UNSPSC 85882716: Tomographic (tomo) nuclear medicine imaging of lower extremity using thallium 201 (tl-201)

This classification denotes the group of activities that yields an intervention or procedure of tomographic (tomo) nuclear medicine imaging of lower extremity using thallium 201 (tl-201). 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 CW2DSZZ

UNSPSC 85882716 Tomographic nuclear medicine imaging of lower extremity using thallium 201 (tl-201) is a Commodity code showing minimal alignment with recent state and local procurement activity. The code's narrow technical scope — a specific nuclear imaging modality for lower-extremity vascular assessment — does not match the opportunities appearing in current solicitations under this code designation. The three most recent posted opportunities span diagnostic imaging systems architecture (San Mateo Medical Center's PACS implementation), special education contracted services (Birdville Independent School District), and ancillary health professional temporary staffing (County of Santa Clara Health System). Only the San Mateo PACS solicitation touches diagnostic imaging, but it addresses enterprise-wide picture archiving and communication system procurement rather than the isolated nuclear medicine imaging procedure this code nominally describes.

State and local buying under this code shows no recent focused activity in nuclear medicine imaging services or equipment. The mismatch between the code's technical definition and the unrelated solicitations currently tagged to it suggests that state and local procurement offices are not actively using this code to classify nuclear medicine imaging contracts, or that such work falls under alternative classifications at the jurisdiction level. Absence of relevant recent opportunities under this code warrants monitoring for any future nuclear medicine imaging RFPs, RFQs, or cooperative purchasing arrangements, but current pipeline activity does not support pursuit at this time.