UNSPSC 85891407: Low dose rate (ldr) brachytherapy of bone marrow using californium 252 (cf-252)

This classification denotes the group of activities that yields a radiation therapy intervention or procedure of low dose rate (ldr) brachytherapy of bone marrow using californium 252 (cf-252). 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 D710BCZ

UNSPSC 85891407 Low dose rate brachytherapy of bone marrow using californium 252 (CF-252) is a Commodity code that describes specialized radiation oncology treatment delivery, but the recent state and local procurement activity tagged under this code shows no alignment with its nominal scope. The single recent opportunity on record—a Request for Qualifications and Proposals from Boswell, Mississippi posted April 2, 2026—solicits an Occupational Therapist position, a clinical role entirely outside radiation therapy or brachytherapy practice. State and local procurement offices occasionally apply UNSPSC codes inconsistently or retain legacy tags that do not match current contracting need; this code appears to reflect such a mismatch rather than genuine demand for CF-252 brachytherapy services in the state and local market.

The Boswell, Mississippi RFQP due April 24, 2026 requires licensure under Mississippi state law and relevant occupational therapy credentials and experience, but the solicitation materials do not disclose contract duration, compensation, set-asides, or funding source. Given the single, off-code opportunity and the absence of other recent state and local activity under this Commodity code, procurement volume and geographic spread cannot be reliably characterized. Business development professionals should verify directly with state and local procurement offices whether this code continues to be used for brachytherapy procurement; if activity exists, it may be classified under different UNSPSC codes or tracked outside public notice databases.