Mots-C (10mg)

$72.00

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RESEARCH USE ONLY

10 in stock (can be backordered)

1 Unit
$67 per unit
$67.00
2 Units
$65.33 per unit (save 2% per unit)
$130.66
$134.00
3 Units
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$190.95
$201.00
4 Units
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$247.92
$268.00
5 Units
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$301.50
$335.00
6 Units
$58.63 per unit (save 12% per unit)
$351.78
$402.00
7 Units
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$398.65
$469.00
8 Units
$55.28 per unit (save 17% per unit)
$442.24
$536.00
9 Units
$53.6 per unit (save 20% per unit)
$482.40
$603.00
10 Units
$51.93 per unit (save 22% per unit)
$519.30
$670.00
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Description

To confirm authenticity, see the Registered Certificate of Analysis on the THIRD PARTY testing lab website:

https://coas.freedomdiagnosticstesting.com/Disc2608210091.pdf

Click here to view and download the THIRD PARTY CERTIFICATE OF ANALYSIS.

MOTS-c is a naturally occurring 16-amino-acid mitochondrial-derived peptide encoded within mitochondrial DNA.

It has attracted research interest because of its connection to energy metabolism, insulin sensitivity, exercise biology, and metabolic homeostasis.

Product Information
MOTS-c acts as a mitochondrial signaling peptide and has been investigated extensively in cellular and animal models.

The foundational research demonstrated effects involving AMPK and metabolic regulation. In mice, MOTS-c treatment protected against diet-induced obesity and insulin resistance.

How Does MOTS-c Work?
MOTS-c influences AMPK and related metabolic signaling pathways, affecting cellular energy use and insulin sensitivity.

MOTS-c Benefits & Effects
Supports Metabolic Research
MOTS-c is strongly associated with research into metabolic homeostasis and cellular energy regulation.

Supports Insulin-Sensitivity Research
Experimental studies show that MOTS-c can improve insulin sensitivity through AMPK-related signaling.

Supports Exercise Research
MOTS-c is being investigated as a mitochondrial signal associated with exercise and metabolic adaptation.

Supports Body-Composition Research
Animal research has linked MOTS-c treatment with protection against diet-induced obesity and metabolic dysfunction.

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