UNSPSC 85872214: Computerized tomography (ct scan) of right pulmonary artery using high osmolar contrast

This classification denotes the group of activities that yields a imaging intervention or procedure to computerized tomography (ct scan) of right pulmonary artery using high 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 B32S0ZZ

UNSPSC 85872214 Computerized tomography (CT scan) of right pulmonary artery using high osmolar contrast is a Commodity code that does not align with the state and local procurement activity posted under it. The three recent opportunities show no relevant solicitations for CT imaging services or contrast media procurement; instead, they span diagnostic imaging systems software (a Picture Archiving and Communication System implementation), special education contracted services (audiologists, speech therapists, occupational therapists), and temporary health professional staffing (including diagnostic imaging/radiology positions). The code's nominal scope—a specific medical imaging procedure performed on a patient—does not match the infrastructure, personnel, and staffing services being sought by state and local agencies in these postings.

San Mateo Medical Center (a county public hospital system in California) posted an RFP on October 7, 2026 (due October 21, 2026) for enterprise-grade PACS implementation supporting radiology, cardiology, and dental imaging with EPIC EHR integration; Birdville Independent School District (northeast Texas) posted a competitive sealed proposal request on September 18, 2026 (due October 21, 2026) for special education contracted services across 30 campuses; and Santa Clara County Health System (California) posted a multiple-award qualification vehicle on July 7, 2026 (due October 7, 2026) to establish a vendor pool for temporary health professional staffing including diagnostic imaging/radiology positions. The code shows little relevant recent activity for the specific service it nominally describes.