Description

MOTS-c — Mitochondrial Peptide Nasal Spray for Metabolic & Cellular Research

MOTS-c is a mitochondrial-derived peptide (MDP) extensively studied in laboratory and preclinical research for its role in cellular energy regulation, metabolic signaling, and stress-response pathways. This MOTS-c 10 MG nasal spray is formulated exclusively for research and analytical applications, offering a consistent intranasal delivery format for controlled experimental investigation.

In scientific literature, MOTS-c is examined for its involvement in mitochondrial communication, metabolic adaptation signaling, and cellular resilience pathways. The nasal spray format supports research into peptide transport, absorption modeling, and formulation stability for intranasal peptide delivery systems.

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Research Areas of Interest

✅ Mitochondrial Signaling Studies – MOTS-c is investigated for its role in mitochondria-to-nucleus communication and cellular energy regulation in laboratory models.

✅ Metabolic Pathway Research – Studied in experimental settings involving glucose utilization, lipid metabolism signaling, and metabolic adaptation markers.

✅ Cellular Stress & Adaptation Models – Explored in preclinical research related to oxidative stress response, cellular resilience, and metabolic stress signaling.

✅ Exercise & Energy Regulation Research – Evaluated in laboratory models examining endurance-related signaling and metabolic efficiency pathways.

✅ Intranasal Delivery & Stability Research – The nasal spray format supports investigation into peptide absorption, transport efficiency, and molecular integrity during intranasal administration.

All references apply strictly to laboratory and preclinical research contexts.

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Scientific Overview

MOTS-c is a 16-amino-acid peptide encoded within mitochondrial DNA, distinguishing it from conventional nuclear-encoded peptides. In research literature, MOTS-c has gained attention for its role in regulating metabolic homeostasis and cellular adaptation to energetic stress.

Unlike many peptides that act locally, MOTS-c is studied for its systemic signaling properties and its ability to influence cellular metabolism across multiple tissue models. Its mitochondrial origin makes it a key subject in advanced research exploring aging-related metabolic pathways, energy efficiency, and cellular stress tolerance.

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Mechanism of Action (Research Context)

Mitochondrial-Nuclear Communication:

MOTS-c is studied for its role in signaling between mitochondria and the nucleus to regulate metabolic gene expression in laboratory models.

Metabolic Regulation Pathways:

Investigated for its influence on glucose metabolism, fatty acid utilization, and cellular energy balance signaling.

Stress-Response Signaling:

Used in preclinical research examining adaptive responses to metabolic and oxidative stress.

Peptide Stability & Nasal Transport:

The intranasal formulation supports research into peptide integrity, absorption kinetics, and CNS-adjacent delivery modeling.

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Quality, Formulation & Packaging

Purity: Verified via analytical testing methods such as HPLC/MS

Form: Nasal spray solution designed for research convenience

Strength: 10 MG total MOTS-c content per unit

Production: Small-batch formulation under controlled laboratory conditions

Packaging: Sealed units to ensure stability, consistency, and traceability

Fulfillment: Ships from a U.S.-based, climate-controlled facility with tracked delivery

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Usage & Research Compliance

MOTS-c nasal spray is supplied strictly for laboratory research and analytical use.

• Not intended for human or animal consumption

• Not a drug, dietary supplement, or therapeutic product

• No medical, metabolic, or performance claims are made or implied

This product is intended solely for qualified research environments where proper handling, storage, and regulatory compliance procedures are observed.