EPITALON 10MG VIAL
£32.00
Free Shipping Over £50 (UK)
- Free Worldwide Shipping Over £100
- Fast Delivery
- Secure Payments
- Satisfaction Guaranteed
RESEARCH PURPOSES ONLY:
Epitalon is a laboratory-studied synthetic peptide comprised of four specific amino acids: alanine, glutamate, aspartate, and glycine. Researchers primarily utilize this simple tetrapeptide to investigate the mechanics of cellular aging, long-term cellular viability, and biological stability. By observing how such a minimal molecular structure interacts with complex biological systems, scientists aim to map out the foundational pathways involved in how cells change over time.
Mechanisms of Action
Composed of a foundational chain of amino acids, Epitalon is integrated into research models to track core bodily processes at a microscopic level. It serves as a tool to monitor:
- Aging progressions: How cells degrade or adapt over extended periods.
- Telomere dynamics: The maintenance, stabilization, or lengthening of chromosome caps.
- Signaling pathways: The basic communication networks that keep cells functioning.
- Systemic responses: The ways a minor peptide structure can trigger broader biological impacts.
Research Applications
Rather than looking at immediate or acute reactions, Epitalon is specifically deployed in models tracking long-term cellular evolution. It is highly valued in studies requiring a streamlined compound to target precise biochemical pathways without the compounding variables of larger, more complex molecules. Because of its specific relationship with telomere stability, it remains a staple in structural cell preservation research.
Primary Observations
Scientists utilizing Epitalon focus heavily on cellular replication, stability, and endurance under continuous conditions. Investigation areas typically center on:
- Microscopic aging trajectories
- Chromosomal cap integrity and telomere lifespan
- Multi-generational cell functionality
- Peptide-driven signaling networks
The ultimate objective of this research is to clarify how cells maintain homeostasis over time and to decipher the exact role small peptides play in regulating the aging process.
Reviews
There are no reviews yet.