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Investigational / not FDA-approved

Cartalax

AED ultrashort peptide (CID 87815447) — ≠ Cardiogen AEDR; thin Khavinson set.

Editorial review:
What evidence says

Evidence snapshot

This drawer marks papers. It is not a plan, a dose, or a source. A paper is a bounded report. It is not a protocol. Grades name the object. They are not a safety rating.

Identity lock. Cartalax is the ultrashort peptide alanyl-glutamyl-aspartic acid (Ala-Glu-Asp / AED) in Khavinson-line literature (often framed toward connective tissue / fibroblast / cartilage narratives). PubChem CID 87815447; formula C12H19N3O8 / MW 333.29; CAS 85806-95-7. Synonyms include H-Ala-Glu-Asp-OH / T-31 peptide. ≠ Cardiogen (AEDR) ≠ AEDL mislabeling ≠ full collagen drugs. Human confirmatory RCTs are thin or absent in this PubMed set. This drawer marks papers. It is not use advice.

Bottom line

Evidence is dominated by Khavinson-group fibroblast aging, differentiation, and ultrashort-peptide gene-expression papers. Do not grade Cartalax as a proven human osteoarthritis therapy. Keep AED (tri) separate from AEDR (Cardiogen).

Papers

Cartalax / AED / fibroblast–aging objects

PMID 27259496 — Lin'kova 2016

Tested: peptide regulation of skin fibroblast functions during aging in vitro (short-peptide panel including Cartalax-line framing).

Does not show: a human OA/cartilage repair RCT.

PMID 22808515 — Khavinson 2012

Tested: peptides tissue-specifically stimulating cell differentiation during aging (program paper spanning tissue-selective ultrashort peptides).

Does not show: pivotal human connective-tissue efficacy for Cartalax alone.

PMID 31808038 — Khavinson 2020

Tested: peptide regulation of cell differentiation (secondary synthesis including short peptides).

Does not show: a modern placebo-controlled cartilage outcome trial.

PMID 15455129 — Khavinson 2004

Tested: peptide effects promoting overcoming of the division limit in human somatic cells (gerontological cell-culture framing).

Does not show: human anti-aging clinical proof for Cartalax.

PMID 36979488 — Khavinson 2023

Tested: transporter feasibility for a panel of ultrashort peptides (includes AED-class objects among many).

Does not show: human clinical cartilage regeneration.

PMID 25946838 — Khavinson 2014

Tested: tripeptides slowing aging process in renal cell culture (related ultrashort-peptide aging narrative — keep object-tagged).

Does not show: Cartalax human joint efficacy.

What is not established

Controlled human clinical efficacy for Cartalax in osteoarthritis or tissue repair. Equivalence to Cardiogen (AEDR) or collagen biologics. That in-vitro fibroblast gene-expression changes equal consumer joint outcomes. This drawer does not provide use advice, schedules, or sourcing.

Selected sources

27259496 22808515 31808038 15455129 36979488 25946838

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