With the advent of smart technology and computerization, Disinfection Technology has evolved to new levels. With a rapid increase in infection cases and an ever increasing number of people affected by such contagious diseases, it is imperative that every hospital to keep up with current effective methods of dealing with these infections. As per World Health Organization (WHO), there are presently four main techniques for effective Disinfection Techniques. These include biological treatment, environmental treatments, personal protective equipments and open market disinfection. These techniques have been designed to eradicate all types of infectious microorganisms, which are found within hospitals. Read more about these techniques at patho3gen.com.
A major part of disinfection technology is currently being deployed to counter the threat posed by swine flu and other pandemic viruses. Biocompatible fluids are now being used to stem the tide of infection caused due to these viruses. The most advanced form of this technology involves the use of artificial seaweed. Other methods also include the use of chlorine and ozone in order to fight off infection-causing microorganisms. A novel solution developed by a team of scientists and engineers at University of Michigan Medical School and the Michigan Public Health Department involved the use of a Navitas Nitrile gel in combination with chlorine.
A novel approach to Disinfection Technology is currently being deployed in Michigan. This innovative approach involves use of 'cellular capsules' injected into the patient's veins. The Navitas Gel is a solid non-toxic barrier which effectively blocks all forms of pathogens and contaminants. It works by literally blocking the pores and channels of the infected cells. These pores and channels collect all the microorganisms that are trying to enter the blood stream. Once such an entry is detected, the 'cellular capsules' are then released and flushed down the drain.
Another form of advanced Disinfection Technology being used in the USA today is the automated disinfection systems. These highly automated systems can be set up in any hospital room and can be programmed to perform a number of different functions. Some popular examples include: high temperature, room temperature, and even room humidity control. The most commonly programmed disinfectant is hydrogen peroxide. Many automated disinfection systems are now using other forms of organic chemicals, such as: chlorine dioxide, ozone, and sodium hypochlorite. Click here to learn more about this resource.
In terms of a solution for use in the home, we have a product called Indigo-Clean. This product uses an organic compound called "indigo" that reacts to any bacteria or virus that might be present in the atmosphere. Because of the complex nature of the immune system, viruses tend to stay below the surface where they stay undisturbed. However, whenever a good amount of these microbes enter into the human body, there is a possibility that some of them could cause some harm.
Indigo-Clean is a solution for using health-care waste in the home. It works on contact lines where people may touch contaminated hands or arms. Because of this, some users might experience a burning sensation or tingling in their hands and arms. While this solution works well in most cases, the long term effects of exposure to indigo-clean may not be completely clear. For this reason, Datta et al recommend that healthcare providers and facility administrators consider the use of a continuous-disinfection system for all patients. Get more enlightened about this topic at: https://en.wikipedia.org/wiki/Disinfectant.