INTEGRATED APPROACH TO THE OPTIMISATION OF THE GENETIC IMPROVEMENT OF ALMONDS (Q3178530)
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Project Q3178530 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | INTEGRATED APPROACH TO THE OPTIMISATION OF THE GENETIC IMPROVEMENT OF ALMONDS |
Project Q3178530 in Spain |
Statements
138,357.45 Euro
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254,100.0 Euro
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54.45 percent
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1 January 2019
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31 December 2022
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CENTRO DE INVESTIGACION Y TECNOLOGIA AGROALIMENTARIA DE ARAGON
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50059
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EL PRESENTE PROYECTO ES UNA CONTINUACION DE TRABAJOS DE MEJORA GENETICA ANTERIORES CON MUCHA TRADICION EN EL CITA QUE TIENEN COMO PRINCIPAL OBJETIVO LA OBTENCION DE NUEVO MATERIAL VEGETAL EFICIENTE. POR UNA PARTE, LA OBTENCION DE PORTAINJERTOS PARA ALMENDRO QUE CONTROLEN EL VIGOR Y QUE SEAN TOLERANTES A LAS ENFERMEDADES DEL SUELO Y POR OTRA PARTE, LA OBTENCION DE VARIEDADES DE ALMENDRO QUE MUESTREN UN BUEN COMPORTAMIENTO AGRONOMICO Y QUE POSEAN UN AMPLIO ABANICO DE TOLERANCIA A ENFERMEDADES CON ALTA CALIDAD DE FRUTO. _x000D_ ESTE PROYECTO PONE EL ENFASIS EN EL ESTUDIO DE LAS BASES MOLECULARES DE MUCHOS ASPECTOS FUNDAMENTALES PARA LA MEJORA, TANTO DE LA RESISTENCIA A ENFERMEDADES (BACTERIAS, HONGOS Y NEMATODOS) COMO LOS GENES QUE CONTROLAN EL VIGOR Y LA ARQUITECTURA FINAL DEL ARBOL, CON EL OBJETIVO DE DESARROLLAR HERRAMIENTAS MOLECULARES QUE SIRVAN PARA LA SELECCION FINAL DE UN MATERIAL VEGETAL CON EXCELENTE COMPORTAMIENTO AGRONOMICO Y HACER FRENTE A LOS RETOS QUE PRESENTAN LAS NUEVAS TECNICAS DE CULTIVO. EN LA MEJORA DE VARIEDADES DE ALMENDRO SE PRETENDE SEGUIR CON LA OBTENCION DE VARIEDADES AUTOCOMPATIBLES DE FLORACION EXTRATARDIA, QUE SE COMPLEMENTARA CON EL ESTUDIO DE LA TOLERANCIA A ENFERMEDADES DE ORIGEN FUNGICO, APLICANDO LA SELECCION ASISTIDA AL LOCUS SF Y AL LB._x000D_ POR OTRO LADO, SE APLICARAN LAS TECNOLOGIAS DE SECUENCIACION MASIVA DE ULTIMA GENERACION (NGS) Y LAS ESTRATEGIAS GENOMICAS PARA ACELERAR LA SELECCION DE LOS DESCENDIENTES DEL PROGRAMA DE MEJORA TANTO DE VARIEDADES DE ALMENDRO COMO DE PORTAINJERTOS CREADOS DURANTE LOS ULTIMOS AÑOS. ESTAS HERRAMIENTAS GENETICAS SE UTILIZARAN PARA LA IDENTIFICACION DE GENES ASOCIADOS A LOS GENES DE RESISTENCIA A ENFERMEDADES. SE ANALIZARAN LOS GENES R RESPONSABLES DEL RECONOCIMIENTO DEL PATOGENO QUE CODIFICAN PROTEINAS DEL TIPO NUCLEOTIDO BINDING AND LEUCINE-RICH REPEAT (NB-LRR). ADICIONALMENTE SE VA A REALIZAR UN ENFOQUE METAGENOMICO PARA CARACTERIZAR Y COMPARAR EL MICROBIOMA ASOCIADO A LOS GENOTIPOS TOLERANTES Y SENSIBLES TANTO DE VARIEDADES COMO DE PORTAINJERTOS. SE PRETENDE DETERMINAR LOS MICRORGANISMOS CLAVE RESPONSABLES DE LA ELICITACION DE LA DEFENSA DE LA PLANTA FRENTE A LAS ENFERMEDADES CRIPTOGAMICAS._x000D_ ESTE PROYECTO CONTINUARA CON EL ESTUDIO DE LAS BASES MOLECULARES QUE CODIFICAN LA ARQUITECTURA, CRECIMIENTO Y VIGOR DE LOS ARBOLES. SE UTILIZARAN TANTO ESTRATEGIAS MOLECULARES COMO PARAMETROS FISIOLOGICOS PARA ESTUDIAR EL VIGOR, LA INTERACCION PATRON-VARIEDAD Y SU CONEXION HORMONAL VIA ABA. ESTE OBJETIVO, SE COMPLEMENTARA CON LA SELECCION DE MILES DE INDIVIDUOS QUE SE ENCUENTRAN EN DISTINTAS FASES DE EVALUACION Y QUE SERVIRAN PARA PLANIFICAR OTROS CRUZAMIENTOS PARA LA PRODUCCION DE NUEVOS DESCENDIENTES CON RESISTENCIA A ENFERMEDADES. _x000D_ EN RESUMEN, ESTE PROYECTO TRATA DE CONTINUAR CON EL ESTUDIO DE CARACTERES DEL SISTEMA RADICULAR, ASI COMO LA SELECCION DE NUEVO MATERIAL VEGETAL EN CAMPO CON TOLERANCIA A ENFERMEDADES DEL SUELO Y DE LAS VARIEDADES DE ALMENDRO. SE CONTINUARA CON LA FENOLOGIA Y LA INTERACCION PATRON-VARIEDAD, EN DISTINTOS ESCENARIOS CLIMATICOS PARA LA SELECCION DE PATRONES DE BAJO VIGOR PARA SATISFACER EL SISTEMA ACTUAL DE MECANIZACION DEL CULTIVO Y UNA MEJOR ADAPTACION AL CLIMA MEDITERRANEO. SE ESTUDIARA EL COMPORTAMIENTO AGRONOMICO EN CAMPO DE MATERIAL PRESELECCIONADO TANTO DE LAS VARIEDADES COMO DE PATRONES DE ALMENDRO, DONDE SE MONITORIZARAN TODOS LOS PARAMETROS FISIOLOGICOS DE VIGOR Y PRODUCTIVIDAD. (Spanish)
