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LL-37

LL-37

An antimicrobial peptide discussed in immune and microbiome contexts.

ImmuneMicrobiome
More library details

Research context

  • Reviewed for antimicrobial and innate immune signaling.
  • Sometimes discussed around infection, gut, or biofilm themes.

Review before use

  • Review autoimmune risk, infection diagnosis, and whether antibiotics or medical care are needed.
  • Confirm product quality and route before any use discussion.

Evidence notes

  • Antimicrobial peptide research has explored innate immune signaling and microbiome-related pathways.
  • Evidence does not support self-treating infections; diagnosis and medical care remain primary.

Cautions

  • Do not self-treat infections.
  • Potential immune stimulation makes clinician review important.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

$86.00
VIP

VIP

A peptide discussed for inflammation, respiratory, gut, and autonomic signaling contexts.

InflammationRespiratory
More library details

Research context

  • Reviewed for immune, vascular, and smooth-muscle signaling.
  • Sometimes discussed in chronic inflammatory or respiratory contexts.

Review before use

  • Review diagnosis, blood pressure, respiratory status, and medication interactions.
  • Use objective measures when breathing symptoms are involved.

Cautions

  • Respiratory symptoms need medical evaluation.
  • Potential blood-pressure effects require caution.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

$36.00
MOTS-c

MOTS-c

A mitochondrial-derived peptide discussed for metabolic flexibility, exercise signaling, and cellular energy context.

MitoEnergy
More library details

Research context

  • Reviewed for mitochondrial and AMPK-related signaling.
  • Often discussed around metabolic health and exercise response.

Review before use

  • Review health history, glucose medications, and realistic outcome measures.
  • Track sleep, resting heart rate, training load, and fatigue.

Evidence notes

  • Mitochondrial-derived peptide research has explored metabolic regulation, AMPK-related signaling, and exercise-response pathways.
  • Human evidence remains limited compared with established metabolic therapies.

Cautions

  • Human evidence and quality control vary.
  • Avoid stacking with multiple energy agents without clinician input.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

$36.00
NAD+

NAD+

A cellular cofactor involved in energy metabolism, repair signaling, and oxidative stress response.

EnergyAging
More library details

Research context

  • Supports redox reactions and mitochondrial energy metabolism.
  • Involved in DNA repair and cellular stress pathways.

Review before use

  • Review route, dose, flushing, nausea, and heart rhythm history.
  • Track energy, sleep, headache, and tolerance.

Evidence notes

  • NAD+ is a cellular cofactor studied in redox biology, mitochondrial energy metabolism, and repair signaling.
  • Clinical evidence varies by route, population, and outcome, so claims should stay conservative.

Cautions

  • Discuss active cancer history and complex medication use.
  • Do not assume more is better.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

$45.00
Epithalon

Epithalon

A longevity-focused peptide discussed in relation to sleep, aging biology, and telomere research.

SleepAging
More library details

Research context

  • Reviewed for pineal and cellular-aging research themes.
  • Often discussed for sleep quality and longevity protocols.

Review before use

  • Clarify evidence quality, protocol length, and whether expectations are realistic.
  • Track sleep consistency and recovery rather than only subjective energy.

Evidence notes

  • Research has explored pineal and cellular-aging biology themes, including telomere-related discussion.
  • Clinical evidence is not strong enough for anti-aging treatment claims.

Cautions

  • Not a proven anti-aging treatment.
  • Use caution with hormone-sensitive or complex medical histories.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

$40.00
SS-31

SS-31

A mitochondrial-targeted peptide discussed for cardiolipin support and cellular energy research.

MitoRecovery
More library details

Research context

  • Reviewed for mitochondrial membrane and cardiolipin-related support.
  • Often discussed in fatigue, aging, and performance contexts.

Review before use

  • Review clinical status, regulatory availability, and medication interactions.
  • Track fatigue, exercise response, and adverse symptoms.

Evidence notes

  • Mitochondrial-targeted peptide research has explored cardiolipin interaction and cellular-energy support.
  • Clinical research has focused on disease-specific contexts, not casual wellness use.

Cautions

  • Not appropriate as a self-treatment for cardiac or neurologic disease.
  • Use only with qualified medical guidance.

Educational reference only. Not medical advice, dosing guidance, or a treatment claim.

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FOR RESEARCH USE ONLY. The products offered on this site are intended solely for in-vitro laboratory research and development use. These statements and products have not been evaluated by the U.S. Food and Drug Administration (FDA). These products are not drugs, foods, dietary supplements, or cosmetics, and are not intended to diagnose, treat, cure, or prevent any disease or medical condition. They are not intended for human or animal consumption, ingestion, injection, or any in-vivo or clinical use of any kind. By purchasing from RevPep, you confirm that you are a qualified researcher or institution and that you will handle, store, and dispose of these materials in accordance with all applicable laws, regulations, and institutional safety protocols.