UNSPSC 51421602: Clobetasone

This classification denotes a therapeutic glucocorticoid, a preparation that US FDA regulates as an active ingredient or moiety under Unique Ingredient Identifier LT69WY1J6D. European Medicines Agency schedules Clobetasone in its eXtended EudraVigilance Medicinal Product Dictionary or XEVMPD under Index SUB06679MIG. Clobetasone generally arises in the molecular formula C22H26CLFO4.

UNSPSC 51421602 Clobetasone is a Commodity code with a mismatch between its nominal scope and recent state and local procurement activity. The code's name suggests pharmaceutical steroid products, but the single recent opportunity in the available record — Seminole County, Florida's IFB 60459723LAS — solicits Naloxone and Safe Drug Deactivation Systems, which fall outside the clobetasone product family. State and local governments appear to use this code infrequently or inaccurately for pharmaceutical and medical supply procurement, and the source shows limited recent relevant activity under the code's actual scope.

The Seminole County opportunity, posted on June 30, 2026 with a response deadline of July 26, 2023, sought 1,900 units of Naloxone and 800 Safe Drug Deactivation Systems annually through quarterly deliveries to the Seminole County Community Health Building in Sanford, Florida. The IFB required vendors to submit bids electronically, include all shipping and delivery costs, provide unit pricing for each line item, maintain E-Verify compliance and drug-free workplace certification, and carry workers' compensation, commercial general liability, and professional liability insurance. The initial contract term was two years with an option for one-year renewal, subject to a three-month probationary period with termination at will. The procurement may have been funded through FEMA, introducing additional federal compliance requirements. No set-aside designations were specified. Beyond this single opportunity, the source supports no other recent state and local solicitations under the clobetasone code, making geographic concentration and issuing-body mix impossible to characterize.