UNSPSC 85732917: Bypass left ureter to cutaneous with synthetic substitute, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to bypass left ureter to cutaneous with synthetic substitute, open 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 0T170JD

UNSPSC 85732917 Bypass left ureter to cutaneous with synthetic substitute, open approach is a Commodity code whose title describes a specific surgical procedure, yet recent state and local solicitations tagged under this code bear no meaningful connection to urological or surgical implant supply. The code shows little relevant recent activity aligned with its nominal scope; the six posted opportunities instead span independent medical evaluation services, surgical benefit carve-out administration, occupational medical surveillance, youth detention healthcare coordination, pharmacy benefit management, and temporary health professional staffing — none of which involve urological procedures or synthetic urinary conduit devices. This mismatch suggests either a data-classification anomaly or systematic mistagging at the source.

The issuing bodies across these postings include city retirement offices (Phoenix), municipal health departments (Long Beach), state transportation agencies (Washington), county juvenile justice systems (Harris County), county human resources and health consortiums (Collier County), and county health systems (Santa Clara), spread across Arizona, California, Florida, Washington, and Texas. None of the opportunities describe procurement of medical devices, surgical supplies, or implantable materials; instead, they solicit administrative health services, staffing, and benefit management. Without opportunities that actually procure urological surgical devices or related implants, the code presents no actionable signal for vendors in device supply, surgical implant manufacturing, or medical-device distribution.