Longevity Stack (Epithalon + MOTS-C + NAD+)

EPITHALON is a synthetic tetrapeptide investigated for its potential relationship with telomerase activity, cellular aging processes, circadian regulation, and oxidative stress pathways. Research models have explored its possible influence on cellular lifespan and age-associated biological markers.

MOTS-C is a mitochondrial-derived peptide studied for its potential role in metabolic regulation, mitochondrial efficiency, glucose utilization, and cellular energy homeostasis. Researchers have investigated MOTS-C in studies involving exercise adaptation, metabolic flexibility, and age-related metabolic decline.

NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme present in all living cells and is considered essential for mitochondrial energy production and numerous cellular repair mechanisms. NAD+ research commonly focuses on ATP production, sirtuin activation, oxidative stress response, and healthy aging pathways.

Researchers often investigate these compounds collectively due to their potentially complementary roles in longevity-related pathways:

• EPITHALON → Cellular aging & telomere-related research
• MOTS-C → Mitochondrial efficiency & metabolic signaling
• NAD+ → Cellular energy production & repair mechanisms

Together, they are frequently explored in studies centered around:

• Age-related cellular pathways
• Mitochondrial performance
• Oxidative stress response
• Cellular repair mechanisms
• Metabolic regulation
• Energy metabolism research

The Longevity Stack is offered at a reduced combined price compared to purchasing each compound individually, while still maintaining separate-vial supply for optimal compound stability and research integrity.

Rather than combining all compounds into a single formulation, each peptide is individually supplied to preserve structural consistency, storage stability, and experimental flexibility throughout the research process.

At Synapse Lab, we believe compound integrity and long-term stability should take precedence over convenience-based blended formulations.

While multi-compound formulations have become increasingly common within the research market, certain compounds may exhibit differing degradation rates, oxidation sensitivity, and stability profiles once combined or reconstituted together. These variables may potentially impact analytical consistency, storage reliability, and overall research quality throughout experimental handling.

This consideration is particularly relevant when working with structurally distinct compounds such as EPITHALON, MOTS-C, and NAD+, each of which possesses unique molecular characteristics, storage behaviors, and stability considerations within laboratory environments.

By supplying each compound separately, the Longevity Stack is designed to support:

• Improved compound stability
• Reduced degradation risk after reconstitution
• Greater experimental control and protocol flexibility
• Independent handling and storage procedures
• Enhanced consistency across research applications
• Preservation of individual compound integrity

This formulation philosophy reflects Synapse Lab's emphasis on laboratory-focused standards, compound preservation, and research-quality supply practices.

All products included within the Longevity Stack are intended strictly for research and laboratory purposes only. Not for human consumption, therapeutic use, or diagnostic application.