UNSPSC 85752737: Bypass bilateral vas deferens to left vas deferens, percutaneous endoscopic approach

This classification denotes the group of activities that yields a surgical intervention or procedure to bypass bilateral vas deferens to left vas deferens, 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 0V1Q4ZP

UNSPSC 85752737 Bypass bilateral vas deferens to left vas deferens, percutaneous endoscopic approach is a Commodity code that bears no alignment with recent state and local procurement activity. The code appears to describe a specific urological surgical procedure, yet the recent opportunities tagged under it reflect administrative health-services procurement—independent medical evaluations for pension boards, pharmacy benefit management, occupational medical surveillance, surgical benefit carve-out programs, temporary health professional staffing, and emergency medical services for youth in detention. None of these solicitations involve the procedure named in the code.

State and local governments show no recent procurement activity under this code that corresponds to its stated scope. The six opportunities in the recent record span city retirement offices (Phoenix), county human resources and health systems (Long Beach, Collier County, Santa Clara), state transportation agencies (Washington State Department of Transportation), and county juvenile justice departments (Harris County), but all solicit general medical services administration, staffing, or benefit management rather than the specific endoscopic surgical procedure the code nominates. The geographic spread includes Arizona, California, Florida, and Washington, but the activity is organizational and administrative, not procedural or clinical supply-related. A vendor pursuing this code should verify whether the UNSPSC classification in use by target agencies matches the procedural scope, as the current signal suggests misclassification in the source systems.