All peptides
KPV 10mg research peptide vial — buy KPV 10mg UK | Peptides UK 4U
Recovery & Repair

KPV 10mg

Synthetic tripeptide fragment (Lysine–Proline–Valine), lyophilised powder (10mg, 99%+ purity) for laboratory research into peptide signalling and regulatory pathway interaction.

Size
Choose a format
Vial
Best value · Same-day dispatch by 1pm Mon-Fri
Lowest cost per mg - sealed lyophilised vial
£34.99

Best value and fastest option — supplied as a lyophilised vial, shipped the same day when ordered by 1pm, Monday to Friday.

£34.99
SKU: KPV10

For In Vitro Use Only — Not for Human Use

Lab-Verified Purity
View COAs
99%+
HPLC purity
Mass-Spec
Identity verified
Batch CoA
Independent lab

Factory independent testing is reviewed for every batch, and we go the extra mile with our own independent HPLC & mass-spec testing in Europe. Where our certificate has been published, it is batch-numbered so you can match it to your vial.

Verified customer WhatsApp support group
Invite-only. Your personal invite link is sent automatically with your shipping confirmation after your first order — please don't message us to request it. Batch COAs, order updates and stock news.
Research reference
99%+ HPLC purity
Tracked 24 · same-day dispatch by 1pm
UK-registered Ltd
WhatsApp support

Overview

KPV 10mg is a synthetic peptide fragment supplied as a lyophilised powder for laboratory research use. It is selected within controlled environments for investigation into peptide structure, receptor interaction, and signalling pathways.

Research

Within laboratory settings, KPV (Lysine–Proline–Valine) is studied for its interaction with cellular signalling pathways and peptide-mediated biological processes. Research applications commonly focus on peptide stability, receptor activity, immune-related pathway modelling, and gastrointestinal research under controlled experimental conditions. KPV is a naturally occurring fragment derived from alpha-melanocyte-stimulating hormone (α-MSH) and is frequently investigated in peptide research relating to cellular communication and regulatory pathway interaction.

View basket0Checkout