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Mitochondrial
STACK.

Organized for studying cellular-energy production, mitochondrial membrane function, oxidative stress, and metabolic resilience.

Mitochondrial Stack laboratory research product
3 COMPOUNDS / ONE COORDINATED RESEARCH FOCUS
PROTOCOL OVERVIEW

WHY THESE
COMPOUNDS.

MOTS-C addresses metabolic homeostasis and AMPK-related signaling. SS-31 focuses on cardiolipin, mitochondrial membranes, reactive oxygen species, and bioenergetics. NAD+ connects those pathways to ATP production, DNA repair, sirtuin activity, and cellular resilience.

THIS STACK INCLUDES

MOTS-C · SS-31 · NAD+

COMPONENT REFERENCE

THE ROLE OF
EACH COMPOUND.

The complete component notes below are adapted from the client-supplied protocol worksheet and framed for laboratory research.

01

MOTS-C

A mitochondrial-derived peptide studied in AMPK activation, metabolic homeostasis, glucose uptake, insulin signaling, lipid metabolism, nuclear gene expression, and cellular energy.

02

SS-31

A mitochondria-targeted synthetic peptide studied in cardiolipin binding, inner-membrane function, reactive oxygen species, oxidative stress, and cellular bioenergetics.

03

NAD+

A cellular coenzyme studied in ATP production, nutrient-to-energy conversion, DNA repair, sirtuin activity, mitochondrial function, gene expression, and cellular resilience.

RESEARCH SCOPE

DESIGN THE STUDY.
CONTROL THE VARIABLES.

This reference explains why the compounds are grouped and identifies the biological pathways represented by the stack. It does not prescribe concentration, sequence, frequency, compatibility, preparation, or administration.

Qualified researchers are responsible for independent literature review, experimental design, controls, handling procedures, documentation review, and compliance with all applicable requirements.

VSP-MITO

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THE FULL STACK?

3-compound research set · $168.00

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LABORATORY RESEARCH ONLY

All information on this page describes laboratory research pathways only. Products are not intended for human or veterinary use and are not offered to diagnose, treat, cure, or prevent any disease.