UNSPSC 85873406: Computerized tomography (ct scan) of intracranial sinuses using other contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to computerized tomography (ct scan) of intracranial sinuses 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 B522YZZ

UNSPSC 85873406 Computerized tomography (CT scan) of intracranial sinuses using other contrast is a Commodity code that does not align with the state and local opportunities currently posted under it. The three recent solicitations tagged to this code involve diagnostic imaging systems architecture (a PACS platform), portable ultrasound equipment, and phlebotomy services — none of which are CT scanning services or match the code's nominal scope of intracranial sinus imaging procedures. The mismatch suggests that this code sees minimal relevant recent activity in state and local procurement, or that jurisdictions are applying it inconsistently to medical procurement work outside its stated scope.

The three opportunities posted under the code originate from different issuing bodies and geographies: San Mateo Medical Center (part of San Mateo County) in California posted an RFP for Diagnostic Imaging PACS due August 7, 2026; Collier County, Florida issued a Notice of Intent to Single Source EchoNous ultrasound equipment with a March 26, 2026 submission deadline; and the Albuquerque Police Department in New Mexico issued an RFB for on-call blood draw services due February 25, 2026. The opportunities span California, Florida, and New Mexico with no identifiable repeat buyers or concentrated geographic pattern. Given the absence of CT scan procurement aligned with the code's stated scope and the presence of functionally unrelated medical and forensic service solicitations, this code does not represent a reliable indicator of actual state and local contracting activity in computed tomography imaging.