MOTS-C (10mg)

Mitochondrial-Derived Peptide – Energy, Metabolism & CellularPerformance

What It Is

MOTS-C is a naturally occurring peptide encoded within mitochondrial DNA. It helps regulate
metabolic balance, cellular energy production, and stress adaptation. Research shows MOTS-C
enhances the body’s ability to convert fuel into usable energy by activating AMPK — the master
switch for cellular metabolism.

Understanding MOTS-C — A Metaphorical Story
Imagine your body as a giant city.
Every cell is a house. Every house has a power plant in the basement — the mitochondria.That’s where the lights stay on, the heat works, and everything in the house runs smoothly.
But sometimes the city hits problems:
● The lights flicker during stress
● The power plants run low on fuel
● The workers get tired
● The streets get blocked with “metabolic traffic”
● Some houses can’t keep up

Now imagine a special emergency worker that lives inside the power plants — a tiny firefighter-engineer hybrid who only comes out when the city is struggling.

That worker is MOTS-C.

When things slow down, MOTS-C rushes out into the city and starts:

• Turning on backup generators (AMPK activation)
It flips the main switch that says:
“We’re low on energy — let’s start burning fuel efficiently and cleanly.”

• Clearing the streets (improving glucose use)
Traffic jams (inefficient fuel usage) disappear.

• Delivering fresh supplies (supporting metabolic flexibility)
Houses get the exact fuel they need so the lights stay bright.

• Motivating the workers (reducing fatigue & improving stress resilience)
The entire city feels more energized and coordinated.

• Strengthening the power plants (supporting mitochondrial function)
Repairs are made from the inside out — not just patchwork, but real upgrades.

The result:
The whole city runs smoother, cleaner, and with more energy — no matter the stress, weather,
or demands placed on it.
This is the simplest way to imagine how MOTS-C helps the body adapt, energize, and recover.

Primary Research Benefits
(Summarized from published scientific literature)
• Metabolic Health & Blood Sugar Support
● Helps regulate glucose utilization
● Shown to improve insulin sensitivity in research models
● Supports metabolic flexibility
● May aid healthy body composition in stress conditions

• Enhanced Cellular Energy
● Improves mitochondrial efficiency
● Supports ATP production
● May increase endurance, stamina, and exercise output

• Stress & Fatigue Resistance
● Boosts cellular resilience during metabolic stress
● Supports post-exercise recovery
● May reduce fatigue in oxidative stress models

• Longevity Pathway Activation
● Activates AMPK, a key longevity and metabolic enzyme
● Supports healthy aging processes
● Helps maintain cellular balance and homeostasis