional addition (1-2% serum daily) Expected investment: 50mg vial lasts 5-10 weeks (depending on dose/frequency) Need 1-2 vials for 12-week protocol Cost: $160-300 total (research peptides) Time: 12 weeks commitment Week-by-week protocol example: After 12-16 weeks: Evaluate results If satisfied: Transition to maintenance If want more: Continue intensive 4-8 more weeks If plateaued: Switch to maintenance dosing Use our peptide calculator and peptide cost calculator at SeekPeptides to plan protocols
We found that PPARa over-expression significantly up-regulated FSP1 expression in neuron after TSCI, thus promoted the expression of CoQ10 and content of NADH, while icFSP1 inhibited this phenomenon, suggesting that FSP1 is a key effector of PPARa mediated lipid peroxidation related neuronal ferroptosis protection
