UNSPSC 85892641: Low dose rate (ldr) brachytherapy of diaphragm using cesium 137 (cs-137)

This classification denotes the group of activities that yields a radiation therapy intervention or procedure of low dose rate (ldr) brachytherapy of diaphragm using cesium 137 (cs-137). This 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 DB18B7Z

UNSPSC 85892641 Low dose rate brachytherapy of diaphragm using cesium 137, a Commodity code, shows minimal alignment between its nominal scope and recent state and local procurement activity. The code is defined around a highly specialized oncology procedure — internal radiation therapy targeting the diaphragm — yet the single recent opportunity in the source is a health professional staffing RFQ from the County of Santa Clara Health System seeking temporary clinical personnel across audiology, cardiology, radiology, gastroenterology, and other ancillary specialties. That solicitation carries no connection to brachytherapy, cesium-137, or diaphragm-focused oncology care.

The County of Santa Clara Health System's RFQ (RFSQHHSFY270052), due October 7, 2026, establishes a non-exclusive qualified vendor pool for temporary health professional staffing with no guaranteed volume and a five-year term — a typical cooperative-purchasing vehicle for clinical staffing flexibility rather than a procurement of the specialized radiation-oncology service the code nominally describes. The source contains no evidence of recent state or local opportunities specifically soliciting brachytherapy equipment, physicist services, or related radiation-oncology consumables under this code. The mismatch suggests the code may be rarely or incorrectly tagged in state and local procurement systems, or that brachytherapy procurement falls under different codes. Business development firms pursuing radiation-oncology or oncology physics work should verify code alignment independently rather than rely on this code's recent activity.