UNSPSC 85772026: Removal of radioactive element from left upper extremity, percutaneous endoscopic approach

This classification denotes the group of activities that yields a surgical intervention or procedure to removal of radioactive element from left upper extremity, percutaneous endoscopic approach. This surgical 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 0XP741Z

UNSPSC 85772026 Removal of radioactive element from left upper extremity, percutaneous endoscopic approach is a Commodity code that shows little relevant recent activity under state and local procurement. The code's nominal scope — a highly specific surgical procedure involving radioactive material removal — does not align with the six recent opportunities identified under this classification. Those opportunities span independent medical evaluation services for public safety pension systems, surgical benefit carve-out programs, occupational medical surveillance, emergency and specialty medical services for detained youth, pharmacy benefit management, and temporary health professional staffing across ancillary clinical categories. None of these solicitations involve radioactive element removal or the specialized percutaneous endoscopic approach the code describes. The mismatch suggests either misclassification by the issuing bodies or that this Commodity code is not actively used in state and local procurement.

The issuing bodies in the sample include city retirement offices (City of Phoenix), municipal health plans (City of Long Beach), state transportation departments (Washington State Department of Transportation), county juvenile probation and health systems (Harris County, Collier County, Santa Clara County), with activity concentrated in Arizona, California, Florida, and Washington. No recent opportunities directly match the code's surgical scope, making this code a skip for firms focusing on procedural medical services under accurate UNSPSC classification.