Q3205241 (Q3205241): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): CAROTENOIDS ARE ISOPRENOID METABOLITES THAT CONTRIBUTE TO PLANT PHOTOSYNTHETIC EFFICIENCY AND HAVE AN INCREASING NUTRITIONAL AND INDUSTRIAL INTEREST. CAROTENOIDS ARE PRODUCED IN PLATES AND STORED IN STRUCTURES FORMED BY PROTEINS AND LIPIDS (MEMBRANES). RECENT ADVANCES HAVE IMPROVED OUR UNDERSTANDING OF THE MECHANISMS THAT CONTROL THE SUPPLY OF THEIR METABOLIC PRECURSORS AND THEIR CHANNELLING TO THE CAROTENOID PATHWAY. HOWEVER, WE STILL HAVE A FA...) |
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CAROTENOIDS ARE ISOPRENOID METABOLITES THAT CONTRIBUTE TO PLANT PHOTOSYNTHETIC EFFICIENCY AND HAVE AN INCREASING NUTRITIONAL AND INDUSTRIAL INTEREST. CAROTENOIDS ARE PRODUCED IN PLATES AND STORED IN STRUCTURES FORMED BY PROTEINS AND LIPIDS (MEMBRANES). RECENT ADVANCES HAVE IMPROVED OUR UNDERSTANDING OF THE MECHANISMS THAT CONTROL THE SUPPLY OF THEIR METABOLIC PRECURSORS AND THEIR CHANNELLING TO THE CAROTENOID PATHWAY. HOWEVER, WE STILL HAVE A FAIRLY INCOMPLETE KNOWLEDGE OF HOW CAROTENOID BIOSYNTHESIS INTEGRATES AND COORDINATES WITH RELATED METABOLIC AND DEVELOPMENT PATHWAYS. THE FIRST OBJECTIVE OF THIS PROJECT IS TO EXPLORE THE MOLECULAR MECHANISMS THAT COULD CONTRIBUTE TO THIS COORDINATION BETWEEN CAROTENOID BIOSYNTHESIS AND PROCESSES RELATED TO PHOTOSYNTHESIS IN CHLOROPLASTS. IN PARTICULAR, WE AIM TO GENERATE KNOWLEDGE ABOUT THE METABOLIC CONTROL OF THE CONTRIBUTION OF ISOPRENOID PRECURSORS IN ARABIDOPSIS THALIANA AND TO CHARACTERISE IN DEPTH THE METABOLIC AND MOLECULAR PHENOTYPE OF TRANSGENIC TOMATO FRUITS (SOLANUM LYCOPERSICUM) WITH ALTERED LEVELS OF FACTORS THAT REGULATE BOTH THE DEVELOPMENT OF CHLOROPLAST AND CAROTENOGENESIS. AS A SECOND OBJECTIVE, WE WANT TO TEST A NEW BIOTECHNOLOGICAL STRATEGY BASED ON THE USE OF VIRAL VECTORS IN TOBACCO LEAVES (NICOTIANA TABACUM) FOR THE TRANSIENT PRODUCTION OF CAROTENOIDS OUTSIDE THE PLATES. IN ADDITION TO PROVIDING A DEEPER UNDERSTANDING OF HOW PLANTS REGULATE THE PRODUCTION OF CAROTENOIDS (AN ABSOLUTELY ESSENTIAL PROCESS FOR PLANT LIFE), THE PROJECT IS EXPECTED TO GENERATE USEFUL INFORMATION FOR NEW BIOTECHNOLOGICAL APPROACHES AIMED AT INCREASING THE LEVELS OF THESE IMPORTANT METABOLITES IN CROPS (E.G. AS PLANT PHYTONUTRIENTS) OR PLANT BIOPHACTORIES (E.G. AS NATURAL PIGMENTS FOR INDUSTRY). (English) | |||||||||||||||
