Q3171728 (Q3171728): Difference between revisions
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(Created claim: summary (P836): TODAY’S SOCIETY DEMANDS, WITH GROWING INTEREST, THE OPPORTUNITY TO USE ANTIOXIDANTS OBTAINED FROM NATURAL PRODUCTS, GIVEN THE ENORMOUS HEALTH BENEFITS THEY CAN BRING. FOR THEIR BEST AND MOST APPROPRIATE USE, IT IS NECESSARY THAT THEY ARE FOUND IN APPROPRIATE FORMULATIONS, AMONG WHICH THE MOST COMMON FORM OF DOSAGE IS IN SOLID STATE. THE SIZE, SHAPE AND DISTRIBUTION OF SOLID PARTICLES AFFECTS THEIR BEHAVIOUR, BEING A KEY STRATEGIC FACTOR FOR THE...) |
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TODAY’S SOCIETY DEMANDS, WITH GROWING INTEREST, THE OPPORTUNITY TO USE ANTIOXIDANTS OBTAINED FROM NATURAL PRODUCTS, GIVEN THE ENORMOUS HEALTH BENEFITS THEY CAN BRING. FOR THEIR BEST AND MOST APPROPRIATE USE, IT IS NECESSARY THAT THEY ARE FOUND IN APPROPRIATE FORMULATIONS, AMONG WHICH THE MOST COMMON FORM OF DOSAGE IS IN SOLID STATE. THE SIZE, SHAPE AND DISTRIBUTION OF SOLID PARTICLES AFFECTS THEIR BEHAVIOUR, BEING A KEY STRATEGIC FACTOR FOR THE INTRODUCTION OF A NEW ACTIVE INGREDIENT ON THE MARKET. THE SMALLER THE SIZE AND THE MORE HOMOGENEOUS THE PARTICLES, THE HIGHER THEIR SOLUTION SPEED, THEIR BIOAVAILABILITY AND THEREFORE THEIR EFFICACY, REQUIRING REDUCED DOSES. IF YOU ALSO WANT TO PROTECT THE ANTIOXIDANT PARTICLE, IT CAN BE COATED WITH A LAYER OF SOME BIODEGRADABLE SUBSTANCE, USUALLY A POLYMER, ENCAPSULANDOLA. AND IF, IN ADDITION, YOU ALSO WANT TO HAVE A CARRIER SYSTEM OF THESE PARTICLES, TO ACHIEVE CONTROLLED RELEASE SYSTEMS, THESE NANOPARTICULAES ARE DEPOSITED IN SOLID MATRICES, USUALLY VERY POROUS. _x000D_ in this project is intended to provide for the IMPREGNATION OF SILICE PARTICULES WITH Nano-particulates AND NATURAL ANTIOXIDANT NANOCAPSULES Using supercritical technology, WITH OBJECTING OBJECTING CONTROLLED FREEDOM SYSTEMS OF GREAT INTEREST FOR FARMACEUTIC INDUSTRY, food AND COSMETICA._x000D_ ACTIVE PRINCIPES, ANTIOXIDANT AND ANTICANCERIGENS, are one of the following products: MANGIFERIN AND QUERCITHIN. In PART OF YOUR Owners, these two companies have been selected due to the enormity that you are having the MANGO’s culture in ANDALUCIA as the encapsulator is going to be used QUITOSANO, a POLIMER that is being used as a FOCO OF ATTENTION BY YOUR REPORTANTIVES for biotechnological and industrial applications, BIODEGRADABLE, biocompatible, low TOXICITY, ANTIMICROBIAN ACTIVITY OF SPECTROAL ENVIRONMENT AND CAPACITY OF THE FORMATION OF COMESTIBLE PELICULES._x000D_ AS AGENT SPORTER THE SILICE PARTICULES have been selected for their high porosity, be chemically INERTS AND FOR YOUR AMPLIES USED IN THE ANTERIORMENT INDUSTRIES MENCIONED._x000D_ All these parts, the Nanoparticulates of NATURAL ANTIOXIDANTS, the CHITTOSANO NANOCAPSULES WITH ANTIOXIDANTS and SILICE Microparticulates, as well as the imprinting of these extremes, supercritical technologies may be covered by supercritical technology, in conjunction with supercritical carbine dioxide, if these are the