UNSPSC 85702372: Drainage of lumbar vertebra with drainage device, percutaneous approach

This classification denotes the group of activities that yields a surgical intervention or procedure to drainage of lumbar vertebra with drainage device, percutaneous 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 0Q9030Z

UNSPSC 85702372 Drainage of lumbar vertebra with drainage device, percutaneous approach is a Commodity code that shows no meaningful alignment between its nominal medical procedure description and the state and local opportunities recently tagged under it. The recent solicitations — independent medical evaluation services for public safety disability pension determinations, surgical benefit carve-out management for municipal employees, occupational medical surveillance, emergency and specialty medical services for detained youth, pharmacy benefit management, and temporary health professional staffing — span health plan administration, occupational medicine, and clinical staffing support, none of which involve lumbar vertebra drainage procedures or any procedural implant or device work. The mismatch suggests either systematic miscoding in the procurement source or a fundamental disconnect between the taxonomy assignment and actual purchasing activity.

The issuing bodies represent diverse state and local jurisdictions: municipal retirement offices (City of Phoenix), city human resources departments (City of Long Beach), state transportation agencies (Washington State Department of Transportation), county juvenile justice systems (Harris County), county health systems (County of Santa Clara), and county employee benefit programs (Collier County). Geographic activity spans Arizona, California, Florida, Washington, and Texas, with no concentration in any single state or region. Because the coded work does not match the opportunities presented, this code warrants review for recoding accuracy rather than pursuit based on current activity signals.