With the increased need for cleanliness, most companies are looking for better methods to ensure they adhere to cleanliness standards. For instance, some areas, such as windows in various organizations, have been challenging to clean, especially if it is a tall building. Fortunately, technology has allowed the invention of robots that facilitate easy and efficient drone window cleaning.
This has eliminated the risks associated with employees hanging on walls and cleaning the windows. Also, it has immensely helped save time and resources. Even after washing, some surfaces may need to be tested to ensure they are free from microscopic hazards that are difficult to identify with the naked eye. Thus, the need to use Adenosine triphosphate testing.
What is Adenosine Triphosphate Testing?
Generally, adenosine triphosphate detection tools are utilized in detecting ATP molecules, which exists only in living cells. This molecule converts energy for the cells to remain active, which is common in all life. Since any living organism has ATP, the test can easily detect areas where mold and bacteria grow before you even detect them with the naked eye.
Primarily, adenosine triphosphate detection depends on measuring bioluminescence after triggering the molecule. The ATP will react with the luciferase enzyme and the amount of light created is usually directly proportional to the adenosine triphosphate available. This light is measured using an ATP bioluminescence toolkit, allowing you to calculate the amount of biological matter in a specific location.
Advantages of Using ATP Testing for Cleanliness
Even though the techniques to sanitize and clean equipment and environments vary between various industries, the need to measure their effectiveness is global. Contaminated tools and areas can allow microbial growth, potentially infecting workers and patients. The advantages of using ATP testing include the following:
Improved Professional Training
According to research, ATP readings can be used to identify variations in cleaning practices. This way, institutions can teach housekeepers and cleaners the most effective cleaning practices.
According to research by the National Institute of Health, about 40% of Healthcare-Associated Infections are passed through direct transmission. This transmission is usually through unintentional contact with contaminated surfaces or through the hands of healthcare practitioners. Establishing and adhering to ATP monitoring systems guarantees cleanliness eliminating Healthcare-Associated Infections. Also, you can use APT systems to measure the effectiveness of sanitizing agents and cleaning devices.
Motivates Team Members
ATP testing helps enhance personnel connections among employees while fostering collaboration among cleaning and other professionals. On the other hand, Adenosine triphosphate testing can provide a framework for persons in various professions like nursing and infection prevention to curb HAIs.
How Does the Testing Operate?
Typically, the ATP testing kits comprise two parts: a disposable swab with a top reagent solution and a handheld assay reader. The operator pulls off the swab wand from the solution and rubs it around the area to be tested. The swab is then placed back into the solution, where an assay reader is connected to the tube. Most of the readers will not only display the results but also save them.
It is crucial to adhere to ATP test standards, especially in locations with high chances of contamination, and standard cleaning might not be efficient enough. They include computer peripherals, food surfaces, door handles, and elevator buttons.