mitochondrial-derived peptide, HN, humanin peptide · Evidence-based safety and harm-reduction overview.
| Also known as | mitochondrial-derived peptide, HN, humanin peptide |
| Category | Peptide |
| mitochondrial_derived | True |
| amino_acid_count | 24 |
| gene_source | MOTS-C |
| US legal status | Not FDA-approved for human use. Investigational peptide for age-related diseases and neuroprotection. Available for research purposes only. Not a dietary supplement or approved drug. |
A 24-amino-acid mitochondrial-derived peptide encoded in the MOTS-C gene and expressed in mitochondria. Functions as a neuroprotectant and metabolic regulator, supporting neuronal survival, insulin sensitivity, and mitochondrial function.
Humanin binds to the humanin receptor and activates pro-survival PI3K and MAPK pathways in neurons. It also supports ATP production and mitochondrial biogenesis.
Identified in 2001 from supercentenarians' mitochondrial DNA. Initially studied for neurodegenerative disease neuroprotection; later investigated for metabolic aging.
Preclinical studies (mostly in mice and cell culture) demonstrate humanin protects neurons against apoptosis and may improve insulin sensitivity and metabolic function. Some small human observational studies are emerging, but rigorous clinical trial data are absent. Mechanism is mechanistically sound but clinical translation is incomplete. Evidence for human efficacy remains speculative.
Mouse studies used 1-10 micrograms/kg; human dosing entirely unknown. No clinical dose-escalation studies conducted.
This is general research/context information, not medical advice or a recommended protocol.
Humanin combined with other mitochondrial-supportive or neuroprotective peptides is theoretical; no human safety data.
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Compare testing optionsNo. Humanin is an investigational peptide with no approved human clinical use. It is available for research only.
Both are mitochondrial-derived peptides with similar functions. Humanin is a 24-amino-acid peptide; MOTS-C is distinct. Both appear to support metabolic and neuroprotective functions.
There is no human evidence that humanin reverses aging. Preclinical studies show promise for metabolic and neuronal support, but translation to humans is speculative.
As a peptide, Humanin would require injection for systemic effects. Oral administration would not work due to digestion.
Yes. Humanin is encoded in mitochondrial DNA and produced at low levels. Restoration of declining levels is the therapeutic hypothesis, unproven in humans.
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