UNSPSC 51342801: Aranotin

This classification denotes an antiviral agent with the molecular formula C20H18N2O7S2, a preparation that US FDA regulates as an active ingredient or moiety under Unique Ingredient Identifier H56CKB2FFV, chemically known as 5,5a,13,13a-tetrahydro-5,13-dihydroxy-8h,16h-7a,15a-epidithio-7h,15h-bisoxepino(3,4:4,5)pyrrolo(1,2-a:1,2-d)pyrazine-7,15-dione 5-acetate but generally known as aranotin, which bears US NIH Compound Identifier 29844. European Medicines Agency schedules Aranotin in its eXtended EudraVigilance Medicinal Product Dictionary or XEVMPD under Index SUB05551MIG.

UNSPSC 51342801 Aranotin, a Commodity code, does not align with the state and local procurement activity the source reports. The recent opportunities posted under this code involve naloxone, safe drug deactivation systems, and antibiotic pharmaceuticals (Doxycycline Hyclate and Ciprofloxacin Hydrochloride), none of which are aranotin—a tetracycline-class antibiotic with a distinct pharmacological profile. The mismatch suggests either miscoding at the point of solicitation or an artifact in the data collection. State and local governments appear to be buying these items through pharmaceutical warehouse piggyback contracts and direct competitive bidding for community health and emergency response purposes, but the specific code yields no relevant recent activity.

The two opportunities in the source block—an Illinois Department of Public Health pharmaceutical warehouse award to Chartwell Rx LLC in August 2026 for $2,999,999.11 over three years, and a Seminole County, Florida IFB for naloxone and drug deactivation systems with annual quantities of 1,900 and 800 units respectively—do not constitute recent open solicitations under the aranotin commodity code. The Illinois award is a completed contract already assigned to a vendor; the Seminole County opportunity, though posted in June 2026, carries a response deadline of July 26, 2023, indicating stale or duplicate data. No open state or local solicitations for aranotin are present in the source material.