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THIS PROJECT IS THE FOLLOW UP OF PREVIOUS FRUIT BREEDING PROGRAMS OF LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM IS THE RELEASE OF NEW EFFICIENT PLANT MATERIAL. ON ONE SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR AND SHOWING TOLERANCE TO SOIL DISEASES AND ABIOTIC STRESSES, AND, ON THE_x000D_ OTHER, ALMOND CULTIVARS, SHOWING HIGH AGRONOMICAL PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ AND OUTSTANDING NUT QUALITY._x000D_ THIS PROPOSAL STRESSES THE STUDY OF THE MOLECULAR BASES OF MANY ASPECTS FOR BREEDING OF BOTH_x000D_ ROOTSTOCKS AND CULTIVARS. WE WILL STUDY DISEASE RESISTANCES (BACTERIA, FUNGI AND NEMATODES)_x000D_ AND THE GENETIC OF THE TREE ARCHITECTURE AND VIGOR. WE WILL DEVELOP MOLECULAR STRATEGIES TO SELECT_x000D_ NEW PLANT MATERIAL WITH EXCELLENT AGRONOMICAL PERFORMANCE TO RELEASE TOLERANT GENOTYPES TO_x000D_ FULFIL THE DEMANDS OF THE ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE AND EXTRA-LATE BLOOMING ALMOND CULTIVARS WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, COMPLEMENTED WITH THE TOLERANCE TO FUNGAL DISEASES. MARKER ASSISTED SELECTION_x000D_ (MAS) BY MOLECULAR MARKERS LINKED TO THE LOCI S AND LB WILL BE APPLIED._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) AND GENOMICS STRATEGIES WILL BE APPLIED TO_x000D_ ACCELERATE THE SELECTION OF THOUSANDS OF SEEDLING FROM SCION AND ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING THE LAST YEARS. THESE GENETIC TOOLS WILL BE USED TO IDENTIFY GENES AND LINKED_x000D_ PHENOTYPES. FOR DISEASES RESISTANCE, MANY R GENES CONFERRING RESISTANCE IN VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. MOST R GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI AND NEMATODES) IDENTIFIED TO DATE ENCODE NUCLEOTIDE_x000D_ BINDING AND LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. ADDITIONALLY, A METAGENOMIC-BASED_x000D_ APPROACH WILL BE PERFORMED TO CHARACTERIZE AND COMPARE THE MICROBIOME ASSOCIATED TO TOLERANT_x000D_ AND SENSITIVE ENTRIES (SCIONS AND ROOTSTOCKS). WE AIM AT DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLVED IN THE ELICITATION OF PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ THIS PROPOSAL WILL CONTINUE THE STUDY OF TRAITS ENCODED IN THE ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. WE WILL STUDY THE ABSCISIC ACID (ABA)-MEDIATED VIGOR INDUCED BY THE ROOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL AND MOLECULAR STRATEGIES. THIS OBJECTIVE WILL BE_x000D_ COMPLEMENTED WITH THE SELECTION OF SEEDLINGS AND IT WILL HELP TO CHOOSE THE FUTURE PARENTS WITH_x000D_ DISEASES RESISTANCE._x000D_ IN ADDITION, THIS PROPOSAL WILL CONTINUE THE STUDY OF THE ROOTSTOCK-SCION PHENOLOGY IN DIFFERENT_x000D_ CLIMATIC SCENARIOS FOR SELECTING NEW LOW-VIGOR ROOTSTOCKS TO SATISFY THE MECHANICAL HARVEST AND_x000D_ WITH A BETTER ADAPTATION TO ARID CONDITIONS OF THE MEDITERRANEAN REGION. THE AGRONOMICAL_x000D_ BEHAVIOR OF THE PRESELECTED ALMOND ROOTSTOCKS AND ALMOND CULTIVARS WILL BE EVALUATED,_x000D_ ESPECIALLY THE PHYSIOLOGICAL PARAMETERS, VIGOR AND PRODUCTIVITY. (English)
0.1317045176975591
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LE PRÉSENT PROJET EST LA CONTINUATION DE TRAVAUX D’AMÉLIORATION GÉNÉTIQUE ANTÉRIEURS AVEC BEAUCOUP DE TRADITION DANS LA NOMINATION QUI ONT COMME OBJECTIF PRINCIPAL L’OBTENTION DE NOUVEAUX MATÉRIELS VÉGÉTAUX EFFICACES. D’UNE PART, L’OBTENTION DE PORTE-GREFFES POUR LES AMANDES QUI CONTRÔLENT LA VIGUEUR ET QUI SONT TOLÉRANTES AUX MALADIES DU SOL ET, D’AUTRE PART, LA PRODUCTION DE VARIÉTÉS D’AMANDES QUI AFFICHENT UN BON COMPORTEMENT AGRONOMIQUE ET ONT UNE GRANDE TOLÉRANCE AUX MALADIES DE HAUTE QUALITÉ DES FRUITS. _x000D_ ce PROJET met l’accent sur l’état des BASES MULLECULAIRES DES ASPECTS FUNDAMENTAUX MUCH POUR LA RESISTANCE IMPROVEMENTALE (BACTERIE, FONGOS et NEMATODOS) comme les GENES qui contrôlent la vie et la fin de l’Arbol, avec l’OBJECTIVE DES TOOLS DE DÉVELOPPEMENT POUR LA Sélection FINALE D’UN MATÉRIAL VÉGÉTAL AVEC EXCELLENT la COMMUNICATION Agronomique ET DE LA RECHERCHE QUE SUBMITÉ LE NOUVEAU cultivo TECHNIQUE. Dans le meilleur des Almendro varieas destinés à être suivis par la fourniture d’approvisionnements auto-compatibles de flore externe, qui serait complété par l’ÉTUDE DE LA TOLERANCE aux DISEASES D’ORIGINE fongiques, en appliquant la sélection fournie aux LOCUS SF et LB._x000D_ BY AUTHER LAW, la principale technologie de séquençage de haute génération (NGS) et les stratégies génomiques pour accélérer la sélection des membres descendant du programme d’amélioration des almendrons ainsi que des porte-greffes greffés au cours des années seront appliqués. CES OUTILS GÉNÉTIQUES SERVIRONT À IDENTIFIER LES GÈNES ASSOCIÉS AUX GÈNES DE RÉSISTANCE AUX MALADIES. LES GÈNES R RESPONSABLES DE LA RECONNAISSANCE