UNSPSC 51263312: Tolboxane

This classification denotes an alpha-adrenergic blocking agent with the molecular formula C14H21BO2, a preparation that US FDA regulates as an active ingredient or moiety under Unique Ingredient Identifier 33P8JV23L7, chemically known as 1,3,2-dioxaborinane, 5-methyl-5-propyl-2-p-tolyl- but generally known as tolboxane, which bears US NIH Compound Identifier 72134. European Medicines Agency schedules Tolboxane in its eXtended EudraVigilance Medicinal Product Dictionary or XEVMPD under Index SUB11149MIG.

UNSPSC 51263312 Tolboxane, a Commodity code, addresses the procurement of drug deactivation and harm-reduction pharmaceutical products that state and local health departments and county public health agencies purchase to support overdose prevention and community health initiatives. The recent activity under this code centers on naloxone and safe drug deactivation systems—products designed to mitigate the effects of opioid overdose and manage controlled substances safely in community settings. These procurements typically involve competitive bidding processes with volume commitments and recurring delivery schedules tied to public health service delivery.

Seminole County, Florida posted an IFB (Invitation for Bid) in June 2026 for an annual supply of 1,900 units of naloxone and 800 safe drug deactivation systems, with quarterly deliveries to the Seminole County Community Health Building in Sanford. The contract includes a two-year initial term with an optional one-year renewal, fixed-fee pricing, and standard compliance requirements including drug-free workplace certification, E-Verify authorization, and insurance coverage (workers' compensation, commercial general liability, and professional liability). The procurement indicates potential FEMA funding and associated federal compliance obligations. Beyond this single recent opportunity in Florida, the source provides no additional state and local contract activity under this code, limiting visibility into geographic spread or issuing-body concentration.