UNSPSC 85903718: Wound management treatment of integumentary system - upper back / upper extremity using other equipment

This classification denotes the group of activities that yields a physical rehabilitation intervention or procedure of wound management treatment of integumentary system - upper back / upper extremity using other equipment. This 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 F08F5YZ

UNSPSC 85903718 Wound management treatment of integumentary system — upper back / upper extremity using other equipment is a Commodity code. State and local governments show minimal recent procurement activity under this code; the three recent opportunities posted by California's Inland Empire Health Plan, Georgia's DeKalb County, and Nevada's Health Authority are soliciting virtual urgent care services, general medical services, and comprehensive elder care (PACE) operations respectively, none of which align with the code's narrow wound-management scope. The mismatch between the code's nominal taxonomy and the actual work being bought suggests this Commodity tier code either sees limited use or is being applied inconsistently across jurisdictions.

The few opportunities posted carry different notice types and scopes unrelated to wound treatment or integumentary-system care. Inland Empire Health Plan posted an RFI for 24/7/365 virtual urgent care with a response due October 31, 2026; DeKalb County, Georgia issued an RFP for annual medical services with proposals due November 12, 2026; and the Nevada Health Authority released an RFP for PACE operations across multiple service areas with proposals due December 10, 2026. Geographic activity is sparse and scattered across California, Georgia, and Nevada with no apparent concentration. The code shows little relevant recent activity, and state and local procurement offices do not appear to use it consistently for wound-management or integumentary-system-specific contracting.