UNSPSC 85871902: Plain radiography of bilateral external carotid arteries using other contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to plain radiography of bilateral external carotid arteries using other contrast. This intervention or procedure is listed in the World Health Organization's International Statistical Classification of Diseases and Related Health Problems or ICD-10 as code B30CYZZ

UNSPSC 85871902 Plain radiography of bilateral external carotid arteries using other contrast is a Commodity code that nominally describes a specific diagnostic imaging procedure. However, the recent state and local opportunities tagged to this code show a substantial mismatch: the three most recent solicitations cover diagnostic imaging systems procurement (PACS implementation), special education contracted services (therapists, diagnosticians, evaluators), and temporary health professional staffing across multiple clinical categories. None of these opportunities involve plain radiography procedures or carotid artery imaging. The code appears to show minimal relevant recent activity directly aligned with its stated scope.

The issuing bodies in the sample include a county public hospital system (San Mateo Medical Center), an independent school district (Birdville ISD), and a county health system (Santa Clara). Geographic activity spans California and Texas. The only opportunity with potential connection to diagnostic imaging procurement—San Mateo Medical Center's RFP for Diagnostic Imaging PACS (due October 21, 2026)—focuses on enterprise picture archiving and communication system implementation supporting radiology, cardiology, and dental imaging across 65,000 annual radiology studies, 5,000 cardiology studies, and 8,000 mammography interpretations, not the specific procedure named in the commodity code. Vendors pursuing this code should verify that state and local procurement offices are using it correctly for their intended service lines, as the current tagging suggests potential taxonomy misalignment rather than active opportunity concentration in carotid radiography procurement.