UNSPSC 85871609: Computerized tomography (ct scan) of abdominal aorta using low osmolar contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to computerized tomography (ct scan) of abdominal aorta using low osmolar 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 B4201ZZ

UNSPSC 85871609 Computerized tomography (CT scan) of abdominal aorta using low osmolar contrast is a Commodity code that nominally describes a specific diagnostic imaging service, but recent state and local procurement activity under this code does not align with that scope. The three recent opportunities tagged to this code involve Picture Archiving and Communication System (PACS) software implementation, ultrasound equipment procurement, and phlebotomy blood draw services—none of which are CT scans or abdominal aorta imaging. The code shows little relevant recent activity in its stated domain; instead, the tagged opportunities span health system infrastructure, mobile diagnostic equipment, and laboratory support services across different vendor types and jurisdictions.

The geographic spread of recent activity includes California (San Mateo County Medical Center), Florida (Collier County), and New Mexico (Albuquerque Police Department / Bernalillo County), with San Mateo Medical Center issuing an RFP for Diagnostic Imaging PACS due August 7, 2026, that requires EPIC EHR integration, 99.9% uptime, and HIPAA Business Associate Agreement compliance, and Collier County posting a Notice of Intent to Single Source EchoNous, Inc. for ultrasound equipment and a five-year warranty running through March 25, 2028. The mismatch between the code's intended commodity—a specific radiological procedure—and the actual work being solicited suggests either a classification error in the source data or minimal recent demand under this particular code in state and local procurement channels.