Cartalax | 20mg | Research Use Only

Three amino acids. That's the whole peptide.

Cartalax also called T-31, AED, or Ala-Glu-Asp is a short-chain synthetic tripeptide. Three amino acids: alanine, glutamic acid, aspartic acid. That's it. Small molecule, simple structure. In the peptide bioregulator literature, compounds like this get studied for how short peptide sequences interact with gene expression and cellular signaling. Carta lax specifically shows up in research related to cartilage and connective tissue cell models.

Not a drug. Not a supplement. Raw research material. Lab only.

The basics:

Compound name: Cartalax
Also known as: Ala-Glu-Asp, T-31, AED
Type: Synthetic bioregulator peptide
Formula: C12H19N3O8
Weight: 333.29 g/mol
Structure: Short-chain tripeptide
Form: Lyophilized solid

What lab research covers:

Most studies using short-chain peptides like AED look at peptide-mediated gene expression. How a three-amino-acid sequence affects transcription in specific cell types that's the core question. Cellular signaling pathway analysis is another area. Extracellular matrix research uses it too, mostly in connective tissue cell line work. Cartilage structural biology studies reference it in the context of regulatory peptide fragments and tissue-specific mechanisms.

All in vitro. All preclinical. No medical claims. Simple as that.

XXXPeptides supplies Cartalax as a lyophilized solid. High purity standards. Intended for qualified research professionals only. This is a raw material not formulated, not labeled as a supplement, not sold as a therapeutic product of any kind.

Researchers working on other peptide analog research may also find our IGF-1 LR3 1mg long arginine 3 research peptide worth looking at.

Not FDA approved. Can't diagnose, treat, cure, or prevent anything. Sold for lab research. Period.

Not a supplement. Read the terms before ordering. Buying means you're a qualified lab professional and you agree to our indemnification terms.

Keep away from kids. Proper training and equipment required. Improper handling may cause harm.