| Property / summary: CAROTENOIDS ARE ISOPRENOID METABOLITES THAT CONTRIBUTE TO PLANT PHOTOSYNTHETIC EFFICIENCY AND HAVE AN INCREASING NUTRITIONAL AND INDUSTRIAL INTEREST. CAROTENOIDS ARE PRODUCED IN PLATES AND STORED IN STRUCTURES FORMED BY PROTEINS AND LIPIDS (MEMBRANES). RECENT ADVANCES HAVE IMPROVED OUR UNDERSTANDING OF THE MECHANISMS THAT CONTROL THE SUPPLY OF THEIR METABOLIC PRECURSORS AND THEIR CHANNELLING TO THE CAROTENOID PATHWAY. HOWEVER, WE STILL HAVE A FAIRLY INCOMPLETE KNOWLEDGE OF HOW CAROTENOID BIOSYNTHESIS INTEGRATES AND COORDINATES WITH RELATED METABOLIC AND DEVELOPMENT PATHWAYS. THE FIRST OBJECTIVE OF THIS PROJECT IS TO EXPLORE THE MOLECULAR MECHANISMS THAT COULD CONTRIBUTE TO THIS COORDINATION BETWEEN CAROTENOID BIOSYNTHESIS AND PROCESSES RELATED TO PHOTOSYNTHESIS IN CHLOROPLASTS. IN PARTICULAR, WE AIM TO GENERATE KNOWLEDGE ABOUT THE METABOLIC CONTROL OF THE CONTRIBUTION OF ISOPRENOID PRECURSORS IN ARABIDOPSIS THALIANA AND TO CHARACTERISE IN DEPTH THE METABOLIC AND MOLECULAR PHENOTYPE OF TRANSGENIC TOMATO FRUITS (SOLANUM LYCOPERSICUM) WITH ALTERED LEVELS OF FACTORS THAT REGULATE BOTH THE DEVELOPMENT OF CHLOROPLAST AND CAROTENOGENESIS. AS A SECOND OBJECTIVE, WE WANT TO TEST A NEW BIOTECHNOLOGICAL STRATEGY BASED ON THE USE OF VIRAL VECTORS IN TOBACCO LEAVES (NICOTIANA TABACUM) FOR THE TRANSIENT PRODUCTION OF CAROTENOIDS OUTSIDE THE PLATES. IN ADDITION TO PROVIDING A DEEPER UNDERSTANDING OF HOW PLANTS REGULATE THE PRODUCTION OF CAROTENOIDS (AN ABSOLUTELY ESSENTIAL PROCESS FOR PLANT LIFE), THE PROJECT IS EXPECTED TO GENERATE USEFUL INFORMATION FOR NEW BIOTECHNOLOGICAL APPROACHES AIMED AT INCREASING THE LEVELS OF THESE IMPORTANT METABOLITES IN CROPS (E.G. AS PLANT PHYTONUTRIENTS) OR PLANT BIOPHACTORIES (E.G. AS NATURAL PIGMENTS FOR INDUSTRY). (English) / rank | |||||||||||||||
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| Property / summary: CAROTENOIDS ARE ISOPRENOID METABOLITES THAT CONTRIBUTE TO PLANT PHOTOSYNTHETIC EFFICIENCY AND HAVE AN INCREASING NUTRITIONAL AND INDUSTRIAL INTEREST. CAROTENOIDS ARE PRODUCED IN PLATES AND STORED IN STRUCTURES FORMED BY PROTEINS AND LIPIDS (MEMBRANES). RECENT ADVANCES HAVE IMPROVED OUR UNDERSTANDING OF THE MECHANISMS THAT CONTROL THE SUPPLY OF THEIR METABOLIC PRECURSORS AND THEIR CHANNELLING TO THE CAROTENOID PATHWAY. HOWEVER, WE STILL HAVE A FAIRLY INCOMPLETE KNOWLEDGE OF HOW CAROTENOID BIOSYNTHESIS INTEGRATES AND COORDINATES WITH RELATED METABOLIC AND DEVELOPMENT PATHWAYS. THE FIRST OBJECTIVE OF THIS PROJECT IS TO EXPLORE THE MOLECULAR MECHANISMS THAT COULD CONTRIBUTE TO THIS COORDINATION BETWEEN CAROTENOID BIOSYNTHESIS AND PROCESSES RELATED TO PHOTOSYNTHESIS IN CHLOROPLASTS. IN PARTICULAR, WE AIM TO GENERATE KNOWLEDGE ABOUT THE METABOLIC CONTROL OF THE CONTRIBUTION OF ISOPRENOID PRECURSORS IN ARABIDOPSIS THALIANA AND TO CHARACTERISE IN DEPTH THE METABOLIC AND MOLECULAR PHENOTYPE OF TRANSGENIC TOMATO FRUITS (SOLANUM LYCOPERSICUM) WITH ALTERED LEVELS OF FACTORS THAT REGULATE BOTH THE DEVELOPMENT OF CHLOROPLAST AND