MDPV

Overview

MDPV (3,4-methylenedioxypyrovalerone) is a synthetic cathinone-class analyte used as an analytical reference standard in controlled laboratory research. In analytical and forensic chemistry settings, MDPV is typically treated as a synthetic cathinone research chemical for method development and confirmatory measurements. A supplier COA/identity document should be used to confirm the CAS number for your specific lot (CAS number not available here unless provided). MDPV reference materials support regulated workflows such as LC-MS/MS and GC-MS calibration and provide stable identity anchors for forensic toxicology panels, metabolomics target lists, and instrumental performance qualification. Use is restricted to laboratory environments following institutional safety and compliance procedures.

Chemical & Physical Properties

MDPV is commonly provided as a white crystalline solid (free base or a lab-specified salt form). Solubility and ionization behavior can differ depending on the salt form and solvent system, so laboratories typically prepare stocks using validated polar organic solvents (such as methanol, acetonitrile, or DMSO) and then dilute into the mobile phase or injection solvent as required by the analytical method. Practical preparation notes should include verifying solubility at target concentrations, confirming absence of particulates by visual inspection/centrifugation if your SOP requires it, and aligning working solution duration with your method’s stability study data.

Primary Research Applications

MDPV reference standard supports LC-MS/MS and GC-MS workflows for calibration, retention/transition qualification, and confirmatory identification in forensic toxicology and clinical toxicology research. As a synthetic cathinone target, it is commonly used in analytical method development to establish quantitative response functions and to support validation activities such as linearity, carryover checks, and matrix-effect evaluation in controlled studies. Laboratories may also use MDPV in HPLC method comparisons, instrumental harmonization studies, and in vitro analytical binding/interaction experiments where a synthetic cathinone reference analyte is required. These applications are typically performed within validated quality systems to produce defensible, traceable analytical outputs.

Storage & Stability

To maintain analytical integrity, store MDPV in a sealed container under cool, dry conditions, minimizing exposure to air and moisture. Prepare working aliquots to reduce repeated handling, and follow your internal SOP for labeling, lot tracking, and expiration based on your documented stability assessment. If using polar organic solvents for stocks, keep working solutions protected from extended bench time and repeatedly verify performance using your analytical QC strategy (e.g., calibration checks, blanks, and control materials).

Closing Statement

MDPV reference standards are intended for laboratory-only analytical research, including forensic toxicology confirmation and regulated instrument method validation. Review the lot-specific documentation (e.g., COA, identity verification notes, and analytical reports) to confirm salt form, purity, and any storage/handling constraints. All preparation and analytical use should be performed under your institution’s safety controls and compliance requirements for controlled research chemicals.

⚠️ DISCLAIMER:

This product is sold strictly for laboratory and research purposes only. It is NOT intended for human or veterinary consumption, diagnostic use, or any application involving living organisms. All customers must be qualified and trained laboratory professionals. Buyer assumes all responsibility for safe handling, storage, and legal compliance in accordance with their local, state, and federal regulations. Always use appropriate personal protective equipment (PPE) and work within a properly ventilated fume hood.