UNSPSC 85673438: Drainage of left shoulder bursa and ligament with drainage device, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to drainage of left shoulder bursa and ligament with drainage device, 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 0M9200Z

UNSPSC 85673438, a Commodity code, shows no relevant recent state and local procurement activity. The code's nominal scope — drainage of left shoulder bursa and ligament with drainage device, open approach — reflects a specific orthopedic surgical procedure. The six recent opportunities posted to state and local procurement channels under this code do not align with it: the City of Phoenix is soliciting independent medical evaluation services for disability pension determinations; the City of Long Beach is requesting a surgical carve-out benefit program for Centers of Excellence networks; the Washington State Department of Transportation is procuring occupational medical surveillance services; Harris County Juvenile Probation Department is seeking emergency and specialty medical services for detained youth; Collier County is requesting pharmacy benefit management services; and Santa Clara County Health System is establishing a qualified vendor pool for temporary health professional staffing. None of these solicitations involve orthopedic drainage procedures or device implantation.

The mismatch between the code's clinical scope and the opportunities tagged under it suggests this Commodity code does not reflect actual state and local purchasing patterns in orthopedic surgery, bundled procedure networks, or related medical services. No representative orthopedic surgical procedure procurement, healthcare system contracting for surgical centers, or medical device procurement appears in the recent record. The code warrants close monitoring for future activity, but current signals do not support active pursuit.