UNSPSC 41181552: Myoglobin immunological test system

In this classification, a Myoglobin immunological test system is a device that consists of the reagents used to identify by immunochemical techniques Myoglobin. US FDA regulates Myoglobin immunological test system under 21 CFR 866.5680 and under FDA product code DDR.

UNSPSC 41181552 Myoglobin immunological test system is a Commodity code that state and local governments use to classify laboratory testing services and diagnostic equipment, though the recent opportunities posted under this code show minimal alignment with myoglobin-specific immunological testing. The recent solicitations posted under 41181552 span a diverse range of laboratory and analytical instrumentation—optical surface profilers, airfield photometric testing, drug discovery software suites, three-phase meter test boards, high-voltage capacitance measurement modules, sterilization equipment maintenance, atmospheric monitoring instruments, nanoindentation systems, spectrophotometers, transformer oil analysis services, and brake testing equipment—rather than myoglobin immunoassays or related cardiac biomarker diagnostics. This divergence signals either broad tagging of laboratory-instrumentation procurements under a single commodity code or inconsistent application of the taxonomy to state and local acquisitions in this space.

Activity under the code spans multiple states and issuing-body types, with recent opportunities from Florida higher-education institutions (Valencia College sole-source for optical profilers; Jackson State University sole-source for Schrodinger drug-discovery software), Florida utilities and transit authorities (Lee County Port Authority for airfield photometric testing; City of Ocala Electric Utility RFP for three-phase meter test board; Kissimmee Utility Authority IFB for high-voltage measurement module), Texas health agencies (Texas Health and Human Services Commission IFB for sterilization-equipment maintenance; Texas A&M University ITB for National Instruments items), municipal water and wastewater departments (City of Phoenix IFB for atmospheric monitoring instruments; City of Tampa sole-source for spectrophotometer and technical support), and Colorado state patrol (sole-source for in-ground brake testers). Representative recent opportunities include Lee County Port Authority's October 29, 2026 RFQ for airfield photometric testing at Southwest Florida International Airport requiring comprehensive lighting-system measurement and three-year contract commitment; City of Ocala Electric Utility's April 30, 2026 RFP for a three-phase meter test board with 0.04% accuracy minimum and best-value scoring weighted toward technical compliance and system capability; and Texas Health and Human Services Commission's August 26, 2026 IFB for annual preventive maintenance, quarterly inspections, and 24-hour technical support for sterilization equipment at $25,050 to $40,000 historical annual cost. The code shows active but fragmented procurement across utility, higher-education, and municipal buyers, with most recent activity concentrated in Florida and Texas; the substantial mismatch between the code's stated scope (myoglobin immunological testing) and actual solicitations suggests the code may warrant reclassification review or that state purchasing offices are applying it inconsistently to laboratory-instrumentation families beyond immunodiagnostics.