WHO warns of highly virulent superbugs. How to respond?
Recently, the World Health Organization issued a report stating that a highly virulent superbug, Klebsiella pneumoniae, is spreading globally and assessed the risk of global infection spread as medium.
Recently, the World Health Organization issued a report stating that a highly virulent superbug, Klebsiella pneumoniae, is spreading globally and assessed the risk of global infection spread as medium.
It is reported that this is a drug-resistant bacteria that can cause serious infections. Specific symptoms include high fever and chills, cough and sputum, chest pain, and even difficulty breathing.
Currently, at least 16 countries and regions have reported the presence of highly virulent Klebsiella pneumoniae. According to historical surveys, Zhejiang, Jiangsu and Beijing in China have the highest incidence rates. How should we respond to the incoming super virus?
This bacterium is no ordinary influenza virus. Its drug resistance and high pathogenicity are shocking. Judging from the research of human scientists, the current best way for nature to restrain viruses is through sunlight exposure, in which ultraviolet rays in sunlight have a killing effect on all types of viruses; the other is through high concentrations in forests, waterfalls, and seaside The negative ion environment kills viruses, thus ensuring the normal operation of nature. This method of responding to nature with nature, just like bionics in human science, can be applied to the prevention and control of the new coronavirus.
Simulating sunlight and simulating the high-concentration negative ion environment of forests, waterfalls, and the seaside can be done in indoor spaces. This is an advanced technology invented by Guangdong Cosio Lighting Co., Ltd., which is originally created by the Chinese - light negative oxygen ions (LNOI) technology. The light negative oxygen ions (LNOI) technology innovatively integrates the light element and the negative ion element, and has four major functions: healthy light, forest oxygen bar, air purification, sterilization and disinfection. It has dozens of patents.
According to the Guangdong Provincial Microbial Analysis and Testing Center, the virus killing rate of light negative oxygen ions (LNOI) technology in a 30m³ space is enough to reach 99.99% in 1 hour, and the virus inactivation rate on the surface can reach 99.14% in 2 hours. At the same time, the light negative oxygen ions (LNOI) technology works for 8 hours, the purification efficiency of PM2.5 particles in the air is as high as 99.79%! Light negative oxygen ions (LNOI) have an air purification function and can purify formaldehyde, ammonia, benzene, hydrogen sulfide, smoke and so on in the air.
Light negative oxygen ions (LNOI) technology uses advanced negative ion generators to create an indoor ecological oxygen bar, thereby enhancing human immunity and antibacterial power, and effectively dealing with super bacteria and viruses. Conventional negative ion generators are prone to produce ozone, but light negative oxygen ions (LNOI) technology perfectly solves the problem of ozone. Many high-concentration negative ions stimulated artificially will also produce ozone, and ozone is harmful to the human respiratory tract. Therefore, under scientific innovation, light negative oxygen ions (LNOI) technology combines the ultraviolet spectrum in sunlight with the ozone removal of negative ions, while ensuring the concentration and activity of negative ions, it removes ozone, further upgrading the value and role of negative ions. Therefore, the ecological machine and healthy lamp developed and manufactured based on light negative oxygen ions (LNOI) technology can not only create a healthy and comfortable overall space environment, but also have the characteristics of no odor, no need to avoid, powerful functions, and continuous operation.
Light negative oxygen ions (LNOI) technology uses advanced scientific and technological means to perfectly reproduce the combination of eight or nine o'clock sunlight and abundant negative ions, creating a new spatial environment and achieving technological innovation of simulating sunlight, sterilization and disinfection, and air purification. It can be widely used in high-speed railways, hospitals, schools, office buildings, elevators, shopping malls, hotels, restaurants, homes and other occasions. Through the application of systematic technical solutions, a healthy and natural ecological space can be created.