UNSPSC 85882311: Positron emission tomographic (pet) imaging of respiratory system using other radionuclide

This classification denotes the group of activities that yields an intervention or procedure of positron emission tomographic (pet) imaging of respiratory system using other radionuclide. 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 CB3YYZZ

UNSPSC 85882311 Positron emission tomographic (PET) imaging of respiratory system using other radionuclide is a Commodity code, but the most recent state and local opportunities tagged under it show no alignment with PET imaging procurement. The three recent solicitations in the block—a diagnostic imaging PACS system from San Mateo Medical Center, special education contracted services from Birdville Independent School District, and a temporary health professional staffing pool from Santa Clara County Health System—do not involve PET imaging equipment, radionuclides, or respiratory imaging technology. The code shows little relevant recent activity; the mismatch suggests tagging error or misalignment between the UNSPSC classification and the actual work solicited.

The San Mateo Medical Center PACS opportunity (RFP 660002526251, due October 21, 2026) involves enterprise-grade picture archiving and communication system implementation supporting radiology, cardiology, and dental imaging with EPIC integration, but does not specify PET imaging or radionuclide procurement. Santa Clara County's temporary staffing qualification vehicle (RFSQHHSFY270052, due October 7, 2026) includes diagnostic imaging and radiology positions in its eligible categories but addresses staffing placement, not imaging equipment or radiopharmaceuticals. Birdville ISD's special education services RFP contains no health imaging component at all. Without source material supporting actual state or local PET imaging or radionuclide procurement activity under this code, no reliable characterization of issuing-body mix, geographic concentration, or representative opportunity scope is possible.