Nicotine and Expanded Metabolites Urine Test

This test detects nicotine and cotinine (a nicotine metabolite) in urine to confirm tobacco or nicotine product use. Cotinine, the primary breakdown product of nicotine, remains detectable longer than nicotine itself, making it a reliable marker of recent exposure. The test is used in occupational health screenings, insurance evaluations, clinical research, and addiction monitoring. Results distinguish between active smokers and secondhand smoke exposure. The test is objective and sensitive, providing accurate documentation of nicotine exposure over the prior 2-4 days.

This qualitative test detects the presence or absence of nicotine in a biological specimen, commonly used in urine or saliva screening. The test identifies nicotine metabolites to verify tobacco or nicotine product use. It is employed for employment screening, insurance underwriting, monitoring compliance with smoking cessation programs, or clinical assessment of nicotine exposure. A positive result indicates recent nicotine exposure from cigarettes, vaping, patches, or other nicotine-containing products.

Trans-3-hydroxycotinine is a metabolite of nicotine, the addictive substance in tobacco. This urine test detects tobacco smoke exposure by measuring cotinine breakdown products, providing a more accurate picture of recent nicotine use than blood tests. It's used to assess tobacco exposure in smokers, secondhand smoke exposure, and to monitor compliance with smoking cessation programs. The test can detect exposure for several days after tobacco use.

A botanical insecticide.

Cotinine is a metabolite of nicotine produced when nicotine is broken down in your body. This test measures cotinine levels, which indicate tobacco or nicotine product use, including smoking, vaping, or exposure to secondhand smoke. Cotinine is detectable in blood, urine, and saliva for days to weeks after exposure. This test is used to assess tobacco exposure objectively, monitor smoking cessation efforts, and evaluate secondhand smoke exposure. It is valuable for clinical assessment, research, and occupational health screening.