DES AGENTS PATHOGÈNES CODANT LES PROTÉINES DE TYPE NUCLEOTIDO ET LES RÉPÉTITIONS RICHES EN LEUCINE (NB-LRR) SERONT ANALYSÉS. EN OUTRE, UNE APPROCHE MÉTAGÉNOMIQUE SERA APPLIQUÉE POUR CARACTÉRISER ET COMPARER LE MICROBIOME ASSOCIÉ AUX GÉNOTYPES TOLÉRANTS ET SENSIBLES DES VARIÉTÉS ET PORTE-GREFFES. Il est destiné à dissuader les micro-organismes clés qui sont responsables de la mise en œuvre de la défense des maladies crypto-GAMIC._x000D_ ce projet se poursuivra avec le statut des bases moléculaires qui codifient l’ARCHITECTURE, CRÉCISION ET VIGOR DES ARBOLES. LES STRATÉGIES MOLÉCULAIRES ET LES PARAMÈTRES PHYSIOLOGIQUES SERONT UTILISÉS POUR ÉTUDIER LA VIGUEUR, L’INTERACTION PATRON-VARIÉTÉ ET SA CONNEXION HORMONALE VIA L’ABA. CET OBJECTIF SERA COMPLÉTÉ PAR LA SÉLECTION DE MILLIERS D’INDIVIDUS QUI SONT À DIFFÉRENTS STADES D’ÉVALUATION ET QUI SERVIRONT À PLANIFIER D’AUTRES CROISEMENTS POUR LA PRODUCTION DE NOUVEAUX DESCENDANTS PRÉSENTANT UNE RÉSISTANCE AUX MALADIES. _x000D_ en RÉSUMÉ, ce projet vise à poursuivre avec l’ÉTUDE DES CHARACTERS DE SYSTÈME radiculaire, ainsi que la sélection de nouveaux MATÉRIELS VÉGÉTAUX EN CAMPOLE AVEC TOLERANCES TOLERANCES ET LES Variedades d’ALMENDRO. IL SE POURSUIVRA AVEC LA PHÉNOLOGIE ET L’INTERACTION MODÈLE-VARIÉTÉ, DANS DIFFÉRENTS SCÉNARIOS CLIMATIQUES POUR LE CHOIX DES MODÈLES DE FAIBLE VIGUEUR AFIN DE SATISFAIRE LE SYSTÈME ACTUEL DE MÉCANISATION DE LA CULTURE ET UNE MEILLEURE ADAPTATION AU CLIMAT MÉDITERRANÉEN. NOUS ÉTUDIERONS LE COMPORTEMENT AGRONOMIQUE DANS LE DOMAINE DES MATÉRIAUX PRÉ-SÉLECTIONNÉS DE VARIÉTÉS ET DE PATRONS D’AMANDES, OÙ TOUS LES PARAMÈTRES PHYSIOLOGIQUES DE VIGUEUR ET DE PRODUCTIVITÉ SERONT SURVEILLÉS. (French)
4 December 2021
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DAS VORLIEGENDE PROJEKT IST EINE FORTSETZUNG FRÜHERER GENETISCHER VERBESSERUNGSARBEITEN MIT VIEL TRADITION IN DER ERNENNUNG, DIE ALS HAUPTZIEL DIE GEWINNUNG VON NEUEM EFFIZIENTEM PFLANZENMATERIAL HABEN. EINERSEITS DIE GEWINNUNG VON WURZELSTOCK FÜR MANDELN, DIE KRAFT KONTROLLIEREN UND DIE GEGEN BODENKRANKHEITEN TOLERANT SIND, UND ANDERERSEITS DIE PRODUKTION VON MANDELSORTEN, DIE EIN GUTES AGRONOMISCHES VERHALTEN AUFWEISEN UND EIN BREITES SPEKTRUM AN TOLERANZ GEGENÜBER KRANKHEITEN MIT HOHER FRUCHTQUALITÄT HABEN. _x000D_ dieser PROJEKT legt den Schwerpunkt auf den Zustand der MULLECULAR BASES OF MUCH FUNDAMENTAL ASPECTS FÜR IMPROVEMENTAL RESISTANCE (BACTERIA, FONGOS und NEMATODOS) als GENES, die das Leben und das Ende des Arbols steuern, mit der Möglichkeit der ENTWICKLUNG für die FINAL-Auswahl eines VEGETAL MATERIAL MIT EXCELLENT Agronomische Gemeinschaft und von den Reties, dass die neue TECHNICAL cultivo. Im Besten von Almendro werden unterschiedliche, um die Bereitstellung von selbstkompatiblen Vorräten externer Flora, die durch die STUDY OF THE TOLERANCE auf fungische ORIGIN DISEASES ergänzt werden, durch die Anwendung der Auswahl auf die LOCUS SF und LB._x000D_ BY OTHER LAW, die große Sequenzierung Technologie der Hochgeneration (NGS) und die genomischen Strategien zur Beschleunigung der Auswahl der absteigenden Mitglieder des Programms zur Verbesserung der Almendrons sowie gerafted Wurzelstock in den Jahren angewendet werden. DIESE GENETISCHEN WERKZEUGE WERDEN VERWENDET, UM GENE ZU IDENTIFIZIEREN, DIE MIT KRANKHEITSRESISTENZGENEN ASSOZIIERT SIND. DIE R-GENE, DIE FÜR DIE ERKENNUNG VON ERREGERN VERANTWORTLICH SIND, DIE PROTEINE DES TYPS NUCLEOTIDO BINDUNG UND LEUCINREICHE WIEDERHOLUNG (NB-LRR) KODIEREN, WERDEN ANALYSIERT. DARÜBER HINAUS WIRD EIN METAGENOMIC ANSATZ VERFOLGT, UM DAS MIKROBIOM ZU CHARAKTERISIEREN UND ZU VERGLEICHEN, DAS MIT TOLERANTEN UND EMPFINDLICHEN GENOTYPEN SOWOHL VON SORTEN ALS AUCH VON WURZELSTOCK VERBUNDEN IST. Es soll die wichtigsten Mikroorganismen abschrecken, die für die Umsetzung der Verteidigung der Krypto-GAMIC-Krankheiten verantwortlich sind._x000D_ Dieses Projekt wird mit dem Status der molekularen Grundlagen, die das ARCHITECTURE, CRECISION AND VIGOR OF ARBOLES kodifizieren, fortgesetzt. SOWOHL MOLEKULARE STRATEGIEN ALS AUCH PHYSIOLOGISCHE PARAMETER WERDEN VERWENDET, UM ÜBER ABA KRAFT, MUSTER-SORTEN-WECHSELWIRKUNG UND DEREN HORMONELLE VERBINDUNG ZU UNTERSUCHEN. ERGÄNZT WIRD DIESES ZIEL DURCH DIE AUSWAHL VON TAUSENDEN VON PERSONEN, DIE SICH IN VERSCHIEDENEN PHASEN DER BEWERTUNG BEFINDEN UND ANDERE KREUZE FÜR DIE PRODUKTION NEUER NACHKOMMEN MIT KRANKHEITSRESISTENZ PLANEN. _x000D_ in SUMMARY, dieses Projekt zielt darauf ab, mit dem radicular SYSTEM CHARACTERS STUDY fortzufahren, sowie mit der Auswahl des neuen VEGETAL MATERIAL IN CAMPOLE MIT TOLERANCES TOLERANCES AND THE Variedades OF ALMENDRO. ES WIRD MIT DER PHÄNOLOGIE UND DER INTERAKTIONSMUSTER-VIELFALT, IN VERSCHIEDENEN KLIMATISCHEN SZENARIEN FÜR DIE AUSWAHL VON NIEDRIGEN KRAFTMUSTERN, UM DAS GEGENWÄRTIGE SYSTEM DER MECHANISIERUNG DER ERNTE UND EINE BESSERE ANPASSUNG AN DAS MEDITERRANE KLIMA ZU BEFRIEDIGEN. WIR WERDEN DAS AGRONOMISCHE VERHALTEN AUF DEM GEBIET DES VORGEWÄHLTEN MATERIALS SOWOHL VON SORTEN ALS AUCH MANDELMUSTERN UNTERSUCHEN, WO ALLE PHYSIOLOGISCHEN PARAMETER VON KRAFT UND PRODUKTIVITÄT ÜBERWACHT WERDEN. (German)
