UNSPSC 85881016: Planar nuclear medicine imaging of spine using technetium 99m (tc-99m)

This classification denotes the group of activities that yields an intervention or procedure of planar nuclear medicine imaging of spine using technetium 99m (tc-99m). 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 CP151ZZ

UNSPSC 85881016 Planar nuclear medicine imaging of spine using technetium 99m (tc-99m) is a Commodity code that shows minimal recent alignment with state and local procurement activity. The three most recent opportunities tagged to this code are a diagnostic imaging PACS (Picture Archiving and Communication System) implementation solicitation from San Mateo Medical Center, a special education contracted services RFP from Birdville Independent School District in Texas, and a temporary health professional staffing qualification vehicle from the County of Santa Clara Health System. None of these opportunities involve planar nuclear medicine imaging of the spine or technetium 99m procedures; they address enterprise imaging infrastructure, education support services, and general health professional staffing placement, respectively. The code's nominal scope does not reflect the actual work state and local procurement offices are buying under this classification.

San Mateo County's Medical Center posted the most relevant of these solicitations on October 7, 2026, seeking PACS software and implementation services with a response deadline of October 21, 2026—a system to support 65,000 annual radiology studies, 5,000 cardiology studies, and 8,000 mammography interpretations with EPIC integration, 99.9% uptime, and 9–12 month implementation. The code demonstrates no recent, substantive state and local procurement activity in nuclear medicine imaging procedures or associated diagnostic services. Firms pursuing work under this code should verify current tagging practices with individual jurisdictions, as the recent opportunities suggest potential classification drift or data entry error rather than active market demand for planar nuclear medicine imaging services.