UNSPSC 85573316: Removal of synthetic substitute from diaphragm, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to removal of synthetic substitute from diaphragm, 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 0BPT0JZ

UNSPSC 85573316 Removal of synthetic substitute from diaphragm, open approach is a Commodity code that shows no relevant recent state and local procurement activity. The six recent opportunities posted under or near this code—including independent medical evaluation services (Phoenix), surgical benefit carve-out programs (Long Beach), occupational medical surveillance (Washington State Ferries), emergency and specialty medical services for detained youth (Harris County), pharmacy benefit management (Collier County), and temporary health professional staffing (Santa Clara County Health System)—address administrative healthcare contracting, benefits management, occupational health compliance, and clinical staffing, none of which align with surgical removal of synthetic diaphragm substitutes or orthopedic implant extraction procedures. The mismatch suggests this code has been misapplied to general healthcare procurement categories rather than the specific surgical procedure its name describes.

State and local procurement offices do not appear to solicit diaphragm implant removal services under this or adjacent codes at present. The issuing bodies posting healthcare opportunities in this dataset span county health systems, municipal retirement boards, state transportation agencies, and county probation departments, but none seek specialized surgical implant services. If your firm offers diaphragm implant removal or related surgical services to state and local healthcare systems or workers' compensation programs, monitor this code and adjacent surgical procedure codes for future activity, but current signals do not support immediate pursuit.