UNSPSC 85716116: Revision of autologous tissue substitute in thoracic vertebral disc, percutaneous approach

This classification denotes the group of activities that yields a surgical intervention or procedure to revision of autologous tissue substitute in thoracic vertebral disc, 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 0RW937Z

UNSPSC 85716116 Revision of autologous tissue substitute in thoracic vertebral disc, percutaneous approach is a Commodity code with no recent state or local contract opportunities that align with its clinical scope. The six recent opportunities posted under this code span disability medical evaluations, surgical benefit carve-out programs, occupational medical surveillance, emergency services for youth in detention, pharmacy benefit management, and temporary health professional staffing—none of which involve revision of autologous tissue substitutes or spine procedures. The code appears to be a mismatch for the state and local buying activity it has drawn, suggesting either systematic coding error or inadvertent misclassification during posting.

The issuing bodies across these opportunities include city retirement offices (Phoenix), municipal health systems (Long Beach), state transportation departments (Washington State Department of Transportation), county probation departments (Harris County), county boards of commissioners (Collier County), and regional health systems (Santa Clara County Health System), representing a mix of administrative, operational, and clinical procurement functions. However, none of these opportunities reflect the orthopedic surgical procedure or tissue-substitute implant work the code nominally describes. Given the complete absence of relevant recent activity under this code, business development professionals should treat this UNSPSC classification as unreliable for procurement planning and pursue traditional medical device or orthopedic surgery channels instead.