BioLong disinfectant with detergent properties (DSMS). To understand what this is, it is necessary to understand the meaning of the words: disinfection and washing. In explanatory dictionaries of the Russian language S.I. Ozhegova and T.F. Efremova says: - Disinfection is the disinfection of disease-causing microbes with the help of special means. - To wash means to clean dirt with water, soapy water or any other liquid. So, the disinfecting property of the substance is the property that will destroy pathogenic microbes, and the washing property is the ability of the substance to separate dirt and wash it off the surface. On the market of household chemicals of Ukraine are presented: ? Detergents? Detergents with disinfectant properties? Disinfectants with washing properties? Disinfectants All these substances are intended for the observance of human hygiene. The rules of hygiene assume to remove dirt, because mud is a breeding ground for dangerous microbes. The chemical composition of detergents is selected for effective dirt removal. The composition of detergents with disinfectant properties is designed to remove dirt in the 1st stage and microbes in the 2nd stage. Disinfectants with washing properties are used to remove microbes in the 1st step, and dirt in the 2nd step. Disinfectants are intended for the destruction of microbes and are used after removing mud. Disinfectant with detergent properties BioLong was developed as an optimal agent that performs the following functions: ? Removes bacteria (including tuberculosis mycobacteria, spore forms), viruses (influenza, herpes, hepatitis, HIV, polioviruses), fungi (including dermatophytes, yeast fungi, black and yellow mold). ? Removes dirt. ? Provides clear hygiene standards. ? It is completely biodegradable and does not harm the environment. ? Eliminates unpleasant odor of biological origin. ? Gives the treated surface bactericidal properties for up to 60 days, bacteriostatic properties for up to 180 days. ? Gives treated fabrics and surfaces antistatic properties. ? Forms a super hydrophobic antistatic layer on the treated surface, which: o repels water, grease, dust. o Protects surfaces from ultraviolet and abrasive effects. o Gives the effect of shine and freshness to surfaces made of glass, plastic, metal, leather, painted and painted. Disinfectant with washing properties and BioLong skin antiseptic are harmless to humans, animals and the environment. Toxicological and environmental studies were conducted at the Institute of Hygiene and Medical Ecology named after A.M. Marzeeva AMNU", National University of Bioresources and Nature Management of Ukraine, State University "Institute of Labor Medicine of AMNU", State University "Institute of Epidemiology and Infectious Diseases named after L.V. Gromashevsky Academy of Medical Sciences of Ukraine", State Research Institute of Veterinary and Feed Additives. Disinfectant Biolong has been tested for cytotoxicity. Research was conducted on human lung, intestine, liver and skin cells. According to the conclusion of the Institute of Labor Medicine of AMNU, working solutions from 0.1% to 10% of BioLong Disinfectant can come into contact with the human body without harming his health. Mechanisms of action of "BioLong" Cleaning action: Mixture of alcohols Dissolves pollution, facilitates washing away of protein pollution. Surfactants of the latest generation (nonionic) provide high-level general cleaning qualities combined with excellent washability. CHAS (quaternary ammonium compounds) are cationic surfactants and provide general cleaning properties. The silicon-organic component forms a nano-film that prevents the subsequent penetration of contaminants to the surface. Disinfecting effect Mixture of alcohols Precipitates the protein of the cell membrane. Surfactants of the latest generation act on the outer layers of the cell wall and disrupt the selective permeability of the plasma membrane, disrupt the functions of cell membranes, accumulating in them. CHAS (quaternary ammonium compounds) have a membrane-attacking mechanism of microorganism suppression. These drugs destroy the biopolymers that make up the cell membrane. As a result, lysis (destruction) of the microbial cell occurs. In small doses, they disrupt membrane functions (change osmotic pressure, permeability, rate of transport of molecules and ions through the membrane, inhibit metabolic processes and biological oxidation, cause inhibition of cell division). They have an antiviral effect. Protective action Silicon-organic component Forms a polymer nano-film tightly attached to the treated surface. From the outside, due to the unique orientation of the molecules, "spikes" (having the properties of CHAS) are formed, which "mechanically" destroy disease-causing agents. An additional feature of this layer is a distributed charge that attracts bacteria, which increases the disinfecting ability of the "spike". Also, the film prevents the penetration of contaminants into the structure of the treated surface. CHAS (quaternary ammonium compounds) are embedded in the structure of the nano-film, forming additional "spikes".
