UNSPSC 85323400: Diagnoses of lymphocyte or complement system immunodeficiencies

This classification denotes the group of activities that yields a diagnosis of Lymphocyte or complement system immunodeficiencies

UNSPSC 85323400 Diagnoses of lymphocyte or complement system immunodeficiencies is a Class code that does not reflect the state and local procurement activity currently tagged under it. The three recent opportunities posted under this code are a diagnostic imaging Picture Archiving and Communication System (PACS) implementation, a single-source ultrasound equipment procurement, and an on-call phlebotomy blood draw service contract — none of which involve diagnosis of immunodeficiencies. The mismatch between the nominal code scope and the actual work being solicited suggests either miscoding in the source jurisdictions' procurement systems or a fundamental misalignment in how this code is being applied in practice. State and local buyers appear to be using this code to tag clinical diagnostic and laboratory equipment or services broadly, rather than the specific immunological pathology testing the code name describes.

The recent opportunities span California, Florida, and New Mexico, with issuing bodies including San Mateo Medical Center (a county hospital system), Collier County Procurement Services Division in Florida, and the Albuquerque Police Department in New Mexico. The San Mateo RFP for PACS, posted July 9, 2026 with responses due August 7, 2026, seeks enterprise-grade imaging system implementation with EPIC integration and 99.9% uptime; the Collier County Notice of Intent (posted April 1, 2026) targets single-source acquisition of ultrasound equipment from EchoNous, Inc.; and the Albuquerque RFB (posted January 26, 2026, due February 25, 2026) procures 24/7 on-call phlebotomy services with anticipated volume of 300 annual calls. Without evidence that this code correctly describes immunodeficiency diagnostic testing activity in current state and local solicitations, pursuit under this code designation carries significant misalignment risk.