UNSPSC 41151722: Gentamicin test system

In this classification, a Gentamicin test system is a device intended to measure Gentamicin for clinical toxicology purposes. US FDA regulates Gentamicin test system under 21 CFR 862.3450 and under FDA product code DJI

UNSPSC 41151722 Gentamicin test system is a Commodity code with little relevant recent activity. The code nominally describes laboratory diagnostic reagents and test media for bacteriological or microbiological analysis. Recent state and local opportunities posted under this code show a pronounced mismatch: they span timeclock equipment (Mississippi State University), hydrogen generator supplies (City of Philadelphia), fire alarm system components (Mississippi State University), spectrometer instruments (Mississippi State University), water sample testing reagents (Texas HHSC), X-ray anode equipment (State of Oregon), educational materials (Mississippi State University), and analytical instruments across chemistry, biology, and forensics. None of these acquisitions fit the gentamicin or antibiotic-susceptibility test system scope that the code's name implies. The issuing bodies are scattered across state departments, universities, counties, and municipal procurement offices, with Mississippi State University appearing multiple times but for wholly unrelated procurements (sprayers, analyzers, shelters, educational kits). No two opportunities in the block describe the same work or commodity.

The geographic spread includes Mississippi, Texas, Florida, Oregon, Pennsylvania, Illinois, and Wisconsin. Because the recent opportunities do not align with the code's stated scope, patterns in issuing bodies and geography reflect system tagging noise rather than actual demand for gentamicin test systems under this code. The source contains no recent, properly classified procurement for gentamicin or antibiotic-susceptibility test systems. State and local agencies do procure such diagnostics, but they are not appearing in the recent-opportunities block under this code, suggesting either sparse recent activity, systematic miscoding, or both.