UNSPSC 85903728: Wound management treatment of integumentary system - head and neck using assistive, adaptive, supportive or protective equipment

This classification denotes the group of activities that yields a physical rehabilitation intervention or procedure of wound management treatment of integumentary system - head and neck using assistive, adaptive, supportive or protective equipmentwound management treatment of integumentary system - head and neck using assistive, adaptive, supportive or protective 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 F08D5FZ

UNSPSC 85903728 Wound management treatment of integumentary system - head and neck using assistive, adaptive, supportive or protective equipment, a Commodity code, does not align with the state and local procurement activity currently tagged under it. Recent opportunities show minimal relevant recent activity under this code.

The source records virtual urgent care services for Inland Empire Health Plan in San Bernardino County, California (RFI 2607426, due October 31, 2026); medical services procurement by DeKalb County, Georgia (RFP, due November 12, 2026); and a series of large-scope health services procurements by Nevada Health Authority, San Mateo County, and other jurisdictions spanning PACE operations, cancer screening, retinal imaging devices, telehealth platforms, EMS staffing, occupational health services, behavioral health programming, and harm-reduction equipment. None of these solicitations target wound management, head and neck treatment, or integumentary system care using assistive or protective equipment. The tagged opportunities instead cover telemedicine infrastructure, behavioral health services, emergency services staffing, occupational medicine, and facility-based clinical delivery—work falling outside the Commodity's stated scope. The code shows no identifiable match to recent state and local procurement activity in the source block.