Peptide library / Humanin

Humanin

Humanin is a mitochondria-derived peptide encoded within mitochondrial ribosomal RNA; modified analogs such as HNG are separate experimental substances.

Peptide & blend guide

The short version

Why people discuss it
Discussed for mitochondrial and cellular-stress protection, metabolic health and cognitive aging. Community interest does not establish benefit or a suitable treatment.
What it is
Humanin is a mitochondria-derived peptide encoded within mitochondrial ribosomal RNA; modified analogs such as HNG are separate experimental substances.
Biggest caution
Endogenous humanin measurements, synthetic humanin and modified analogs are not interchangeable evidence. Experimental findings do not establish an anti-aging treatment or public-use regimen.
Stack context
Related profiles reflect adjacent community topics or biological context. They do not establish combination benefit, compatibility or a validated regimen.

Dose and frequency reference

Reference only — not a recommendation. Amounts describe source-specific community examples, selected study regimens or the named product label. They do not establish safety, effectiveness, product identity, or a suitable dose for any person. Never convert mg, mcg, or IU into syringe “units” without the exact product concentration.

Legacy community reference: no complete dosing regimen was independently corroborated by the two new source collections.

Subcutaneous injection

No verified reference
Amount
Identity-specific amount unresolved
Frequency
Native humanin and HNG schedules are not interchangeable
Duration / phase
No verified identity-specific human cycle

An older community source reports 500 mcg–1 mg once or twice daily for 10–15 days but mixes native humanin with S14G-humanin (HNG). That range cannot be assigned confidently to either preparation. Reference only; this does not establish safety, effectiveness or individual suitability.

Reference source · reviewed 2026-09-12
Evidence & sources · Community source profile

AxonRep synthesizes community discussion signals from its internal research corpus. Individual creator sources remain attributed to the synthesis; public reference sites used in the latest comparison are linked separately. The synthesis is not clinical evidence.

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