specific objectives of the project. THE VIABILITY OF SUPERCRITICAL CARBON DIOXIDE FOR THE DESIGN OF MICRO-NANOPARTICULAES AND THEIR ENCAPSULATION HAS ALREADY BEEN DEMONSTRATED, WITH THE LITERATURE ON THIS SUBJECT ABUNDANT, AS WELL AS THE EXPERIENCE OF THE GROUP. The NEWS OF THE PROJECT is to GET THE PARTICULES OF USED SILICE OF Supercritical, New TECHNICAL TECHNICAL TECHNICAL OF THE BIBLEGRAPHIC IN THE DISTINTS CONSULTED FUENTS, AND IN THE IMPREGNATION OF THE SAMES WITH ANTIOXIDANT nanoparticulates as with their nanocapsulas, process of which references have been found._x000D_ the SPERATED RESULT are microparticulates of SILICE impregnated with QUITOSANE NANOcapsullas to ensure the controlled release of anti-oxidant compounds, mangiferin and kerRCITINE, using in all the supercritical dioxyde operations, a green dissolving. (English) | |||||||||||||||
| Property / summary: TODAY’S SOCIETY DEMANDS, WITH GROWING INTEREST, THE OPPORTUNITY TO USE ANTIOXIDANTS OBTAINED FROM NATURAL PRODUCTS, GIVEN THE ENORMOUS HEALTH BENEFITS THEY CAN BRING. FOR THEIR BEST AND MOST APPROPRIATE USE, IT IS NECESSARY THAT THEY ARE FOUND IN APPROPRIATE FORMULATIONS, AMONG WHICH THE MOST COMMON FORM OF DOSAGE IS IN SOLID STATE. THE SIZE, SHAPE AND DISTRIBUTION OF SOLID PARTICLES AFFECTS THEIR BEHAVIOUR, BEING A KEY STRATEGIC FACTOR FOR THE INTRODUCTION OF A NEW ACTIVE INGREDIENT ON THE MARKET. THE SMALLER THE SIZE AND THE MORE HOMOGENEOUS THE PARTICLES, THE HIGHER THEIR SOLUTION SPEED, THEIR BIOAVAILABILITY AND THEREFORE THEIR EFFICACY, REQUIRING REDUCED DOSES. IF YOU ALSO WANT TO PROTECT THE ANTIOXIDANT PARTICLE, IT CAN BE COATED WITH A LAYER OF SOME BIODEGRADABLE SUBSTANCE, USUALLY A POLYMER, ENCAPSULANDOLA. AND IF, IN ADDITION, YOU ALSO WANT TO HAVE A CARRIER SYSTEM OF THESE PARTICLES, TO ACHIEVE CONTROLLED RELEASE SYSTEMS, THESE NANOPARTICULAES ARE DEPOSITED IN SOLID MATRICES, USUALLY VERY POROUS. _x000D_ in this project is intended to provide for the IMPREGNATION OF SILICE PARTICULES WITH Nano-particulates AND NATURAL ANTIOXIDANT NANOCAPSULES Using supercritical technology, WITH OBJECTING OBJECTING CONTROLLED FREEDOM SYSTEMS OF GREAT INTEREST FOR FARMACEUTIC INDUSTRY, food AND COSMETICA._x000D_ ACTIVE PRINCIPES, ANTIOXIDANT AND ANTICANCERIGENS, are one of the following products: MANGIFERIN AND QUERCITHIN. In PART OF YOUR Owners, these two companies have been selected due to the enormity that you are having the MANGO’s culture in ANDALUCIA as the encapsulator is going to be used QUITOSANO, a POLIMER that is being used as a FOCO OF ATTENTION BY YOUR REPORTANTIVES for biotechnological and industrial applications, BIODEGRADABLE, biocompatible, low TOXICITY, ANTIMICROBIAN ACTIVITY OF SPECTROAL ENVIRONMENT AND CAPACITY OF THE FORMATION OF COMESTIBLE PELICULES._x000D_ AS AGENT SPORTER THE SILICE PARTICULES have been selected for their high porosity, be chemically INERTS AND FOR YOUR AMPLIES USED IN THE ANTERIORMENT INDUSTRIES MENCIONED._x000D_ All these parts, the Nanoparticulates of NATURAL ANTIOXIDANTS, the CHITTOSANO