Synthetic tetrapeptide Ala-Glu-Asp-Gly
PRODUCT PROFILE
Epithalon
£58.00
Epithalon is synthetic tetrapeptide ala-glu-asp-gly. Researchers examine it in relation to telomere, circadian and cellular-ageing hypotheses.
A proposed pineal-derived bioregulator with telomere-focused claims, not a mitochondrial-targeting peptide.
- Evidence stagePreclinical
- AvailabilityUnavailable
- Batch recordOpen COA
- DispatchConfirmed at checkout
Out of stock
Ask about availabilitySUGGESTED ADD-ONS
Useful additions, clearly shown.
Suggestions are organised by vial format and catalogue context. They are not combined-use guidance or personal-use advice.
-
Specification review

Bacteriostatic Water
Price range: £4.49 through £8.9910 mL | 3 mLBatch file pendingA laboratory supply with two volume variants, not a peptide or biologically active comparison material.
Available · select size for stockAdd to basket This product has multiple variants. The options may be chosen on the product page -
Preclinical

BPC-157
£32.99Batch COA availableBPC-157 is mainly discussed around stomach and local tissue-repair models. TB-500 is instead studied for actin, cell movement…
Available · 30 in stockAdd to basket -
Preclinical

TB-500
£32.99Batch COA availableTB-500 is discussed as a fragment-like repair material, while thymosin beta-4 is the full natural protein and BPC-157…
Available · 30 in stockAdd to basket
PRODUCT INFORMATION
Clear first. Detailed when needed.
What this material is+
Epithalon is synthetic tetrapeptide ala-glu-asp-gly. Researchers examine it in relation to telomere, circadian and cellular-ageing hypotheses.
Research focus+
Researchers study ideas around cell ageing, telomeres and body-clock signals. These proposed longevity benefits are not established by strong, large human trials.
How the mechanism differs+
Reported in cell and animal studies to influence telomerase-related and pineal pathways; the mechanism is not clinically validated.
Evidence and limitations+
Evidence is largely preclinical or from small regional studies with limited independent replication.
Testing and batch documentation+
Verified batch documents are available for review.
RESEARCH PROFILE
Understand the distinction.
Researchers study ideas around cell ageing, telomeres and body-clock signals. These proposed longevity benefits are not established by strong, large human trials.
Reported in cell and animal studies to influence telomerase-related and pineal pathways; the mechanism is not clinically validated.
A proposed pineal-derived bioregulator with telomere-focused claims, not a mitochondrial-targeting peptide.
Evidence is largely preclinical or from small regional studies with limited independent replication.
Educational research context only. This information is not dosage, administration or personal-use guidance.