9 December 2021
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HET HUIDIGE PROJECT IS EEN VOORTZETTING VAN EERDERE GENETISCHE VERBETERING WERKT MET VEEL TRADITIE IN DE BENOEMING DIE ALS HOOFDDOEL HEBBEN HET VERKRIJGEN VAN NIEUW EFFICIËNT PLANTAARDIG MATERIAAL. AAN DE ENE KANT, HET VERKRIJGEN VAN ONDERSTAMMEN VOOR AMANDELEN DIE KRACHT ONDER CONTROLE HEBBEN EN DIE TOLERANT ZIJN VOOR BODEMZIEKTEN EN AAN DE ANDERE KANT, DE PRODUCTIE VAN AMANDELVARIËTEITEN DIE GOED AGRONOMISCH GEDRAG VERTONEN EN EEN BREED SCALA AAN TOLERANTIE HEBBEN VOOR ZIEKTEN MET EEN HOGE KWALITEIT VAN FRUIT. _x000D_ dit PROJECT legt de nadruk op de toestand van de MULLECULAR BASES VAN MUCH FUNDAMENTAL ASPECTS VOOR IMPROVEMENTAL RESISTANCE (BACTERIA, FONGOS en NEMATODOS) als de GENES die de levensduur en het einde van de Arbol controleren, met de OBJECTIE VAN DE ONTWIKKELING TOOLS VOOR DE FINAL Selectie van een VEGETAL MATERIAL MET EXCELLENT agronomische COMMUNICATIE EN VAN DE REGIO’S DAT SUBMITTED DE NIEUWE TECHNICAL cultivo. In het beste van Almendrovarië zal de levering van zelfverenigbare leveringen van externe flora worden gevolgd, die zou worden aangevuld met het STUDY OF THE TOLERANCE to fungic ORIGIN DISEASES, door de selectie toe te passen op de LOCUS SF en LB._x000D_ BY OTHER LAW, de belangrijkste sequencing technologie van high-generation (NGS) en de genomische strategieën om de selectie van de dalende leden van het programma voor verbetering van almendrons en geënt wortelbestanden in de loop van de jaren te versnellen. DEZE GENETISCHE HULPMIDDELEN ZULLEN WORDEN GEBRUIKT OM GENEN IN VERBAND MET ZIEKTERESISTENTIEGENEN TE IDENTIFICEREN. DE R-GENEN DIE VERANTWOORDELIJK ZIJN VOOR DE HERKENNING VAN PATHOGENEN DIE EIWITTEN CODEREN VAN HET TYPE NUCLEOTIDO BINDING EN LEUCINE-RIJKE HERHALING (NB-LRR) ZULLEN WORDEN GEANALYSEERD. DAARNAAST ZAL EEN METAGENOMISCHE AANPAK WORDEN UITGEVOERD OM HET MICROBIOOM TE KARAKTERISEREN EN TE VERGELIJKEN DAT WORDT GEASSOCIEERD MET TOLERANTE EN GEVOELIGE GENOTYPEN VAN ZOWEL RASSEN ALS ONDERSTAMMEN. Het is bedoeld om de belangrijkste micro-organismen die verantwoordelijk zijn voor de uitvoering van de verdediging van de crypto-GAMIC ziekten af te schrikken._x000D_ dit project zal doorgaan met de status van de moleculaire basisprincipes die de ARCHITECTURE, CRECISION EN VIGOR OF ARBOLES codificeren. ZOWEL MOLECULAIRE STRATEGIEËN ALS FYSIOLOGISCHE PARAMETERS ZULLEN WORDEN GEBRUIKT OM KRACHT, PATROON-VARIETY INTERACTIE EN DE HORMONALE VERBINDING VIA ABA TE BESTUDEREN. DEZE DOELSTELLING ZAL WORDEN AANGEVULD MET DE SELECTIE VAN DUIZENDEN PERSONEN DIE ZICH IN VERSCHILLENDE STADIA VAN EVALUATIE BEVINDEN EN DIE ZULLEN DIENEN OM ANDERE KRUISINGEN TE PLANNEN VOOR DE PRODUCTIE VAN NIEUWE NAKOMELINGEN MET ZIEKTERESISTENTIE. _x000D_ in SUMMARY, dit project streeft naar voortzetting van de radiculaire SYSTEM CHARACTERS STUDY, evenals de selectie van nieuwe VEGETAL MATERIAL IN CAMPOLE met TOLERANCES TOLERANCES EN DE Variedades van ALMENDRO. HET ZAL DOORGAAN MET DE FENOLOGIE EN DE INTERACTIEPATROON-VARIETY, IN VERSCHILLENDE KLIMAATSCENARIO’S VOOR DE SELECTIE VAN PATRONEN MET EEN LAGE KRACHT OM TE VOLDOEN AAN HET HUIDIGE SYSTEEM VAN MECHANISATIE VAN HET GEWAS EN EEN BETERE AANPASSING AAN HET MEDITERRANE KLIMAAT. WE ZULLEN HET AGRONOMISCH GEDRAG BESTUDEREN OP HET GEBIED VAN VOORGESELECTEERD MATERIAAL VAN ZOWEL VARIËTEITEN ALS AMANDELPATRONEN, WAAR ALLE FYSIOLOGISCHE PARAMETERS VAN KRACHT EN PRODUCTIVITEIT ZULLEN WORDEN GEMONITORD. (Dutch)
17 December 2021
