Nucleic Acid Aerosol Cleaning Kits

Below are the different types of Nucleic Acid Aerosol Cleaning Kits to use:
Nucleic acid aerosol remover type
Mild contamination: When there is mild nucleic acid aerosol contamination in the laboratory, the laboratory can be sprayed directly with the Nucleic Acid Aerosol Scavenger, and then wait for about 1 hour to allow the scavenger to take full advantage of its effect to remove the contamination.
Heavy contamination: If the nucleic acid aerosol contamination is more serious, it is recommended to spray the laboratory several times, usually 2-3 times, and wait for the appropriate time after each spray to ensure a better cleaning effect.
Nucleic acid contamination removal solution with aerosol contamination remover class
Preparation: Add the appropriate amount of Nucleic Acid Pollution Removal Solution into the corresponding container of the Aerosol Pollution Remover and make sure that the parameters of the instrument are set correctly, such as the size of the sterilization space and other parameters, so that the instrument can accurately calculate and distribute the amount of removal solution required.
Turn on the instrument: Turn on the Aerosol Pollution Removal Instrument, it will spray the nucleic acid pollution removal liquid in the form of micro-nanometer liquid beads through the professional atomization system, these liquid beads can be uniformly dispersed in the air, all over the corners of the disinfection or removal of aerosol space, and the nucleic acid aerosol to fully contact with the interaction, so as to realize the efficient removal effect.
Finish Cleaning: Wait for the instrument to finish running and complete the removal of nucleic acid aerosols. During the process, you can use the instrument’s display interface or relevant prompts to understand the progress and status of the cleaning.
Nucleic Acid Aerosol Cleaning Kit for Enzymes or Other Biomolecules
Spraying or wiping: Spray the cleaning solution directly onto surfaces that may be contaminated with nucleic acid aerosols, such as work surfaces, instrumentation surfaces, etc., or wipe with a cleaning solution-impregnated rag, paper towel, etc., so that the solution comes into full contact with the contaminated area to adsorb and precipitate the nucleic acid molecules.
Immersion: For some small experimental instruments, such as the front of the pipette gun, glass and plastic utensils, etc., they can be immersed in the cleaning solution for a certain period of time, generally about 5-10 minutes, and then rinsed with distilled water and air-drying, in order to achieve the purpose of removing the nucleic acid contamination.