NANOCAPSULES WITH ANTIOXIDANTS and SILICE Microparticulates, as well as the imprinting of these extremes, supercritical technologies may be covered by supercritical technology, in conjunction with supercritical carbine dioxide, if these are the specific objectives of the project. THE VIABILITY OF SUPERCRITICAL CARBON DIOXIDE FOR THE DESIGN OF MICRO-NANOPARTICULAES AND THEIR ENCAPSULATION HAS ALREADY BEEN DEMONSTRATED, WITH THE LITERATURE ON THIS SUBJECT ABUNDANT, AS WELL AS THE EXPERIENCE OF THE GROUP. The NEWS OF THE PROJECT is to GET THE PARTICULES OF USED SILICE OF Supercritical, New TECHNICAL TECHNICAL TECHNICAL OF THE BIBLEGRAPHIC IN THE DISTINTS CONSULTED FUENTS, AND IN THE IMPREGNATION OF THE SAMES WITH ANTIOXIDANT nanoparticulates as with their nanocapsulas, process of which references have been found._x000D_ the SPERATED RESULT are microparticulates of SILICE impregnated with QUITOSANE NANOcapsullas to ensure the controlled release of anti-oxidant compounds, mangiferin and kerRCITINE, using in all the supercritical dioxyde operations, a green dissolving. (English) / rank | |||||||||||||||
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| Property / summary: TODAY’S SOCIETY DEMANDS, WITH GROWING INTEREST, THE OPPORTUNITY TO USE ANTIOXIDANTS OBTAINED FROM NATURAL PRODUCTS, GIVEN THE ENORMOUS HEALTH BENEFITS THEY CAN BRING. FOR THEIR BEST AND MOST APPROPRIATE USE, IT IS NECESSARY THAT THEY ARE FOUND IN APPROPRIATE FORMULATIONS, AMONG WHICH THE MOST COMMON FORM OF DOSAGE IS IN SOLID STATE. THE SIZE, SHAPE AND DISTRIBUTION OF SOLID PARTICLES AFFECTS THEIR BEHAVIOUR, BEING A KEY STRATEGIC FACTOR FOR THE INTRODUCTION OF A NEW ACTIVE INGREDIENT ON THE MARKET. THE SMALLER THE SIZE AND THE MORE HOMOGENEOUS THE PARTICLES, THE HIGHER THEIR SOLUTION SPEED, THEIR BIOAVAILABILITY AND THEREFORE THEIR EFFICACY, REQUIRING REDUCED DOSES. IF YOU ALSO WANT TO PROTECT THE ANTIOXIDANT PARTICLE, IT CAN BE COATED WITH A LAYER OF SOME BIODEGRADABLE SUBSTANCE, USUALLY A POLYMER, ENCAPSULANDOLA. AND IF, IN ADDITION, YOU ALSO WANT TO HAVE A CARRIER SYSTEM OF THESE PARTICLES, TO ACHIEVE CONTROLLED RELEASE SYSTEMS, THESE NANOPARTICULAES ARE DEPOSITED IN SOLID MATRICES, USUALLY VERY POROUS. _x000D_ in this project is intended to provide for the IMPREGNATION OF SILICE PARTICULES WITH Nano-particulates AND NATURAL ANTIOXIDANT NANOCAPSULES Using supercritical technology, WITH OBJECTING OBJECTING CONTROLLED FREEDOM SYSTEMS OF GREAT INTEREST FOR FARMACEUTIC INDUSTRY, food AND COSMETICA._x000D_ ACTIVE PRINCIPES, ANTIOXIDANT AND ANTICANCERIGENS, are one of the following products: MANGIFERIN AND QUERCITHIN. In PART OF YOUR Owners, these two companies have been selected due to the enormity that you are having the MANGO’s culture in ANDALUCIA as the encapsulator is going to be used QUITOSANO, a POLIMER that is being used as a FOCO OF ATTENTION BY YOUR REPORTANTIVES for biotechnological and industrial applications, BIODEGRADABLE, biocompatible, low TOXICITY, ANTIMICROBIAN ACTIVITY OF SPECTROAL ENVIRONMENT AND CAPACITY OF THE