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IL PRESENTE PROGETTO È UNA CONTINUAZIONE DI PRECEDENTI LAVORI DI MIGLIORAMENTO GENETICO CON MOLTA TRADIZIONE NELL'APPUNTAMENTO CHE HANNO COME OBIETTIVO PRINCIPALE L'OTTENIMENTO DI NUOVO MATERIALE VEGETALE EFFICIENTE. DA UN LATO, OTTENERE PORTINNESTI PER MANDORLE CHE CONTROLLANO IL VIGORE E CHE SONO TOLLERANTI ALLE MALATTIE DEL SUOLO E, DALL'ALTRO, LA PRODUZIONE DI VARIETÀ DI MANDORLE CHE MOSTRANO UN BUON COMPORTAMENTO AGRONOMICO E HANNO UNA VASTA GAMMA DI TOLLERANZA ALLE MALATTIE CON ELEVATA QUALITÀ DELLA FRUTTA. _x000D_ questo PROGETTO pone l'accento sullo stato dei MULLECULAR BASES DI MUCH FONDAMENTAL ASPECTS FOR IMPROVEMENTAL RESISTANCE (BACTERIA, FONGOS e NEMATODOS) come i GENES che controllano la vita e la fine dell'Arbol, con l'OBJECTIVE OF DEVELOPMENT TOOLS PER LA Selezione FINALE DI UN MATERIALE VEGETALE CON ESCELLENTE comunicazione Agronomica E DALLE DONNE CHE TRASMO IL NUOVO cultivo tecnico. Nel migliore dei casi Almendro varierà come dovrebbe essere seguita dalla fornitura di forniture autocompatibili di florazione esterna, che sarebbe completata dalla STUDY OF THE TOLERANCE to fungic ORIGIN DISEASES, applicando la selezione fornita ai LOCUS SF e LB._x000D_ DA ALTRE LAW, saranno applicate le principali tecnologie di sequenziamento di alta generazione (NGS) e le strategie genomiche per accelerare la selezione dei membri decrescenti del programma di miglioramento degli almendri e dei portainnesti durante gli anni. QUESTI STRUMENTI GENETICI SARANNO UTILIZZATI PER IDENTIFICARE I GENI ASSOCIATI AI GENI DI RESISTENZA ALLE MALATTIE. SARANNO ANALIZZATI I GENI R RESPONSABILI DEL RICONOSCIMENTO DEGLI AGENTI PATOGENI CHE CODIFICANO LE PROTEINE DEL TIPO NUCLEOTIDO E LA RIPETIZIONE RICCA DI LEUCINA (NB-LRR). INOLTRE, VERRÀ EFFETTUATO UN APPROCCIO METAGENOMICO PER CARATTERIZZARE E CONFRONTARE IL MICROBIOMA ASSOCIATO A GENOTIPI TOLLERANTI E SENSIBILI SIA DELLE VARIETÀ CHE DEI PORTAINNESTI. Ha lo scopo di scoraggiare i microrganismi chiave che sono responsabili per l'implementazione della difesa delle malattie cripto-GAMIC._x000D_ questo progetto continuerà con lo stato delle basi molecolari che codificano l'ARCHITECTURE, CRECISIONE E VIGOR DI ARBOLES. SIA LE STRATEGIE MOLECOLARI CHE I PARAMETRI FISIOLOGICI SARANNO UTILIZZATI PER STUDIARE IL VIGORE, L'INTERAZIONE PATTERN-VARIETÀ E LA SUA CONNESSIONE ORMONALE TRAMITE ABA. QUESTO OBIETTIVO SARÀ INTEGRATO DALLA SELEZIONE DI MIGLIAIA DI INDIVIDUI CHE SI TROVANO IN DIVERSE FASI DI VALUTAZIONE E CHE SERVIRANNO A PIANIFICARE ALTRI CROCI PER LA PRODUZIONE DI NUOVI FIGLI CON RESISTENZA ALLE MALATTIE. _x000D_ in SUMMARIA, questo progetto cerca di continuare con il SISTEMA radicolare STUDY CHARACTERS, così come la selezione di nuove MATERIALI VEGETALI IN CAMPOLE CON TOLERANCES TOLERANCES E Le Variedades of ALMENDRO. CONTINUERÀ CON LA FENOLOGIA E L'INTERAZIONE PATTERN-VARIETÀ, IN DIVERSI SCENARI CLIMATICI PER LA SELEZIONE DI MODELLI A BASSO VIGORE PER SODDISFARE L'ATTUALE SISTEMA DI MECCANIZZAZIONE DELLA COLTURA E UN MIGLIORE ADATTAMENTO AL CLIMA MEDITERRANEO. STUDIEREMO IL COMPORTAMENTO AGRONOMICO NEL CAMPO DEL MATERIALE PRESCELTO SIA DELLE VARIETÀ CHE DELLE MANDORLE, DOVE VERRANNO MONITORATI TUTTI I PARAMETRI FISIOLOGICI DI VIGORE E PRODUTTIVITÀ. (Italian)
16 January 2022
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See PROJEKT on LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM on UUS EFFICIENT PLANT MATERIAL reELEASE VÄLJA. Ühel küljel, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR JA SHOWING TOLERANCE SOILID DISEASES JA ABIOTIC STRESSES JA, ON THE_x000D_ MUUD, ALMOND kultivarid, SHOWING HIGH agronoomiline PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ JA OUTSTANDING NUT QUALITY._x000D_ THIS PROPOSALALISTAB KASUTATAVAD KOHUSTUSLIKES HÄÄLETAMISE ASPEKTID BOTH_x000D_ pookealused ja kultivarid. Me saame STUDY DISEASE RESISTANCES (BACTERIA, FUNGI JA NEMATODES)_x000D_ JA GENETIC TREE ARCHITECTURE ja VIGOR. Me VALGE DEVELOP MOLEKULAR STRATEGIID SELECT_x000D_ NEW PLANT MATERIAL WITH EXCELLENT agronoomiline PERFORMANCE TOLERANT genotüübid TO_x000D_ FULFIL ALMOND INDUSTRY._x000D_BREEDING SELF-COMPATIBLE JA EXTRA-LATE BLOOMING ALMOND Kultivars WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, täiendatud TOLERANCE FUNGAL DISEASES. Marker ASSISTED SELEKTSIOON_x000D_ (MAS) BY MOLECULAR MÕÕTMED LOCI- JA LIIKMESRIIKIDELE KOHTA._x000D_ ADDITIONALLY, NEXITIONALLY, NEXT GENERATION SEQUENCING (NG) JA GENOMICS STRATEGIID, kes ei ole KASUTATUD TO_x000D_ACCELERATE SEEDLINGUDE TÖÖSTUDE SELLEERITUD SCION JA ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING LAST AASTA. Need GENETIC TOOLID, mida kasutatakse IDENTIFY GENES JA LINKED_x000D_ fenotüübid. VARIOUS PLANT_x000D_ SPETSIFIKATSIOONID LIIKMESRIIKIDE LIIKMESRIIKIDE KOHTA VARIOUSES PLANT_x000D_ SPETSIOONID TÄHELEPANU. Enamik RÜÜBID IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI JA NEMATODES) IDENTIFIED kuni DATE ENCODE NUCLEOTIDE_x000D_ BINDING JA LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Lisaks