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Research

Cartalax — living evidence map

The Atlas page holds the claims; this is how its evidence evolved.

Summary

In human mesenchymal stem cells during replicative ageing, the AED peptide activated gene expression and synthesis of the chondrogenic proteins SOX9, aggrecan, type II collagen and COMP. · pmid:37782646

Identity

PubChem CID 87815447: Alanyl-glutamyl-aspartic acid, C12H19N3O8, 333.29 g/mol. · pubchem:87815447

IUPAC name: (2S)-2-[[(2S)-2-[[(2S)-2-aminopropanoyl]amino]-4-carboxybutanoyl]amino]butanedioic acid. · pubchem:87815447

Where the evidence actually sits

Preclinical only100%

Proportion of the 1 claim about Cartalax standing at each tier. Community volume is shown on the Consensus tab beside this and is never averaged into it.

Living evidence history

[The influence of peptides on the chondrogenic differentiation of human mesenchymal stem cells during replicative aging.]. (2023) · preclinical20232023

1 resolved citation, oldest to newest, coloured by tier. Retractions and contradictions land here as they are recorded.

Structure

No structure representation on record. PepJunkie draws only what an authoritative record supplies; for a peptide that is the residue sequence, and none has been curated for Cartalax yet.

Dose evidence, rung by rung

No established safe human dose. Nothing on file establishes one. That is a statement about the evidence PepJunkie holds, not a promise about the molecule.

  1. Approved-label dose · a resolved regulatory document names a labelled dose

    nothing resolved on this rung

  2. Studied human doses · resolved human studies at the established tier

    nothing resolved on this rung

  3. Observational evidence · resolved human data at the emerging tier: thin, or contested

    nothing resolved on this rung

  4. Community-reported protocols · protocol propositions from distinct members, counted once per human

    nothing resolved on this rung

  5. Preclinical evidence · resolved animal, cell or mechanistic work
    • [The influence of peptides on the chondrogenic differentiation of human mesenchymal stem cells during replicative aging.]. · pmid 37782646 · 2023

1 resolved citation, 0 unresolved (an unresolved citation lends nothing). Community volume is its own rung and is never averaged into the evidence rungs.