UNSPSC 85705145: Drainage of left toe phalanx, open approach

This classification denotes the group of activities that yields a surgical intervention or procedure to drainage of left toe phalanx, 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 0Q9R0ZZ

UNSPSC 85705145 Drainage of left toe phalanx, open approach is a Commodity code that shows little relevant recent activity aligned with its nominal clinical scope. The recent opportunities tagged under this code reflect broader state and local procurement in occupational health, employee benefits administration, and medical staffing services — not orthopedic surgical procedures or their drainage management.

The source records include an RFP from the City of Phoenix Retirement Office for independent medical evaluation services supporting disability pension determinations (due October 16, 2026); an RFP from the City of Long Beach for surgical and medical procedure carve-out benefits within its PPO health plan (due October 7, 2026); an RFP from the Washington State Department of Transportation for occupational medical surveillance services across 14 ferry system locations (due October 9, 2026); an RFI from Harris County Juvenile Probation Department for emergency and specialty medical services for detained youth (due September 25, 2026); an RFP from Collier County for pharmacy benefit management services covering approximately 2,400 employees and 4,800 covered members (due April 9, 2026); and a solicitation from the County of Santa Clara Health System for a qualified vendor pool in temporary health professional staffing across ancillary clinical categories (due October 7, 2026). None of these opportunities procure drainage procedures or orthopedic surgical services. The code appears to be a classification mismatch; state and local procurement offices do not typically solicit operative procedures through standard contracting channels.