metagenomic-BASED_x000D_ APPROACH WILL BE PERFORMED CHARACTERISE JA COMPARE the MICROBIOME ASSOCIATED TO TOLERANT_x000D_ JA SENSITIVE ENTRIES (SCIONS JA pookealused). Meie, kes on KEYSTONE_x000D_MICROORGANISMS INVOLVED INVOLVITUD KASUTATAVAD DEFENSE RESPONSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_THIS PROPOSAL WILL CONTINE SÜSTEEMISED, mis on kodeeritud ROOT SÜSTEEMIS, AS TREE_x000D_ ARCHITECTURE. Me ei saa aru abstscisic ACID (ABA)-MEDIATED VIGOR INDUCED BYROOTID AND THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL JA MOLECULAR STRATEGIES. Käesolev OBJEKTIVE BE_x000D_ täiendas SEEDLINGUDE JA TEADMISEKS KÄESOLEVA TÄHELEPANU VÕTNUD KÄSITLEVADE KÄSITLEVADE KÄSITLEVA KIRJALIK_x000D_ DISEASED RESISTANCE._x000D_ LISAKS000D_ LISAKS000D_ LISAKS000D_ CLIMATIC SCENARIOS UUS LOW-VIGOR pookealuste SATISEKS JA_x000D _ VAHENDAMINE MEDITERRANEAN REGION. ALMONDi pookealuste ja ALMOND-i pookealuste AGRONOMICAL_x000D_BEHAVIOR JA ALMOND kultivarid, millel on EVALUATED,_x000D_ ESPECIALLY PHYSIOLOGILISE PARAMETERID, VIGOR- JA TOETUSED. (Estonian)
4 August 2022
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Šis PROJEKTAS – tai LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM – NAUJO EFFICIENTO PLANTIJOS MEDŽIAGOS PROGRAMA. Dėl vienos pusės, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR AND SHOWING TOLERANCE to SOIL DISEASES IR ABIOTIC STRAIPSNIS, IR, ON_x000D_ OTHER, ALMOND, ALMOND, SHOWING HIGH agronomical PERFORMANCE, BOTH_x000D_ BOTH_x000D_ šakniastiebius ir veisles. Mes TIKISI NARIŲ REZIKATŲ (Baktorija, FUNGI IR NEMATODES)_x000D_ IR TREE ARCHITECTURE IR VIGOR GENETIKA. Mes NAUJŲ PLANTIJOS MEDŽIAGŲ SUSIJUSIOS MOLEKTINĖS STRATEGIJOS STRATEGIJŲ SELECT_x000D_ NAUJŲ PLATINIŲ MEDŽIAGŲ su puikiu agronominiu PERFORMACIJU TELEASE TOLERANTŲ genotipų TO_x000D_ FULFILIAI VISUOMENĖS ĮRANGOS._x000D_ BREEDING SELF-COMPATIBLE IR EXTRA-LATE BLOOMING ALMOND veisles, kaip MAIN_x000D_ OBJECTIVE, papildytas SU TOLERCIJA į FUNGAL DISEASES. Žymeklis ASISTED SELECTION_x000D_ (MAS) BY MOLECULAR MARKERS LINKED į LOCI S IR LB bus PRIEŽIŪRA._x000D_ ADDITIONALLY, NEXT GENERACIJA (NGS) ir GENOMIKOS STRATEGIJOS BŪTI PATEIKTI TO_x000D_ PRIEŽIŪROS SVEIKATĄ iš SCION IR ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING THE LASTYJE METAI. Šie GENETIC TOOLAI bus naudojami IDENTIFY GENES IR LINKED_x000D_ fenotipams. Dėl DISEASES RESISTANCE, MANY RENES CONFERRING RESISTANCE in VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. Dauguma GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (Baktorija, FUNGI IR NEMATODES) ĮSIPAREIGOJAMA NUCLEOTIDE_x000D_ BINDING IR LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Be to, metagenomic-BASED_x000D_ APPROACH bus PAGAL VEIKLOS PRIEŽIŪROS IR PATVIRTINIMAS MICROBIOME ASSOCIATED į TOLERANT_x000D_ IR SENSITIVE ENTRIES (SCIONS IR šakniastiebiai). Mes PRIEŽIŪROS PRIEŽIŪROS KEYSTONE_x000D_ MICROORGANISMS ĮSIPAREIGOJAMOS ĮSIPAREIGOJIMO ĮSIPAREIGOJIMO RESPONZGĄ AGAINSTINIAI FUNGALINIAI PATHOGENAI._x000D_ THIS PROPOSALINIAI SUSITARIANČIAIUS TIKSLAS TIKSLAS TIKSLAS, užkoduotas ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Mes užtikrinsime abscizinį ACID (ABA)-MEDIATED VIGOR INDUCED VIGOR INDUCED BY ROOTSTOCK-SCION INTERACTION, naudojant PHYSIOLOGICAL IR MOLECULAR STRATEGIES. Šis OBJECTIVE bus papildytas su SEEDLINES IR IT SELECTION SU ATSIŽVELGIAntys PARENTAI SUSIJUSIOS PARENTOSIOS su_x000D_ DISEASES RESISTANCIJA._x000D_ Į papildymą, TAI PROPOSALINIAI SUSITARIANČIOS TIKSLAS-SCION fenologiją DIFFERENT_x000D_ CLIMATIC SCENARIOS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪROS PRIEŽIŪRA. AGRONOMICAL_x000D_ PRESELECTED ALMOND poskiepių ir ALMOND veislių BEVALUATED,_x000D_ ESPECIALLY THE PHYSIOLOGICAL PARAMETERS, VIGOR IR PRODUKTIVITIJA. (Lithuanian)
4 August 2022
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Ovaj PROJEKT je FOLLOW UPREVIOUS FRUIT BREEDING PROGRAME LONG TRADITION na CITA, WHOSE_x000D_ MAIN AIM je RELEASE NOVI EFFICIENT PLANT MATERIAL. Na ONE SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR I SHOWING TOLERANCE TOLERANCIJE I ABIOTIC STRESSES, I, na THE_x000D_ OTHER, ALMOND kultivara, SHOWING HIGH agronomska PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ I OUTSTANDING NUT QUALITY._x000D_ ovaj PROPOSALNI STRAŽE STUDIJA MOLECULAR BASES MANY PSPECTS ZA BREEDING BOTH_x000D_ podloge i sorte. Mi ćemo STUDY DISEASE RESISTANCES (BAKTERIJA, FUNGI I NEMATODES)_x000D_ I GENETIC TREE ARCHITECTURE i VIGOR. Mi ćemo DEVELOP MOLECULAR STRATEGIES na SELECT_x000D_ NOVO PLANT MATERIAL S IZVJEŠĆANJE agronomske PERFORMANCIJE O RELEASE