Cartalax
AED ultrashort peptide (CID 87815447) — ≠ Cardiogen AEDR; thin Khavinson set.
Editorial review: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
Reported experiences
Reported topics are not established benefits.Risks and unknowns
Compare experiences with care.
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