UNSPSC 51291800: Antidepressant amides

Antidepressant drugs made from organic compounds containing the -CO-NH2 radical. Amides are derived from acids by replacement of -OH by -NH2 or from ammonia by the replacement of H by an acyl group.

UNSPSC 51291800 Antidepressant amides is a Class code that in recent state and local procurement shows activity misaligned with its nominal scope. The single recent opportunity on record—Seminole County, Florida's IFB60459723LAS—solicits naloxone and drug deactivation systems for community health initiatives, not antidepressant pharmaceutical compounds. The procurement calls for 1,900 units of naloxone and 800 safe drug deactivation systems annually with quarterly deliveries, vendor responsibility for all shipping and delivery costs, and compliance with drug-free workplace certification and E-Verify requirements. The contract structure includes a two-year initial term with one-year renewal option, a three-month probationary termination clause, and insurance coverage mandates including workers' compensation, commercial general liability, and professional liability.

Activity under this code is minimal and does not reflect active state and local demand for antidepressant amides as pharmaceuticals. Seminole County's naloxone procurement appears to be the only recent solicitation indexed under the code, and it represents opioid-antagonist procurement rather than antidepressant medication. The opportunity does not specify set-aside designations for disadvantaged enterprises. The IFB had an original response deadline of July 26, 2023, with a posting date of June 30, 2026—a significant timeline inconsistency in the source data that raises questions about current opportunity status. Business development professionals should verify current procurement activity and code alignment before committing resources to this classification; the mismatch between the code's nominal scope and recent solicitation content suggests either miscoding or extremely limited genuine demand for antidepressant amides through state and local channels.