ATP Total Colony Detector Maintains Kitchen Hygiene Environment

In the kitchen, there is a lot of oil smoke when we are cooking, and some of our food waste, which cannot be dumped in time after the meal, will accumulate in the corner of the kitchen, the vegetables in the sink are stained with oil, and the gas stove in the kitchen Oil stains are relatively common, and we need to clean them in time, but is the sanitary environment in the kitchen up to standard after cleaning? We cook in the kitchen every day. If the environment for food production is unsanitary, then the food we bring to the table may be attacked by microorganisms such as bacteria.

  Therefore, strengthening the hygiene testing of kitchen tableware and utensils is also an important measure to prevent microbial contamination. To a certain extent, the total number of bacterial colonies indicates the quality of food hygiene. There are many types of bacteria, including pathogenic bacteria and non-pathogenic bacteria. If there are no pathogenic bacteria in the sample with the total number of colonies exceeded, it depends on the degree of contamination of the thing to determine the poisoning situation. Therefore, if the total number of bacterial colonies exceeds the standard, it may not be poisoned. At the same time, because everyone’s immunity and sensitivity are different, the same food will result in different results for different people after eating it. To sum up, the total number of colonies is not the only criterion for judging poisoning, and the total number of colonies exceeding the standard does not necessarily mean poisoning. But it must be harmful to the human body.

  The ATP Detector is developed based on the principle of firefly luminescence and using the “luciferase-luciferin system”; since all living cells contain a constant amount of ATP, the ATP content can be clearly It is suitable for rapid detection of microorganisms in food and drinking water, rapid detection of tableware cleanliness, rapid detection of disinfection results of food processing utensils, work surfaces, dining utensils, etc., and instant evaluation of medical environment work platforms. . The device uses a biochemical reaction method to detect the total content of ATP colonies.