CAROTENOGENESIS. AS A SECOND OBJECTIVE, WE WANT TO TEST A NEW BIOTECHNOLOGICAL STRATEGY BASED ON THE USE OF VIRAL VECTORS IN TOBACCO LEAVES (NICOTIANA TABACUM) FOR THE TRANSIENT PRODUCTION OF CAROTENOIDS OUTSIDE THE PLATES. IN ADDITION TO PROVIDING A DEEPER UNDERSTANDING OF HOW PLANTS REGULATE THE PRODUCTION OF CAROTENOIDS (AN ABSOLUTELY ESSENTIAL PROCESS FOR PLANT LIFE), THE PROJECT IS EXPECTED TO GENERATE USEFUL INFORMATION FOR NEW BIOTECHNOLOGICAL APPROACHES AIMED AT INCREASING THE LEVELS OF THESE IMPORTANT METABOLITES IN CROPS (E.G. AS PLANT PHYTONUTRIENTS) OR PLANT BIOPHACTORIES (E.G. AS NATURAL PIGMENTS FOR INDUSTRY). (English) / qualifier | |||||||||||||||
point in time: 14 October 2021
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Revision as of 08:26, 14 October 2021
Project Q3205241 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3205241 in Spain |
Statements
175,450.0 Euro
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350,900.0 Euro
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50.0 percent
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1 January 2015
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31 December 2017
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CENTRO DE INVESTIGACION EN AGRIGENOMICA
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41°29'27.71"N, 2°8'15.00"E
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08266
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LOS CAROTENOIDES SON METABOLITOS ISOPRENOIDES QUE CONTRIBUYEN A LA EFICIENCIA FOTOSINTETICA DE LAS PLANTAS Y POSEEN UN CRECIENTE INTERES NUTRICIONAL E INDUSTRIAL. LOS CAROTENOIDES SE PRODUCEN EN PLASTOS Y SE ALMACENAN EN ESTRUCTURAS FORMADAS POR PROTEINAS Y LIPIDOS (MEMBRANAS). AVANCES RECIENTES HAN MEJORADO NUESTRA COMPRENSION DE LOS MECANISMOS QUE CONTROLAN EL SUMINISTRO DE SUS PRECURSORES METABOLICOS Y SU CANALIZACION HACIA LA VIA DE CAROTENOIDES. SIN EMBARGO, TODAVIA TENEMOS UN CONOCIMIENTO BASTANTE INCOMPLETO DE COMO LA BIOSINTESIS DE CAROTENOIDES SE INTEGRA Y COORDINA CON VIAS METABOLICAS Y DE DESARROLLO RELACIONADAS. EL PRIMER OBJETIVO DE ESTE PROYECTO ES EXPLORAR LOS MECANISMOS MOLECULARES QUE PODRIAN CONTRIBUIR A ESTA COORDINACION ENTRE BIOSINTESIS DE CAROTENOIDES Y PROCESOS RELACIONADOS CON LA FOTOSINTESIS EN LOS CLOROPLASTOS. EN PARTICULAR, PRETENDEMOS GENERAR CONOCIMIENTO SOBRE EL CONTROL METABOLICO DEL APORTE DE PRECURSORES ISOPRENOIDES EN ARABIDOPSIS THALIANA Y CARACTERIZAR EN PROFUNDIDAD EL FENOTIPO METABOLICO Y MOLECULAR DE FRUTOS TRANSGENICOS DE TOMATE (SOLANUM LYCOPERSICUM) CON NIVELES ALTERADOS DE FACTORES QUE REGULAN TANTO EL DESARROLLO DEL CLOROPLASTO COMO LA CAROTENOGENESIS. COMO SEGUNDO OBJETIVO, QUEREMOS