Cartalax: dose range, storage & handling reference
Also known as: AED, Ala-Glu-Asp
Quick answer
What is Cartalax?
A cartilage-and-connective-tissue bioregulator peptide, studied for joint and spine support.
Cartalax at a glance
| Dose range referenced | Commonly referenced in research at low microgram-to-milligram amounts per cycle; sources vary |
| Studied for | Cartilage / joint and connective tissue |
| Route referenced in research | Subcutaneous (research) |
| Half-life | Not well characterized |
| Storage | Store lyophilized powder cool and dry, protected from light; refrigerate after reconstitution and use within a short window |
The dose range above describes figures referenced in research literature. It is not a recommendation.
What Cartalax is stacked with in research
Sometimes grouped with other short-peptide bioregulators in research discussions
Reconstituting Cartalax
Concentration is vial contents divided by water added, whatever the compound: a 5 mg vial with 2 mL of bacteriostatic water gives 2.5 mg/mL. The step-by-step reconstitution guide works through the arithmetic, and the free calculator below returns exact syringe units.
This is a reference entry. An expanded profile — mechanism, cited literature, protocol tables and reconstitution math — is being added across the library.
Skip the Cartalax math
Enter vial size, water volume, and target dose — the free calculator returns concentration, injection volume, and exact U-100 syringe units.
Source in Canada
COA-documented research compounds, sourced from Canada.
RegenBioSignals →Referral partner — we may earn a commission.
Related research peptides
Adamax
A synthetic version of a brain-development peptide, studied for cognition and neuroplasticity.
BioregulatorsCardiogen
A heart-tissue bioregulator peptide — lab studies only; no human dosing protocol has been published.
BioregulatorsChonluten
A lung-and-bronchial bioregulator peptide, studied for respiratory tissue support.
Browse all Bioregulators peptides or start with the beginner’s guide to research peptides.