FORMATION OF COMESTIBLE PELICULES._x000D_ AS AGENT SPORTER THE SILICE PARTICULES have been selected for their high porosity, be chemically INERTS AND FOR YOUR AMPLIES USED IN THE ANTERIORMENT INDUSTRIES MENCIONED._x000D_ All these parts, the Nanoparticulates of NATURAL ANTIOXIDANTS, the CHITTOSANO NANOCAPSULES WITH ANTIOXIDANTS and SILICE Microparticulates, as well as the imprinting of these extremes, supercritical technologies may be covered by supercritical technology, in conjunction with supercritical carbine dioxide, if these are the specific objectives of the project. THE VIABILITY OF SUPERCRITICAL CARBON DIOXIDE FOR THE DESIGN OF MICRO-NANOPARTICULAES AND THEIR ENCAPSULATION HAS ALREADY BEEN DEMONSTRATED, WITH THE LITERATURE ON THIS SUBJECT ABUNDANT, AS WELL AS THE EXPERIENCE OF THE GROUP. The NEWS OF THE PROJECT is to GET THE PARTICULES OF USED SILICE OF Supercritical, New TECHNICAL TECHNICAL TECHNICAL OF THE BIBLEGRAPHIC IN THE DISTINTS CONSULTED FUENTS, AND IN THE IMPREGNATION OF THE SAMES WITH ANTIOXIDANT nanoparticulates as with their nanocapsulas, process of which references have been found._x000D_ the SPERATED RESULT are microparticulates of SILICE impregnated with QUITOSANE NANOcapsullas to ensure the controlled release of anti-oxidant compounds, mangiferin and kerRCITINE, using in all the supercritical dioxyde operations, a green dissolving. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:23, 12 October 2021
Project Q3171728 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3171728 in Spain |
Statements
166,496.0 Euro
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208,120.0 Euro
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80.0 percent
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1 January 2014
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30 April 2018
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UNIVERSIDAD DE CADIZ
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36°31'43.28"N, 6°11'24.79"W
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11028
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LA SOCIEDAD ACTUAL DEMANDA, CON INTERES CRECIENTE, LA OPORTUNIDAD DE UTILIZAR ANTIOXIDANTES OBTENIDOS A PARTIR DE PRODUCTOS NATURALES, DADO LOS ENORMES BENEFICIOS PARA LA SALUD QUE PUEDEN APORTAR. PARA SU MEJOR Y MAS ADECUADO USO DE LOS MISMOS, ES NECESARIO QUE SE ENCUENTREN EN FORMULACIONES APROPIADAS, ENTRE LAS QUE LA FORMA MAS COMUN DE DOSIFICACION ES EN ESTADO SOLIDO. EL TAMAÑO, FORMA Y DISTRIBUCION DE TAMAÑO DE LAS PARTICULAS SOLIDAS AFECTA AL COMPORTAMIENTO DE LAS MISMAS, SIENDO ESTE UN FACTOR ESTRATEGICO CLAVE PARA LA INTRODUCCION EN EL MERCADO DE UN NUEVO PRINCIPIO ACTIVO. CUANTO MENOR SEA EL TAMAÑO Y MAS HOMOGENEAS LAS PARTICULAS, MAYOR ES SU VELOCIDAD DE DISOLUCION, SU BIODISPONIBILIDAD Y POR TANTO SU EFICACIA, REQUIRIENDOSE DOSIS MAS REDUCIDAS. SI ADEMAS SE DESEA PROTEGER LA PARTICULA DE ANTIOXIDANTE, SE PUEDE RECUBRIR CON UNA CAPA DE ALGUNA SUSTANCIA BIODEGRADABLE, GENERALMENTE UN POLIMERO, ENCAPSULANDOLA. Y SI, ADEMAS, TAMBIEN