UNSPSC 85705301: Removal of nonautologous tissue substitute from left toe phalanx, percutaneous approach

This classification denotes the group of activities that yields a surgical intervention or procedure to removal of nonautologous tissue substitute from left toe phalanx, percutaneous 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 0QPR3KZ

UNSPSC 85705301 Removal of nonautologous tissue substitute from left toe phalanx, percutaneous approach is a Commodity code that shows little relevant recent activity aligned with its stated clinical procedure scope. The recent state and local opportunities tagged to this code instead reflect broader healthcare service categories—disability medical evaluation, pharmacy benefit management, occupational health surveillance, emergency and inpatient hospital care for youth in detention, surgical benefit carve-out programs, and temporary health professional staffing—none of which correspond to the surgical procedure named in the code. This mismatch suggests the code has either been applied incorrectly to unrelated procurements or does not see meaningful state and local purchasing activity in its actual specialty.

The issuing bodies across the identified opportunities span county health systems (Santa Clara, Harris, Collier), municipal retirement boards (City of Phoenix), municipal employees benefits (City of Long Beach), and state transportation departments (Washington State Department of Transportation). Geographic activity appears concentrated in California, Arizona, Washington, and Florida, with no clear pattern of repeat activity under this specific code. Without recent opportunities genuinely soliciting the procedure described in the code title, the signal for business development is unclear; firms should verify whether this code is being used consistently by state and local procurement offices or whether the taxonomy mapping needs correction at the source level.