UNSPSC 85683356: Drainage of left temporal bone with drainage device, percutaneous endoscopic approach

This classification denotes the group of activities that yields a surgical intervention or procedure to drainage of left temporal bone with drainage device, 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 0N9640Z

UNSPSC 85683356 Drainage of left temporal bone with drainage device, percutaneous endoscopic approach is a Commodity code that does not reflect the scope of actual state and local procurement activity currently being solicited under this classification. The recent opportunities tagged with this code encompass correctional health services, pharmacy benefit management, virtual primary care, peer support services, and fire department medical direction — none of which involve the orthopedic or otolaryngologic surgical procedure that the code name describes. The source shows a systematic mismatch between the UNSPSC taxonomy assignment and the goods and services state and local jurisdictions are actually buying.

The five most recent opportunities posted under this code span Georgia, Florida, and California issuing bodies, including county corrections departments, county board of commissioners human resources and health divisions, county behavioral health services, and municipal fire departments. The geographic spread and issuing-body mix reflect fragmented health and public safety procurement activity rather than a coherent commodity class. No repeat buyers appear in the recent record, and the work types — jail medical services, employee pharmacy coverage, county employee virtual care, peer support pilot programs, and EMS medical direction — share no operational or service delivery characteristics with the code's stated orthopedic-endoscopic scope. The source provides no evidence that this code is capturing legitimate state and local procurement activity in its intended domain.