NANOMATÉRIAU EN DIOXYDE DE TITANE NANOPARTICULAIRE MODIFIÉ AVEC DES GROUPES FONCTIONNELS ET DES EXTRAITS CITRIQUES ADSORBÉS EN SURFACE POUR L'ÉLIMINATION D'UN GRAND SPECTRE DE MICRO-ORGANISMES
The present invention relates to the conjugate of a titanium dioxide nanomaterial and nanoparticulate (1-100 nm) herbal and/or fruit extracts, synthesized by means of impregnation, using titanium dioxide as support, to which are adsorbed organic functional groups, inorganic radicals and plant extracts that confer thereon the property of being an anti-microbial agent with a high disinfectant and antiseptic power, removing bacteria, fungi, mycobacteria, spores, mycobacteria, protozoa and viruses. This invention is a solid nanomaterial in liquid suspension. Said material is prepared by means of impregnation to disperse the functional groups and the extract particles, with control of the temperature to stabilize the interactions within the network of the support. The virucidal, bactericidal, fungicidal, mycobactericidal, mycoplasmicidal, antiprotozoal and sporicidal activity of the nanoparticulate biomaterial depends on the particle size of the support oxide, the functionalization and the dispersion of extracts adsorbed on the surface. The functional groups may include hydroxyl, carboxyl, amine, sulphate, phosphate, and the supports may be titanium dioxide, silica, zirconia, zinc oxide, alumina and other metal oxides, without being restricted to these functional groups, extracts or supports.La presente invención se refiere al conjugado de un nanomaterial de dióxido de titanio y extractos herbales y/o frutales nanoparticulados (1-100nm) sintetizado mediante el proceso de impregnación utilizado como soporte dióxido de titanio al que se le adsorben grupos funcionales orgánicos, radicales inorgánicos y extractos de plantas que le confieren la propiedad de ser un agente anti-microbiológico con un alto poder desinfectante y antiséptico, eliminando bacterias, hongos, mycobacterias, esporas, mycobacterias, protozoarios y virus. Esta invención es una suspensión líquida de un nanomaterial sólido. Este material se prepara usando el proceso de impregnación para dispersar los grupos
