UNSPSC 85891137: Low dose rate (ldr) brachytherapy of brain using other isotope

This classification denotes the group of activities that yields a radiation therapy intervention or procedure of low dose rate (ldr) brachytherapy of brain using other isotope. 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 D010BYZ

UNSPSC 85891137 Low dose rate brachytherapy of brain using other isotope is a Commodity code that shows a significant mismatch between its nominal scope and recent state and local procurement activity. The code nominally describes a specialized oncology treatment modality — low-dose-rate radioactive implant therapy for brain tumors using isotopes other than iridium-192 — yet the single recent opportunity posted under this code is an RFQ issued by the County of Santa Clara Health System for temporary health professional staffing services across thirteen ancillary clinical categories, due October 7, 2026. That opportunity covers audiology, cardiology, diagnostic imaging, gastroenterology, health services assistance, medical social work, ophthalmology, orthopedics, patient transport, respiratory care, sterile processing, surgical and labor-and-delivery support, and therapy services, with no mention of brachytherapy, oncology, or brain-tumor treatment.

The mismatch suggests either a coding error in the county's procurement system or a fundamental divergence between the code's technical definition and how it is being applied in practice. The Santa Clara RFQ establishes a non-exclusive qualified-vendor pool with no guaranteed work and a five-year term, allowing vendors to propose for all categories or self-select specific specialties. Given the absence of recent opportunities that actually align with the code's stated clinical scope, this code appears inactive for its intended brachytherapy purpose within state and local procurement and presents limited pursuit opportunity unless the underlying coding has been corrected in more recent solicitations not reflected here.