UNSPSC 85515101: Revision of nonautologous tissue substitute in lower artery, percutaneous approach

This classification denotes the group of activities that yields a surgical intervention or procedure to revision of nonautologous tissue substitute in lower artery, 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 04WY3KZ

UNSPSC 85515101 Revision of nonautologous tissue substitute in lower artery, percutaneous approach is a Commodity code with minimal relevant recent state and local procurement activity. The recent opportunities posted under this code do not reflect procurement of tissue substitutes, arterial revision procedures, or related implantable medical devices. Instead, the opportunities tagged to this code cover occupational medical surveillance, independent medical evaluations for pension disability determinations, pharmacy benefit management, surgical benefit carve-out programs, temporary health professional staffing, emergency and specialty medical services for detained youth, and related healthcare administration and staffing services. None of these solicitations involve the procurement of nonautologous tissue substitutes or percutaneous arterial revision procedures, indicating either a systematic coding misalignment in the state and local procurement systems or a lack of current solicitation activity under the code's actual scope.

The geographic distribution of the six recent opportunities spans Arizona (Phoenix), California (Long Beach and Santa Clara County), Washington (statewide), Florida (Collier County), and Texas (Harris County), but this distribution reflects the broader healthcare procurement activity tagged to the code rather than tissue substitute or arterial procedure procurement. No representative recent opportunities exist for the Commodity code's nominal scope. State and local procurement systems should verify coding accuracy if seeking activity in vascular tissue substitutes and arterial revision procedures.