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NAD+ vs. GHK-Cu for Athletes

Collagen/gene activation vs cellular energy — complementary longevity approaches.

NAD+

Endurance & Metabolism
Athletic Use Cases
Energy ProductionMitochondrial BiogenesisMuscle Fatigue ReductionDNA Repair
Dose
500mg - 1000mg
Frequency
Daily (IV push) or as per protocol
Not Listed
Full NAD+ Profile

GHK-Cu

Tissue Regeneration
Athletic Use Cases
Collagen SynthesisConnective Tissue RepairWound HealingAnti-Inflammatory
Dose
1mg - 2mg (injectable); topical serums vary
Frequency
Daily
Not Listed
Full GHK-Cu Profile

Which Should Athletes Choose?

The choice between NAD+ and GHK-Cu depends primarily on the athlete's specific training phase and injury profile. NAD+ is best suited for cellular energy restoration, dna repair activation, and anti-aging pathway stimulation., while GHK-Cu excels at skin regeneration, collagen synthesis, and systemic anti-aging gene activation..

From a WADA compliance perspective, athletes competing in tested sports must note that NAD+ is Not Listed and GHK-Cu is Not Listed. Always verify current status with your sport's governing body.

Physician-Supervised Performance

Start Your Performance Protocol for NAD+ or GHK-Cu

Hatter Labs provides physician-supervised performance protocols with GMP-certified compounds, biomarker testing, and personalized programs designed around your training goals.

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