UNSPSC 85435205: The diagnosis of toxic effect of venom of other arthropods

In this classification, this covers the group of activities that yields a diagnosis of toxic effect: Venom of other arthropods. Toxic effect: Venom of other arthropods is listed In The World Health Organization's International Statistical Classification of Diseases and Related Health Problems (ICD-10) as a four-character category under code T63.4.

UNSPSC 85435205, Diagnosis of toxic effect of venom of other arthropods, is a Commodity code that shows no alignment with the state and local procurement opportunities currently posted under its designation. The three most recent opportunities tagged to this code span diagnostic imaging systems (San Mateo Medical Center's PACS implementation), special education contracted services (Birdville Independent School District), and temporary health professional staffing (County of Santa Clara Health System) — none of which relate to the diagnosis of arthropod venom toxicity or occupational health surveillance in that clinical domain. The mismatch suggests either a data classification error in the underlying state and local procurement system or that this UNSPSC code is not actively used for relevant state and local solicitations.

The geographic spread of the three opportunities — California (San Mateo and Santa Clara counties) and Texas (Tarrant County) — reflects the jurisdictions that have recently posted contracts tagged to this code, but the work being procured there does not correspond to the code's stated clinical scope. No opportunities focused on diagnostic protocols, laboratory testing, clinical assessment, or occupational health services related to arthropod envenomation are evident in the recent posting history. State and local procurement professionals evaluating this code should verify its accuracy against their agency's intended scope before developing go-to-market strategy or capability statements, as current activity under the code designation does not represent the work the code's name describes.