Nucleic acid aerosol pollution removal instrument

الوصف

Nucleic acid aerosol pollution removal instrument

Clear aerosol DNA / RNA

Function：

The air purification sterilizer (nucleic acid aerosol pollution removal instrument) is specially used to remove aerosol DNA / RNA in the laboratory air, and can also sterilize the space area where the microbial limit is required, which can directly kill bacteria, fungi, viruses, etc. Species of microorganisms.

Applicable places:

It is suitable for space nucleic acid aerosol pollution in general molecular biology laboratories, and places requiring regular space disinfection and sterilization such as biosafety laboratories, GMP workshops, infectious wards, schools, hospitals, food companies, and scientific research institutes.
 

O Impact of nucleic acid aerosol contamination:

As a scientific research and clinical testing site, use PCR is used more frequently in molecular laboratories, and samples and amplification targets often have the same situation in multiple batches. Nucleic acid aerosol contamination continues to accumulate in the experimental area, causing the increase of the risk of contamination and false positive frequency.

Contamination of nucleic acid aerosols resulting from the high amplification efficiency of PCR technology can cause Ise positives in the test results.A false positive means that the experiment is not credible and directly causes economic losses of the laboratory.Cause the pollution of the entire PCR laboratory, and even close the laboratory.

O Principle of action:

The removal and disinfection process is completed by diffusing nano-micron droplets on the areas requiring nucleic acid aerosol removal and disinfection. When the average diameter of the droplet is less than *0 microns, the nano-micron droplets ejected can be said to be "dry"; small droplets will bounce off the wall and will not break and adhere to make the surface wet. All the characteristics are to meet the demand of difusing disinfectants effectively into special areas where are usually difficult to reach in the form of nano-micron liquid beads.

â—Ž Characteristics of Nano-micron liquid beads have the following properties: