KPV peptide: Lys-Pro-Val sequence and identity checks

Understand the KPV sequence, residue notation and missing terminal-form details before matching the compound to a certificate of analysis.

Substantially revised on 3 October 2026 to focus on molecular identity, naming, chemistry, testing and documentation.

KPV stands for lysine–proline–valine, a three-residue peptide sequence. The supplied certificate prints KPV, but does not specify the terminal groups in that sequence line. Those details matter when identifying the complete chemical form.

Read KPV as a sequence

The existing primary identity sources describe KPV as Lys-Pro-Val. The supplied 10 mg report also prints KPV and calls the material a synthetic tripeptide. These records support the residue order; the report’s abbreviated notation does not supply every structural field.Dalmasso et al. (2008) (opens in a new tab)KPV 10 mg report: MA-KPV-0012 (opens in a new tab)

KPV identity fields
FieldReference or document detail
Name and sequence shorthandKPV; Lys-Pro-Val; lysine–proline–valine
Residues3
Sequence in the supplied reportKPV
Terminal groupsNot specified in the report’s sequence line
CAS number67727-97-3 (PubChem registry number for the Lys-Pro-Val tripeptide); not verified for the supplied form, whose terminal groups the report does not state
Molecular formula and weightNot assigned here because the complete terminal and material form is unresolved
KPV 10 mg report: MA-KPV-0012 (opens in a new tab)Dalmasso et al. (2008) (opens in a new tab)

Keep variant notation visible

Elliott and colleagues’ material descriptions distinguish KPV from KP-D-V, which explicitly changes the valine stereochemical designation. Keep the D notation when recording that variant rather than shortening both descriptions to KPV.Elliott et al. (2004), PMID 15102092 (opens in a new tab)

The report itself records identity matching against a qualified reference by LC-HRMS. Request the reference’s full sequence notation, terminal groups and chemical form when a complete identity specification is needed. This is more precise than filling the empty fields from a similarly named listing.KPV 10 mg report: MA-KPV-0012 (opens in a new tab)

Connect the sequence to the sample record

The linked 10 mg certificate is report MA-KPV-0012, revision 01, for lot KPV-12-PR5. It separates the identity result, chromatographic area percentage and measured content. Its reported content is 9.99 mg; that result belongs to the named sample.KPV 10 mg report: MA-KPV-0012 (opens in a new tab)

For a blend containing KPV, retain KPV as its own component with its own amount and identity reference. The KLOW guide provides the documented four-component declaration.KPV 10 mg report: MA-KPV-0012 (opens in a new tab)KLOW 80 mg report: MA-BLD-0010 (opens in a new tab)

Product and certificate checks

Sources and further detail

  1. KPV 10 mg report: MA-KPV-0012 (opens in a new tab)

    Supplied PDF re-read on 3 October 2026. Identity wording and document-specific results are transcribed; this is not independent authentication.

  2. Dalmasso et al. (2008) (opens in a new tab)

    Existing dossier used only for the Lys-Pro-Val identity notation.

  3. Elliott et al. (2004), PMID 15102092 (opens in a new tab)

    Existing material-description evidence for KPV and the explicitly named D-valine variant.

  4. KLOW 80 mg report: MA-BLD-0010 (opens in a new tab)

    Supplied PDF re-read on 3 October 2026. Identity wording and document-specific results are transcribed; this is not independent authentication.

Revised 3 October 2026 using the existing source dossier and the specified primary identity records. Report values describe the linked samples. Products are for laboratory research use only.

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