UNSPSC 85871320: Fluoroscopy of multiple coronary artery bypass grafts using other contrast, laser intraoperative

This classification denotes the group of activities that yields a imaging intervention or procedure to fluoroscopy of multiple coronary artery bypass grafts using other contrast, laser intraoperativefluoroscopy of multiple coronary artery bypass grafts using other contrast, laser intraoperative. 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 B213Y10

UNSPSC 85871320 Fluoroscopy of multiple coronary artery bypass grafts using other contrast, laser intraoperative is a Commodity code that shows minimal alignment with actual state and local procurement activity. The recent opportunities tagged under this code do not reflect diagnostic imaging fluoroscopy services or cardiology-specific interventional procedures; instead, they span enterprise picture archiving and communication systems (PACS), special education contracted services, and temporary health professional staffing across multiple ancillary clinical categories. The mismatch suggests either misclassification at posting or that the code is not actively used by state and local agencies for the service it nominally describes.

The three recent opportunities originate from distinctly different issuing bodies — San Mateo Medical Center (a county public hospital system in California), Birdville Independent School District (a Texas school district), and Santa Clara County Health System (a county health authority) — none of which are soliciting for the fluoroscopy or interventional cardiology imaging services the code name implies. Geographic activity spans California and Texas, but the opportunities are functionally unrelated to fluoroscopic imaging. State and local procurement offices should verify whether this code appropriately describes the goods or services they intend to buy before using it in solicitations or spend analysis.