TOLERANT genotips TO_x000D_ FULFIL UZEMLJI UZEMLJIH INDUSTRIJA._x000D_ BREEDING SELF-COMPATIBLE I EXTRA-LATE BLOOMING ALMOND CULTivars ĆE REMAIN kao MAIN_x000D_ OBJECTIVE, nadopunjena sa TOLERANCOM ZA FUNGALNI DISEASES. Marker ASSISTED SELECTION_x000D_ (MAS) BY MOLECULAR MARKERS POVEZNIČA ZA LOCI I LB će biti nagrađeni._x000D_ ADDITIONALLY, NEXT OPERATION SEQUENCING (NGS) I GENOMICS STRATEGIES će se primijeniti na_x000D_ PRIMJEŠTAJU SELEKCIJE THOUSANDSKE SEEDLING od SCIONA I ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING LAST Godine. Ove GENETIC TOOLS Će se koristiti za IDENTIFY GENES I LINKED_x000D_ fenotipovi. Za DISEASES RESISTANCE, MANY R GENES CONFERRING RESISTANCE u VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF FATHOGENS HAVE BEEN ISOLATED. Većina RGENES INVOLVED IN_x000D_ PATHOGEN RECOGNICIJA (BACTERIA, FUNGI I NEMATODES) IDENTIFIED za DATE ENCODE NUCLEOTIDE_x000D_ BINDING i LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Osim toga, metagenomic-BASED_x000D_ APPROACH će se pripremiti za KARAKTERISU I U ODNOSU MICROBIOME ASSOCIATED TO TOLERANT_x000D_ I SENSITIVE ENTRIES (SCIONS I podloge). Mi smo na DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLVED U izvođenju PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ OVO PROPOSAL ĆE KONTAKTIRANJE STUDIJA osobina kodirane u ROOT SYSTEM, kao što je bilo kao TREE_x000D_ ARCHITECTURE. Mi ćemo učiniti apscizični ACID (ABA)-PRODAJTE VIGOR INDUCED BY THE ROOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL I MOLECULAR STRATEGIES. Ovaj OBJEKT će biti_x000D_ nadopunjen sa SELECTION OF SEEDLINGS I ĆE POMOĆI KOJE SU OBAVIJESTI FUTURE PARENTS sa_x000D_ DISEASES RESISTANCE._x000D_ U DODACI, OVO PROPOSAL ĆE KONTAKTIČKI KUĆI KUĆI KUĆNI KOJE PENLOGIJE ROOTSTOCK-SCION u DIFFERENT_x000D_ CLIMATIC SCENARIOS ZA SELECTING NEW LOW-VIGOR podloge za SATISFY MECHANICAL HARVEST AND_x000D_ S BETTER PODATAKOM ZA PRIMJENE ZA PRIMJENE KONDICIJE MEDITERRANEAN REGION. AGRONOMICAL_x000D_ Behavior of the PRESELECTED ALMOND podloge I ALMOND kultivara Će biti EVALUATED,_x000D_ ESPECIALLY PHYSIOLOGICAL PARAMETERS, VIGOR I PROIZVODNOST. (Croatian)
4 August 2022
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Το ΕΡΓΟ ειναι το ΕΡΓΟ ΑΠΟΤΕΛΕΣΜΑΤΩΝ ΠΡΟΓΡΑΜΜΑΤΩΝ ΜΗΧΑΝΙΚΗΣ ΔΙΑΜΕΤΑΚΟΜΙΣΗΣ στο CITA, WHOSE_x000D_ MAIN AIM ΕΙΝΑΙ ΤΟ ΔΕΛΤΙΟ ΝΕΟΥ ΕΦΑΡΜΟΓΗΣ ΥΛΙΚΟΥ. Σε μια πλευρά, ALMOND ROOTSTOCKS_x000D_ ΕΛΕΓΧΟΣ ΤΗΛΕΠΙΚΟΙΝΩΝΙΑΚΗ ΚΑΙ ΤΟΠΟΘΕΤΗΣΗ ΣΕ ΜΟΝΑΔΕΣ ΚΑΙ ΑΒΙΑΤΙΚΕΣ ΔΗΛΩΣΕΙΣ, ΚΑΙ, ΣΤΟ ΤΟ_x000D_ ΑΛΛΕΣ, ΑΛΛΑ, ΑΛΛΑ, ΠΟΥ ΑΦΙΖΟΥΝ ΥΨΗΛΗ αγρονομικη ΕΠΙΤΡΟΠΗ, ΔΙΑΚΟΣΜΗΣΕΙΣ TOLERANCE_x000D_ ΚΑΙ ΕΚΤΕΛΕΣΗ ΕΚΤΟΣ ΠΟΙΟΤΗΤΑΣ._x000D_ ΑΥΤΕΣ ΠΡΟΤΑΣΕΙΣ Η ΜΕΛΕΤΗ ΤΩΝ ΜΟΛΕΥΚΩΝ ΒΑΣΕΩΝ ΤΩΝ ΠΛΗΡΟΦΟΡΙΩΝ ΓΙΑ ΤΗΝ ΑΝΑΠΤΥΞΗ ΡΙΖΩΝ ΑΖΩΝ BOTH_x000D_ Θα μελετήσουμε ΑΝΤΙΠΡΟΣΩΠΕΙΕΣ (ΒΑΚΤΗΡΙΑ, FUNGI και NEMATODES)_x000D_ και το ΓΕΝΙΚΟ ΤΗΣ ΑΡΧΙΤΕΚΤΟΝΙΚΗΣ ΤΑΞΙΔΙΟΤΗΤΑΣ και του VIGOR. Θα ΑΝΑΠΤΥΞΗ ΜΟΛΕΥΚΩΝ ΣΤΡΑΤΗΓΙΚΩΝ ΣΤΡΑΤΗΓΙΚΩΝ ΣΕ SELECT_x000D_ ΝΕΑ ΠΛΑΤΙΚΕΣ ΥΛΙΚΕΣ ΜΕ ΕΞΑΙΡΕΤΙΚΗ γεωνομική ΕΚΔΟΧΗ ΓΟΝΟΤΥΠΩΝ TO_x000D_ ΠΛΗΡΩΣ ΤΩΝ ΕΠΙΧΕΙΡΗΣΕΩΝ ΤΗΣ ΕΝΑΛΛΑΚΤΙΚΗΣ ΒΙΟΜΗΧΑΝΙΑΣ._x000D_ BREEDING SELF-COMPATIBLE και EXTRA-LATE BLOOMING ALMOND Cultivars WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, ΣΥΜΠΛΗΡΩΜΑΤΙΚΕΣ ΜΕ ΤΗΝ ΤΑΞΙΝΟΜΗΣΗ ΣΤΙΣ ΧΡΗΜΑΤΟΔΟΤΙΚΕΣ ΕΚΔΗΛΩΣΕΙΣ. ΣΗΜΕΙΩΣΕΙΣ ΠΟΥ ΧΡΗΣΙΜΟΠΟΙΟΥΝΤΑΙ ΕΠΙΛΟΓΗ_x000D_ (MAS) από τους ΜΟΛΕΥΚΟΥΣ ΑΓΟΡΕΣ που συνδεονται με το LOCI S και το LB θα ΕΦΑΡΜΟΖΟΝΤΑΙ._x000D_ ΠΡΟΣΘΗΚΗ, ΕΠΟΜΕΝΟΣ ΕΠΙΧΕΙΡΗΣΕΙΣ ΓΕΝΙΚΗΣ ΓΕΝΙΚΗΣ (NGS) και ΓΕΝΙΚΩΝ ΣΤΡΑΤΗΓΙΚΩΝ θα ΕΦΑΡΜΟΖΟΝΤΑΙ ΤΟ_x000D_ ACCELERATE THE SELECTION OF THOUSANDS OF SEEDLING ΠΡΟΓΡΑΜΜΑΤΑ ΑΝΑΠΤΥΞΗΣ_x000D_ ΠΟΥ ΛΑΜΒΑΝΟΝΤΑΙ ΑΠΟ ΤΟ ΤΕΛΕΥΤΑΙΟ ΕΤΟΣ. Αυτά τα ΓΕΝΙΚΑ ΕΡΓΑΛΕΙΑ θα ΧΡΗΣΙΜΟΠΟΙΟΥΝΤΑΙ για την ΑΝΑΓΝΩΡΙΣΗ ΓΕΝΙΚΩΝ και LINKED_x000D_ ΦΕΝΟΤΥΠΩΝ. Για ΑΝΑΠΤΥΞΗ ΑΝΤΙΚΕΙΜΕΝΟΥ, ΠΟΛΛΑ R ΓΕΝΙΚΑ που ΠΕΡΙΕΧΟΝΤΑΙ σε VARIOUS PLANT_x000D_ ΕΙΔΗ ΚΑΤΑΣΚΕΥΑΣΙΖΟΝΤΑΙ ΚΑΤΑ ΒΑΡΟΣ ΦΑΤΟΓΕΟΝΕΣ ΕΧΟΝΤΑΙ ΙΣΧΥΡΙΣΜΕΝΗ. Οι ΠΛΕΟΝΕΚΤΕΣ ΠΛΗΡΟΦΟΡΙΕΣ ΑΝΤΙΚΕΙΜΕΝΟΥ IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI και NEMATODES) που αναγνωρίζονται για την ημερομηνία καταχώρισης NUCLEOTIDE_x000D_ BINDING και LEUCINE-RICH REPEAT (NB-LRR) ΠΡΩΤΕΪΝΕΣ. Επιπλέον, μια μεταγεωνομική-BASED_x000D_ APPROACH θα είναι επιβεβλημένη σε ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ ΚΑΙ ΑΝΤΑΓΩΝΙΣΤΙΚΟΤΗΤΑ ΤΟ ΜΙΚΡΟΒΙΟΜΕΙΟ ΠΟΥ ΣΥΝΕΡΓΑΖΕΤΑΙ ΣΕ TOLERANT_x000D_ ΚΑΙ ΕΠΙΧΕΙΡΗΣΙΑΚΕΣ ΕΠΙΧΕΙΡΗΣΕΙΣ (ΕΣ και έρριζα υποκείμενα). ΑΝΤΙΠΡΟΣΩΠΟΙ ΣΤΗΝ ΔΙΕΥΘΥΝΣΗ ΠΟΥ ΕΙΝΑΙ KEYSTONE_x000D_ MICROORGANISMS INVOLVED INVOLVING IN THE Education of PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ Αυτή η πρόταση θα περιλαμβάνει τη μελέτη των χαρακτηριστικών που κωδικοποιούνται