UNSPSC 85601308: Supplement cecum with synthetic substitute, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to supplement cecum with synthetic substitute, 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 0DUH0JZ

UNSPSC 85601308 Supplement cecum with synthetic substitute, open approach is a Commodity code that carries a medical-procedure name disconnected from state and local government procurement activity. The recent opportunities tagged under this code do not involve surgical cecal implants or related surgical supplies; instead, they span jail medical services, pharmacy benefit management, virtual primary care, peer support services for mental health workers, and fire department medical direction. These solicitations represent diverse health care service categories—none of which align with the code's nominal scope—suggesting either systematic miscoding in the posting system or a fundamental mismatch between the UNSPSC taxonomy and how these jurisdictions are tagging their opportunities. The code shows little relevant recent activity for firms pursuing state and local contracts in surgical supplies or implantable devices.

The issuing bodies include county corrections departments, county boards of commissioners, county health systems, and municipal fire departments across Florida, Georgia, and California. No patterns of repeat buyers or standout concentration emerge. Geographic activity is dispersed across Collier County and Monroe County in Florida, Muscogee County in Georgia, San Mateo County in California, and Santa Monica in California. Without a coherent scope of work tied to the code's surgical-device taxonomy, business development teams should verify the correct UNSPSC classification before pursuing opportunities appearing under this code, as the posted solicitations do not reflect procurement in the synthetic cecal-supplement domain.