UNSPSC 85882107: Planar nuclear medicine imaging of whole body using other radionuclide

This classification denotes the group of activities that yields an intervention or procedure of planar nuclear medicine imaging of whole body 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 CW1NYZZ

UNSPSC 85882107 Planar nuclear medicine imaging of whole body using other radionuclide is a Commodity code that does not align with the recent state and local contract opportunities posted under it. The three most recent solicitations—a diagnostic imaging Picture Archiving and Communication System (PACS) implementation 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—address enterprise health IT infrastructure, school-based evaluation and therapy services, and clinical staffing placement, respectively. None of these opportunities involve nuclear medicine imaging equipment, radiopharmaceutical procurement, or the operational deployment of planar imaging modalities that the code's nominal scope describes. The mismatch suggests either classification error in how the opportunities were tagged or that the code is simply not actively used for state and local procurement activity that matches its technical definition.

The source provides no recent opportunities that genuinely reflect demand for nuclear medicine imaging services, equipment, or related products under this code. Practitioners evaluating this Commodity should treat it as dormant in the state and local market based on current activity and verify coding accuracy in any RFP or RFQ they encounter that cites 85882107, as the recent record shows state and local buyers purchasing digital health systems, staffing services, and specialized education support—categories that belong under different UNSPSC families entirely.