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Physician recommendation required · Educational information, not medical advice
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MOTS-c
≥99% HPLCPre-filled pen

MOTS-c

What it is?

MOTS-c is a mitochondrially derived peptide studied for its role in metabolic regulation and cellular resilience. It is commonly positioned within longevity and performance frameworks where metabolic flexibility, insulin sensitivity, and mitochondrial adaptation are primary endpoints.

Dripfy Advantage

  • AMPK pathway activation: Engages signalling associated with AMPK, supporting metabolic flexibility and energy-sensing regulation.
  • Glucose utilisation dynamics: Positioned to enhance glucose uptake and utilisation markers, supporting improved metabolic efficiency.
  • Insulin sensitivity support: Associated with improved insulin signalling and sensitivity indices in structured metabolic protocols.
  • Mitochondrial biogenesis signalling: Supports pathways linked to mitochondrial biogenesis, contributing to cellular energy capacity and resilience.
  • Exercise-adaptation alignment: Frequently positioned for protocols tracking endurance, recovery readiness, and performance adaptation endpoints.

Clinical Applications & Therapeutic Potential

  • Metabolic health optimisation: Potential support for improved insulin sensitivity markers and glycaemic control endpoints.
  • Endurance and performance outcomes: Potential improvements in endurance-related endpoints via enhanced cellular energy and metabolic flexibility.
  • Longevity via metabolic efficiency: Positioned for anti-ageing frameworks through optimisation of mitochondrial and metabolic pathways.
  • Body composition endpoints: Potential support for favourable fat-to-lean ratio markers and improved composition control in structured programs.

Composition & Formulation

  • Peptide Content: 10 mg MOTS-c
  • Vehicle: Proprietary pH-balanced buffer solution
  • Delivery System: Pre-filled, multi-dose, closed-system pen
  • Total Volume: 3 mL
  • Purity: ≥99% by HPLC/MS
€499

Submit an enquiry and we arrange the consultation, physician review and shipping. Physician recommendation required; not medical advice.

Purity
≥99%
Form
Pre-filled pen
Download Certificate of Analysis
Certificate of Analysis available on request

Important medical notice

  • A physician recommendation is mandatory before use.
  • The information on this website is educational only and is not medical advice, diagnosis, or treatment.
  • Always consult a qualified physician before starting any peptide.
  • Dosing is individualised and determined by your treating physician.

Peptide Practice Guide

Each card summarises what the peptide is studied for and its evidence strength. It is not a recommendation. Dosing and suitability are decided by your physician.

MOTS-c

Mitochondrial-derived peptide (investigational) · Pre-filled pen

C· Emerging evidence

MOTS-c is a mitochondrially derived peptide studied for its role in cellular energy sensing. It is associated with activation of the AMPK pathway and with signalling linked to glucose uptake, insulin sensitivity and mitochondrial adaptation. Most supporting data come from preclinical and mechanistic studies rather than large human trials.

Studied use areas

  • Metabolic-flexibility research
  • Insulin-sensitivity and glucose-utilisation signalling
  • Mitochondrial biogenesis and cellular-energy endpoints
  • Exercise-adaptation and physical-performance research

Safety & status

  • Investigational compound with limited human clinical data; it is not an approved medicine
  • Should only be considered within physician-supervised, appropriately governed settings
  • Purity, quality and long-term safety of research-grade material are not assured
  • No dosing is provided; any use would be individualised and determined by the treating physician

Clinical note: This is educational information, not medical advice. MOTS-c is investigational with limited human evidence; it is not a proven treatment, and any use requires qualified physician supervision.

Evidence: Grade C — investigational, mostly preclinical and mechanistic evidence · References: Peer-reviewed mitochondrial-biology and metabolism literature; Preclinical mitochondrial-derived peptide research; Early-phase human metabolic-signalling studies

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