3M Newqin ATP detection swab UXL100 microbiological test 100 tubes

3M Newqin ATP detection swab UXL100 microbiological test 100 tubes

The ATP fluorescence detector is based on the principle of firefly luminescence and uses the "luciferase luciferin system" to quickly detect adenosine triphosphate (ATP). Due to the constant amount of ATP present in all living cells, ATP content can clearly indicate the amount of microbial and other biological residues in the sample, which is used to assess hygiene conditions.

3M Newqin ATP detection swab UXL100 microbiological test 100 tubes

Model: UXL100

Suitable for testing both dry and wet surfaces of the sample

The correlation between the results obtained by ATP microbial fluorescence detector and traditional bacterial culture method is as high as 92-98%. The Canadian Food Inspection Association found through comparative experiments that the correlation between the test results of this product and the standard culture method is 98%. The US FDA recommends the use of ATP detection systems and kits for rapid detection of bacterial count in milk. The first Sino US Food Safety and Full Process Control Seminar and Microbial Rapid Automatic Detection Technology Training Course also included ATP rapid detection technology as one of the training contents. Through application and evaluation, the "2008 Guidelines for Disinfection and Sterilization of Medical Institutions" developed by the CDC in the United States also includes the ATP method as a new method for evaluating the effectiveness of endoscopic cleaning or endoscopic treatment. In recent years, due to the driving force of application demand in China, advantageous units have developed handheld ATP fluorescence detectors and ATP reagents with independent intellectual property rights and successfully applied them in multiple fields.

The ATP microbiological detector is suitable for monitoring key control points in the production process of food and beverage manufacturers, as well as real-time sampling and monitoring by medical systems and health supervision agencies. In order to meet the demand for rapid on-site detection, it is advisable to choose a portable handheld ATP fluorescence detector to achieve real-time detection of flow status. Although large desktop ATP fluorescence detectors may have better sensitivity than handheld ATP detectors, they can only be used in laboratory conditions, which is not conducive to on-site detection in mobile places such as catering services and medical control.