SE DESEA DISPONER DE UN SISTEMA PORTADOR DE ESTAS PARTICULAS, PARA CONSEGUIR SISTEMAS DE LIBERACION CONTROLADA, ESTAS NANOPARTICULAS SE DEPOSITAN EN MATRICES SOLIDAS, GENERALMENTE MUY POROSAS. _x000D_ EN ESTE PROYECTO SE PRETENDE CONSEGUIR LA IMPREGNACION DE PARTICULAS DE SILICE CON NANOPARTICULAS Y NANOCAPSULAS DE ANTIOXIDANTES NATURALES USANDO LA TECNOLOGIA SUPERCRITICA, CON OBJETO DE OBTENER SISTEMAS DE LIBERACION CONTROLADA DE GRAN INTERES PARA LA INDUSTRIA FARMACEUTICA, ALIMENTARIA Y COSMETICA._x000D_ LOS PRINCIPIOS ACTIVOS, ANTIOXIDANTES Y ANTICANCERIGENOS, SON DOS COMPUESTOS PROCEDENTES DE LAS HOJAS DE MANGO: LA MANGIFERINA Y LA QUERCITINA. A PARTE DE POR SUS PROPIEDADES, SE HAN SELECCIONADO ESTOS DOS COMPUESTOS DEBIDO AL ENORME AUGE QUE ESTA TENIENDO EL CULTIVO DEL MANGO EN ANDALUCIA COMO AGENTE ENCAPSULADOR SE VA A UTILIZAR QUITOSANO, UN POLIMERO QUE ESTA SIENDO FOCO DE ATENCION POR SUS ATRACTIVAS VENTAJAS PARA APLICACIONES BIOTECNOLOGICAS E INDUSTRIALES, POR SER BIODEGRADABLE, BIOCOMPATIBLE, CON BAJA TOXICIDAD, ACTIVIDAD ANTIMICROBIANA DE AMPLIO ESPECTRO Y CAPACIDAD DE FORMACION DE PELICULAS COMESTIBLES._x000D_ COMO AGENTE PORTADOR SE HAN SELECCIONADO LAS PARTICULAS DE SILICE POR SU ALTA POROSIDAD, SER QUIMICAMENTE INERTES Y POR SUS AMPLIOS USOS EN LAS INDUSTRIAS ANTERIORMENTE MENCIONADAS._x000D_ TODAS ESTAS PARTICULAS, LAS NANOPARTICULAS DE ANTIOXIDANTES NATURALES, LAS NANOCAPSULAS DE QUITOSANO CON ANTIOXIDANTES Y LAS MICROPARTICULAS DE SILICE, ASI COMO LA IMPREGNACION DE ESTAS ULTIMAS, SE PUEDEN OBTENER MEDIANTE TECNOLOGIA SUPERCRITICA, CONCRETAMENTE CON DIOXIDO DE CARBONO SUPERCRITICO, SIENDO ESTOS LOS OBJETIVOS ESPECIFICOS DEL PROYECTO. LA VIABILIDAD DEL DIOXIDO DE CARBONO SUPERCRITICO PARA EL DISEÑO DE MICRO-NANOPARTICULAS Y LA ENCAPSULACION DE LAS MISMAS YA HA SIDO DEMOSTRADA, SIENDO LA LITERATURA AL RESPECTO ABUNDANTE, ASI COMO LA EXPERIENCIA DEL GRUPO. LA NOVEDAD DEL PROYECTO ESTRIBA EN GENERAR LAS PARTICULAS DE SILICE USANDO DIOXIDO DE CARBONO SUPERCRITICO, TECNICA NOVEDOSA DE LA QUE APENAS SE HA ENCONTRADO BIBLIOGRAFIA EN LAS DISTINTAS FUENTES CONSULTADAS, Y EN LA IMPREGNACION DE LAS MISMAS TANTO CON LAS NANOPARTICULAS DE ANTIOXIDANTES COMO CON SUS NANOCAPSULAS, PROCESO DEL QUE TAMPOCO SE HAN ENCONTRADO REFERENCIAS._x000D_ EL RESULTADO ESPERADO SON MICROPARTICULAS DE SILICE IMPREGNADAS CON NANOCAPSULAS DE QUITOSANO PARA CONSEGUIR LA LIBERACION CONTROLADA DE LOS COMPUESTOS ANTIOXIDANTES, MANGIFERINA Y QUERCITINA, USANDO EN TODAS LAS OPERACIONES DIOXIDO DE CARBONO SUPERCRITICO, UN DISOLVENTE VERDE. (Spanish)
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TODAY’S SOCIETY DEMANDS, WITH GROWING INTEREST, THE OPPORTUNITY TO USE ANTIOXIDANTS OBTAINED FROM NATURAL PRODUCTS, GIVEN THE ENORMOUS HEALTH BENEFITS THEY CAN BRING. FOR THEIR BEST AND MOST APPROPRIATE USE, IT IS NECESSARY THAT THEY ARE FOUND IN APPROPRIATE FORMULATIONS, AMONG WHICH THE MOST COMMON FORM OF DOSAGE IS IN SOLID STATE. THE SIZE, SHAPE AND DISTRIBUTION OF SOLID PARTICLES AFFECTS THEIR BEHAVIOUR, BEING