UNSPSC 85882022: Tomographic (tomo) nuclear medicine imaging of head and neck using indium 111 (in-111)

This classification denotes the group of activities that yields an intervention or procedure of tomographic (tomo) nuclear medicine imaging of head and neck using indium 111 (in-111). 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 CW2BDZZ

UNSPSC 85882022 Tomographic (tomo) nuclear medicine imaging of head and neck using indium 111 (in-111) is a Commodity code that shows minimal alignment with recent state and local procurement activity. The code describes a highly specialized diagnostic imaging procedure — a specific radioisotope-based nuclear medicine scan — yet the recent opportunities posted under this code do not reflect purchases of that service or capability. Instead, the opportunities cluster around diagnostic imaging infrastructure, special education contracting, and temporary health professional staffing, none of which directly correspond to in-111 tomographic imaging of head and neck anatomy. The mismatch suggests either miscoding in the issuing bodies' procurement systems or that this code does not currently reflect active state and local demand for this specific imaging modality.

The three most recent opportunities tagged to this code originate from San Mateo County (California) seeking a Picture Archiving and Communication System (PACS) implementation, Birdville Independent School District (Texas) procuring special education contracted services, and Santa Clara County (California) establishing a qualified vendor pool for temporary health professional staffing. None of these solicitations reference nuclear medicine imaging, in-111 diagnostics, or head and neck tomographic procedures. The disconnect indicates that this code shows little relevant recent activity and merit caution when pursuing opportunities listed under it without explicit confirmation that the work scope matches the code's actual definition.