Name: MOTS-C [40-mg]
SKU: 609
Price: 95.00 USD
Availability: InStock

VIP Peptides · Research Compound

MOTS-C Research Profile

MOTS-C is a mitochondrial-derived peptide studied in cellular-energy
and metabolic research. This 40 mg product is presented for laboratory
research only.

16 Amino Acids
Peptide length

Mitochondrial-Derived
Research classification

40 mg
Vial quantity

Research Use Only
Use classification

Product Information

What Is MOTS-C?

MOTS-C is a 16-amino-acid mitochondrial-derived peptide associated
with the mitochondrial 12S rRNA region. Research has examined it as
a possible signaling molecule involved in communication between
mitochondria and the cell nucleus.

Experimental studies have explored MOTS-C in relation to metabolic
signaling, including AMPK-related pathways, glucose metabolism,
fatty-acid oxidation and mitochondrial biogenesis. These findings
are primarily preclinical and do not establish clinical effects.

At a Glance

16-amino-acid mitochondrial-derived peptide

Studied in relation to metabolic signaling

Research includes AMPK-related pathways

Metabolic and cellular-energy research areas

Stress-response pathways have also been explored

Research Areas

Experimental Findings

Most findings described in the supplied material come from cell and
animal research, primarily mouse studies. They should not be read as
established benefits for people.

Glucose Metabolism

Animal and cellular research has examined insulin sensitivity and
glucose-tolerance pathways. Human benefits have not been established.

Metabolic Models

Preclinical studies have explored body-weight and metabolic markers
in diet-related animal models. These results do not establish weight
loss or other outcomes in people.

Exercise-Related Pathways

Research has compared some observed metabolic signals with those
associated with exercise or caloric restriction in animal models.
This does not show that MOTS-C replaces either.

Cellular Energy

Experimental work has examined cellular-energy balance, fatty-acid
oxidation and mitochondrial biogenesis. Clinical significance
remains uncertain.

Stress-Response Signaling

Early research has explored stress-response and antioxidant-related
gene pathways. These are experimental observations, not proven
clinical effects.

Human Evidence

Evidence Remains Limited

Human evidence is limited. Observations involving naturally occurring
MOTS-C or exercise do not establish the effects of an externally
supplied product. Findings from a MOTS-C analogue are also not proof
of effects from MOTS-C itself.

Large, completed controlled trials establishing clinical benefit,
appropriate use or long-term safety have not been presented here.

Product Information

Research Material

Product shown: MOTS-C, 40 mg. Confirm the vial quantity, form and
product details against the actual label.

This page does not provide dosing, reconstitution, injection or
administration instructions. Follow appropriate laboratory
procedures and product documentation.

Safety & Regulatory Context

Important Limitations

Human safety information and long-term outcomes are not established.
Product quality, purity and sterility cannot be confirmed from
general research findings; consult documentation for the exact
product batch when available.

Regulatory requirements can vary by location. No clinical use,
safety or treatment claim is made on this page.

Disclaimer

Research Use Only

This information is educational and is not medical advice. MOTS-C is
presented as an investigational research compound, not for human or
animal consumption or clinical use.

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