A KEY STRATEGIC FACTOR FOR THE INTRODUCTION OF A NEW ACTIVE INGREDIENT ON THE MARKET. THE SMALLER THE SIZE AND THE MORE HOMOGENEOUS THE PARTICLES, THE HIGHER THEIR SOLUTION SPEED, THEIR BIOAVAILABILITY AND THEREFORE THEIR EFFICACY, REQUIRING REDUCED DOSES. IF YOU ALSO WANT TO PROTECT THE ANTIOXIDANT PARTICLE, IT CAN BE COATED WITH A LAYER OF SOME BIODEGRADABLE SUBSTANCE, USUALLY A POLYMER, ENCAPSULANDOLA. AND IF, IN ADDITION, YOU ALSO WANT TO HAVE A CARRIER SYSTEM OF THESE PARTICLES, TO ACHIEVE CONTROLLED RELEASE SYSTEMS, THESE NANOPARTICULAES ARE DEPOSITED IN SOLID MATRICES, USUALLY VERY POROUS. _x000D_ in this project is intended to provide for the IMPREGNATION OF SILICE PARTICULES WITH Nano-particulates AND NATURAL ANTIOXIDANT NANOCAPSULES Using supercritical technology, WITH OBJECTING OBJECTING CONTROLLED FREEDOM SYSTEMS OF GREAT INTEREST FOR FARMACEUTIC INDUSTRY, food AND COSMETICA._x000D_ ACTIVE PRINCIPES, ANTIOXIDANT AND ANTICANCERIGENS, are one of the following products: MANGIFERIN AND QUERCITHIN. In PART OF YOUR Owners, these two companies have been selected due to the enormity that you are having the MANGO’s culture in ANDALUCIA as the encapsulator is going to be used QUITOSANO, a POLIMER that is being used as a FOCO OF ATTENTION BY YOUR REPORTANTIVES for biotechnological and industrial applications, BIODEGRADABLE, biocompatible, low TOXICITY, ANTIMICROBIAN ACTIVITY OF SPECTROAL ENVIRONMENT AND CAPACITY OF THE FORMATION OF COMESTIBLE PELICULES._x000D_ AS AGENT SPORTER THE SILICE PARTICULES have been selected for their high porosity, be chemically INERTS AND FOR YOUR AMPLIES USED IN THE ANTERIORMENT INDUSTRIES MENCIONED._x000D_ All these parts, the Nanoparticulates of NATURAL ANTIOXIDANTS, the CHITTOSANO NANOCAPSULES WITH ANTIOXIDANTS and SILICE Microparticulates, as well as the imprinting of these extremes, supercritical technologies may be covered by supercritical technology, in conjunction with supercritical carbine dioxide, if these are the specific objectives of the project. THE VIABILITY OF SUPERCRITICAL CARBON DIOXIDE FOR THE DESIGN OF MICRO-NANOPARTICULAES AND THEIR ENCAPSULATION HAS ALREADY BEEN DEMONSTRATED, WITH THE LITERATURE ON THIS SUBJECT ABUNDANT, AS WELL AS THE EXPERIENCE OF THE GROUP. The NEWS OF THE PROJECT is to GET THE PARTICULES OF USED SILICE OF Supercritical, New TECHNICAL TECHNICAL TECHNICAL OF THE BIBLEGRAPHIC IN THE DISTINTS CONSULTED FUENTS, AND IN THE IMPREGNATION OF THE SAMES WITH ANTIOXIDANT nanoparticulates as with their nanocapsulas, process of which references have been found._x000D_ the SPERATED RESULT are microparticulates of SILICE impregnated with QUITOSANE NANOcapsullas to ensure the controlled release of anti-oxidant compounds, mangiferin and kerRCITINE, using in all the supercritical dioxyde operations, a green dissolving. (English)
12 October 2021
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Puerto Real
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Identifiers
CTQ2013-47058-R
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