ENSAYAR UNA NUEVA ESTRATEGIA BIOTECNOLOGICA BASADA EN EL USO DE VECTORES VIRALES EN HOJAS DE TABACO (NICOTIANA TABACUM) PARA LA PRODUCCION TRANSITORIA DE CAROTENOIDES FUERA DE LOS PLASTOS. ADEMAS DE PROPORCIONAR UNA COMPRENSION MAS PROFUNDA DE COMO LAS PLANTAS REGULAN LA PRODUCCION DE CAROTENOIDES (UN PROCESO ABSOLUTAMENTE ESENCIAL PARA LA VIDA VEGETAL), SE PREVE QUE EL PROYECTO GENERE INFORMACION UTIL PARA NUEVOS ABORDAJES BIOTECNOLOGICOS ENCAMINADOS A AUMENTAR LOS NIVELES DE ESTOS IMPORTANTES METABOLITOS EN CULTIVOS (POR EJEMPLO, COMO FITONUTRIENTES) O BIOFACTORIAS VEGETALES (POR EJEMPLO, COMO PIGMENTOS NATURALES PARA LA INDUSTRIA). (Spanish)
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CAROTENOIDS ARE ISOPRENOID METABOLITES THAT CONTRIBUTE TO PLANT PHOTOSYNTHETIC EFFICIENCY AND HAVE AN INCREASING NUTRITIONAL AND INDUSTRIAL INTEREST. CAROTENOIDS ARE PRODUCED IN PLATES AND STORED IN STRUCTURES FORMED BY PROTEINS AND LIPIDS (MEMBRANES). RECENT ADVANCES HAVE IMPROVED OUR UNDERSTANDING OF THE MECHANISMS THAT CONTROL THE SUPPLY OF THEIR METABOLIC PRECURSORS AND THEIR CHANNELLING TO THE CAROTENOID PATHWAY. HOWEVER, WE STILL HAVE A FAIRLY INCOMPLETE KNOWLEDGE OF HOW CAROTENOID BIOSYNTHESIS INTEGRATES AND COORDINATES WITH RELATED METABOLIC AND DEVELOPMENT PATHWAYS. THE FIRST OBJECTIVE OF THIS PROJECT IS TO EXPLORE THE MOLECULAR MECHANISMS THAT COULD CONTRIBUTE TO THIS COORDINATION BETWEEN CAROTENOID BIOSYNTHESIS AND PROCESSES RELATED TO PHOTOSYNTHESIS IN CHLOROPLASTS. IN PARTICULAR, WE AIM TO GENERATE KNOWLEDGE ABOUT THE METABOLIC CONTROL OF THE CONTRIBUTION OF ISOPRENOID PRECURSORS IN ARABIDOPSIS THALIANA AND TO CHARACTERISE IN DEPTH THE METABOLIC AND MOLECULAR PHENOTYPE OF TRANSGENIC TOMATO FRUITS (SOLANUM LYCOPERSICUM) WITH ALTERED LEVELS OF FACTORS THAT REGULATE BOTH THE DEVELOPMENT OF CHLOROPLAST AND CAROTENOGENESIS. AS A SECOND OBJECTIVE, WE WANT TO TEST A NEW BIOTECHNOLOGICAL STRATEGY BASED ON THE USE OF VIRAL VECTORS IN TOBACCO LEAVES (NICOTIANA TABACUM) FOR THE TRANSIENT PRODUCTION OF CAROTENOIDS OUTSIDE THE PLATES. IN ADDITION TO PROVIDING A DEEPER UNDERSTANDING OF HOW PLANTS REGULATE THE PRODUCTION OF CAROTENOIDS (AN ABSOLUTELY ESSENTIAL PROCESS FOR PLANT LIFE), THE PROJECT IS EXPECTED TO GENERATE USEFUL INFORMATION FOR NEW BIOTECHNOLOGICAL APPROACHES AIMED AT INCREASING THE LEVELS OF THESE IMPORTANT METABOLITES IN CROPS (E.G. AS PLANT PHYTONUTRIENTS) OR PLANT BIOPHACTORIES (E.G. AS NATURAL PIGMENTS FOR INDUSTRY). (English)
14 October 2021
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Cerdanyola del Vallès
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Identifiers
BIO2014-59092-P
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