UNSPSC 85763156: Alteration of lower back with autologous tissue substitute, percutaneous endoscopic approach

This classification denotes the group of activities that yields a surgical intervention or procedure to alteration of lower back with autologous tissue substitute, 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 0W0L47Z

UNSPSC 85763156, Alteration of lower back with autologous tissue substitute, percutaneous endoscopic approach (Commodity), shows little relevant recent activity under state and local procurement. The code nominally describes a specific surgical procedure, but the recent opportunities tagged to it span occupational medical surveillance, pharmacy benefit management, temporary health professional staffing, independent medical evaluations for pension disability determinations, surgical carve-out benefits management, and emergency medical services for detained youth — none of which align with the code's technical clinical descriptor. The mismatch suggests misclassification in the state and local procurement system rather than genuine demand for this specific lower-back procedure at the Commodity level.

The issuing bodies in the recent-opportunity set are a state transportation department (Washington State Department of Transportation), county government entities (Harris County Juvenile Probation Department, Collier County Board of County Commissioners, County of Santa Clara), and municipalities (City of Phoenix, City of Long Beach), but their posted work does not map to the code's intended scope. Geographic activity spans Washington, Arizona, California, Florida, and Texas, but again reflects administrative and occupational health procurement rather than orthopedic surgical procedures. Without representative opportunities that actually concern lower-back surgical procedures, the code shows no actionable state and local market signal at present.