Epitalon 10mg (10 vials/kit)

Epitalon peptide. Premium 10mg tetrapeptide research compound designed for longevity and aging research studies. Learn more about tetrapeptides at PubMed.
 
Epitalon 10mg Premium Research-Grade Tetrapeptide For Longevity Research
 
This research-grade formulation, also known as Epithalon, is specifically designed for scientific investigation into aging mechanisms, telomerase activity, and longevity biology. Moreover, this 10mg formulation is manufactured at verified purity levels exceeding 99%, providing researchers with a high-quality compound for exploring fundamental questions about cellular aging and lifespan regulation.

What is Epitalon Peptide?

This represents a synthetic tetrapeptide (Ala-Glu-Asp-Gly) that has been extensively studied in gerontology and aging research. Furthermore, this telomerase compound is recognized in scientific literature for its potential interactions with telomerase enzyme systems and pineal gland function.
 
As an aging research tool, Epithalon has been investigated in numerous studies examining cellular mechanisms of aging, telomere biology, and circadian rhythm regulation. Additionally, this pineal gland compound was originally developed based on research into pineal gland proteins and their potential role in regulating aging processes. Learn more at NIH.gov.
 
The 10mg formulation provides researchers with a well-characterized research compound for investigating how specific sequences may influence telomerase activity, melatonin production, and other biological markers associated with aging and longevity.
 
Product Specifications:
Unit Size: 10mg per vial
Purity: ≥99%
Sequence: Ala-Glu-Asp-Gly
Form: Lyophilized powder
Quantity: 10 vials per kit
Type: Synthetic tetrapeptide
Application: Professional research only
 

Epitalon Peptide Research Applications

This compound is utilized extensively in aging research and gerontology laboratories for investigating cellular mechanisms underlying lifespan regulation and age-related biological changes. In particular, this longevity research tool allows scientists to explore fundamental questions about telomere maintenance, telomerase activation, and cellular senescence processes.
 
Researchers employ this telomerase compound to study how specific interventions may influence markers of cellular aging in various experimental models. Notably, scientific investigations using this aging research compound have examined its potential effects on telomere length dynamics, gene expression patterns related to aging, pineal gland function, and circadian rhythm regulation.
 
The research tool is particularly valuable for studying the complex relationships between neuroendocrine systems, telomere biology, and longevity mechanisms.
 

Telomerase and Aging Research

The telomerase properties make it an important research compound for scientists investigating telomere biology and cellular aging mechanisms. Specifically, telomeres are protective DNA-protein structures at chromosome ends that shorten with each cell division, and telomerase is the enzyme responsible for maintaining telomere length.
 
Research using this tetrapeptide compound has explored how interventions may influence telomerase activity and telomere dynamics in various cell types. Consequently, investigations into this research tool have examined its potential interactions with cellular stress response pathways, DNA repair mechanisms, and gene expression networks associated with longevity.
 
The 10mg formulation provides sufficient material for comprehensive research programs examining effects on markers of cellular aging and stress resistance.
 
Pineal Gland Biology Research
As a pineal gland compound, this has been investigated for its potential relationships with pineal gland function and circadian rhythm regulation. Indeed, the pineal gland produces melatonin and plays crucial roles in circadian biology, seasonal rhythms, and age-related physiological changes.
 
Research using this longevity compound has explored potential interactions between administration and pineal gland activity, melatonin secretion patterns, and circadian gene expression in controlled laboratory settings.
 
Why Choose This Research Formulation?
Our formulation meets the highest standards for research-grade tetrapeptides. Furthermore, each batch undergoes rigorous quality control testing including mass spectrometry, HPLC analysis, and amino acid sequencing to verify composition, purity, and structural integrity.
 
The aging research material is manufactured in certified facilities following pharmaceutical-grade synthesis protocols to ensure consistency and reliability for scientific investigations. Therefore, researchers selecting this compound benefit from a well-documented material that has been extensively studied in peer-reviewed scientific literature.
 
The tetrapeptide formulation provides scientists with a standardized research tool suitable for controlled experimental conditions and reproducible research outcomes in aging biology and gerontology studies.
 
Important Research Guidelines
This compound is manufactured exclusively for professional laboratory research investigating aging mechanisms, telomere biology, and longevity science. Importantly, the telomerase compound is not intended for human consumption, treatment, clinical use, or any application outside of controlled research environments.
 
All investigations using this longevity material should be conducted by qualified researchers in appropriate laboratory settings following institutional research protocols and safety guidelines.
 
Order your pharmaceutical-grade formulation today and advance your research into aging biology, telomerase mechanisms, and longevity science with this high-purity research compound.