EM Soap(Effective Micro-organisms Soap)

EM Soap   Product Details: A set of three (each100g) Manufacturer: Korea Kolmar Co., Ltd.    Ingredients: - EM(EM), Houttuynia cordata  extract, Olive oil, aloe vera , Green tea extract        Features:   1. As it contains patented EM-oil, it has more than 4 times higher natural antioxidants than general oils. (Patent No.10-072119 Effective Microorganism (EM) utilized cosmetic compositions   and their production methods) 2. Helps improve skin conditions suffering from atopy and acnes. 3. As it contains natural substances that protect skin, it has a great moisturizing property  after taking a shower.. 4. As it brings nutrients of clean and fresh vegetables and antioxidant from nature   through EM technology, it heightens antioxidant properties in the soap. 5. It does not irritate skin and has excellent moisturizing effect. 6. As with a  lowered soap powder contents of  40% or below, it is mild on your skin and   prevents any skin trouble from occurring. (Ordinary soap has more than 80% soap powder. It removes excessive amount of   sebum so that it may lead to skin troubles for sensitive or delicate skin.) Definition of EM (1) EM is an abbreviation of Effective Microorganism that is created by combining and cultivating dozens of microbes existing in the natural world that are beneficial to humans..(2) EM mainly consists of yeast, lactobacillus and phototrophic bacteria and it can be said that the effects of EM stem from antioxidant power of fermentation product out of complicated coexistent relations. (3) The features and common characteristics of Effective Microorganism are antioxidants of low molecules or substances that have an efficacy to protect matters from being oxidized. A high level of anti-oxidization destroys toxin from harmful microbes and turns harmful microbes to be linked to EM to serve a beneficial role. (4) In addition, the feature of EM lies in the fact that it allows the coexistence of aerobic and anaerobic bacteria, saprogen and synthetic bacteria. It is inconceivable in terms of the existing  microbiology. How could microbes that cannot live without oxygen and those that cannot live with oxygen live in the same environment? The key to this puzzle is in antioxidant substances: as the substance permits these different microbes to produce food sources for each other. The same logic goes to saprogen and synthetic bacteria. (5) EM is a very important microbe that recovers ecosystem of microorganisms and at the same time, the revived microorganism’s ecosystem itself is EM. (6) EM in the narrow meaning refers to effective microorganism groups and to a commercialized product (EM liquid formulation) that contains phototrophic bacteria, yeast germ, lactobacillus, Actinomycetales, Filamentous bacteria, etc.