UNSPSC 51286100: Antibacterial azoles

This classification denotes antibacterials composed of five-membered rings that contain a nitrogen atom, substances called azoles.

UNSPSC 51286100 Antibacterial azoles is a Class code, but the recent state and local opportunities tagged under it show minimal alignment with the code's nominal scope. The four most recent solicitations span naloxone and drug deactivation systems, direct-to-manufacturer pharmacy programs, emergency medical and first aid supplies for fire rescue, and generic multi-source pharmaceuticals and OTC products through a cooperative purchasing vehicle — none of which are antibacterial azole compounds. The code appears to be receiving misclassified procurement activity, with state and local buying offices tagging broad pharmaceutical, medical supply, and pharmacy benefit management solicitations under a narrow chemical classification rather than to more appropriate pharmaceutical or medical supply codes.

The issuing bodies include a Florida county health department (Seminole County), a state health and human services agency (Texas HHS Commission), a municipal fire department (City of Tampa), and a multistate cooperative purchasing alliance (Minnesota MMCAP, serving state and local facilities across multiple states including Oregon). The geographic spread spans Florida, Texas, and the Upper Midwest, with activity concentrated among state health agencies, county health departments, and municipal emergency services. Representative recent solicitations include Seminole County's IFB for naloxone and drug deactivation systems with a due date of July 26, 2026; the City of Tampa's sealed-bid solicitation for medical and first aid supplies for the Fire Department Rescue Division, designated as sheltered for Small Local Business Enterprises with an estimated contract value of $700,000.00; and MMCAP's RFP for generic multi-source pharmaceuticals and OTC products, administered by the Minnesota Department of Administration, with proposals due March 26, 2026. No opportunities explicitly soliciting antibacterial azole products appear in the recent activity block.