στο ROOT SYSTEM, ως WELL AS TREE_x000D_ ARCHITECTURE. Θα μελετήσουμε το abscisic ACID (ABA)-MEDIATED VIGOR INDUCED by the ROOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL ΚΑΙ MOLECULAR STRATEGIES. Ο εν λόγω ΣΤΟΧΟΣ θα συμπληρωθεί με την ΕΠΙΛΟΓΗ ΤΩΝ ΕΠΙΛΟΓΩΝ ΚΑΙ ΘΑ ΠΡΕΠΕΙ ΝΑ ΧΡΗΣΙΜΟΠΟΙΗΘΕΙ ΤΟ ΜΕΛΕΤΗ ΜΕ ΤΗΝ ΑΠΟΤΕΛΕΣΜΑΤΙΚΗ ΔΙΑΤΑΞΗ._x000D_ ΣΕ ΠΡΟΣΘΗΚΗ, η ΠΑΡΟΥΣΑ ΠΡΟΤΑΣΗ θα περιλαμβανει τη ΜΕΛΕΤΗ ΤΗΣ ΦΕΝΟΛΟΓΙΑΣ ΤΗΣ ROOTSTOCK-SCION DIFFERENT_x000D_ CLIMATIC ΣΕΝΑΡΙΟΣ ΓΙΑ ΤΗΝ ΕΠΙΚΟΙΝΩΝΙΑ ΝΕΩΝ ΧΩΡΙΣ ΡΙΖΩΜΑΤΑ ΝΑ ΑΣΦΑΛΟΥΝΤΑΙ ΤΟ ΜΗΧΑΝΙΚΟ ΤΟΜΕΑ ΚΑΙ_x000D_ ΜΕ ΠΕΡΙΣΣΟΤΕΡΑ ΠΡΟΣΑΡΜΟΓΗ ΣΕ ΠΕΡΙΦΕΡΕΙΑΚΕΣ ΔΙΑΤΑΞΕΙΣ ΤΗΣ ΜΕΓΑΛΗΣ ΠΕΡΙΦΕΡΕΙΑΣ. Το AGRONOMICAL_x000D_ BEHAVIOR ΤΩΝ ΠΡΟΟΡΙΖΟΜΕΝΩΝ έρριζων υποκειμένων και των εναλλασσομένων ποικιλιών θα αξιολογηθούν,_x000D_ Ιδιαίτερα οι ΦΥΣΙΟΛΟΓΙΚΕΣ ΠΑΡΑΜΕΤΡΕΣ, η ΦΙΓΟΡΗ και η ΠΑΡΑΓΩΓΗ. (Greek)
4 August 2022
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Tento dokument je VÝROBA PREVÍZNEJ FRUITNÉ PROGRAMY LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM je RELEASE NOVÝ ÚČINNÝ PLÁN MATERIÁL. Na jednej strane, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR A SHOWING TOLERANCE TO SOIL DISEAS a ABIOTICKÝCH STRESSES, A, ON THE_x000D_ ĎALŠIE, ALMOND kultivars, SHOWING HIGH agronomical PERFORMANCE, DISEASE TOLERANCE_x000D_ A OUTSTANDING NUT KVALITY._x000D_ TÝKAJÚCE SA PROPOSALÝCH STUDY MOLECULAROVÝCH BASES MÁVNYCH ASPECTSOVÝCH KRÁĽOVÝCH_x000D_ podpníkov a kultivarov. Budeme ŠTUDY DISEASE RESISTANCES (BACTERIA, FUNGI a NEMATODES)_x000D_ A GENETICKÉ ZARIADENIE TREE ARCHITECTURE a VIGOR. Budeme DEVELOP MOLECULAR STRATEGIES TO SELECT_x000D_ NOVÝ PLANT MATERIAL S EXCELLENT agronomical PERFORMANCE SELFERANT genotypy TO_x000D_ FULFIL THE DEMANDS of the ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE A EXTRA-LATE BLOOMING ALMOND kultivars by sa mali použiť ako MAIN_x000D_ OBJECTIVE, doplnené TOLERANCE TO FUNGAL DISEASES. Marker ASSISTED SELECTION_x000D_ (MAS) MY MOLECULÁRNE MARKERS LINKED NA LOCI STRATEGIES A LB budú použité._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) a GENOMICKÝ STRATEGIES bude aplikovaný na_x000D_ ZÁKLADNÉ SELEKCIE THOUSANDS SEEDLING od SCION A ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED PREVÁDZKUJÚCE SCHVÁLENIE. Tieto GENETICKÉ TOOLY budú použité na IDENTIFY GENES A LINKED_x000D_ fenotypy. Pre RESISTANCE ROZHODNUTIE ROZHODNUTIA RÁVNYCH VÝROBKOV VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS ROZHODLI SA. Väčšina R GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI A NEMATODES) IDENTIFIED TO DATE ENCODE NUCLEOTIDE_x000D_ BINDING A LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Okrem toho, metagenomic-BASED_x000D_ APPROACH bude predurčený na CHARACTERISE A SPOLOČNOSŤ MICROBIOME ASSOCIATED TO TOLERANT_x000D_ A SENSITIVE ENTRIES (SCIONS AND rootstocks). Sme ODHODLIVANIE, ktoré sú KEYSTONE_x000D_ MICROORGANISMS INVOLVED in the elicitation of PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ Tento PROPOSAL bude obsahovať ŠTUDY znakov zakódovaných v ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Budeme ŠTUDY abscisic ACID (ABA)-MEDIATED VIGOR INDUCED ROOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION POUŽITIE FYSIOLOGICKÉ a MOLECULAR STRATEGIES. Tento OBJEKTÍV by bol_x000D_ doplnený o SELEKCIE SEEDLINGS a to by mohlo viesť k tomu, že vytvoríme RESISTANCE ROOTSTOCK-SCION._x000D_ v dodatku, tento PROPOSAL bude obsahovať ŠTUDY ROOTSTOCK-SCION phenology IN DIFFERENT_x000D_ CLIMATICKÝ SCENARIOS na nastavenie NOVÉ LOW-VIGOR podpníky na uspokojenie MECHANICKÉ HARVEST AND_x000D_ S BETTER ADAPTATION TO ARID CONDITIONS MEDITERRANEAN REGION. AGRONOMICAL_x000D_ BEHAVIOR z PRESELECTED ALMOND podpníkov a ALMOND kultivarov budú EVALUATED,_x000D_ ESPECIALLY FYSIOLOGICKÉ PARAMETERS, VIGOR A PRODUCTIVITY. (Slovak)
4 August 2022
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Tämä PROJECT on PREVIOUS FRUIT BREEDING PROGRAMS of LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM on UUSI KÄYTTÄMINEN. Yhdestä SIDEstä, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGORista ja HOWWING TOLERANCE to SOIL DISESES JA ABIOTIC STRESSES, JA, ON THE_x000D_ OTHER, ALMOND lajikkeet, SHOWING HIGH agronomical PERFORMANCE, TÄMÄN TOLERANCE_x000D_ JA OUTSTANDING NUT QUALITY._x000D_ TÄMÄN HYVÄKSYTTÄMÄÄN MOLECULAR BASESIN VALMISTUKSEN MOLECULAR BASES OF KOH_X000D_ perusrunko ja lajikkeet. Me SUDY DISTUSTUKSET (BACTERIA, FUNGI JA NEMATODES)_x000D_ JA YLEISTÄ TREE ARCHITECTURE JA VIGOR. Me DEVELOP MOLECULAR STRATEGIES to SELECT_x000D_ NEW PLANT MATERIAL WITH EXCELLENT agronomical PERFORMANCE to RELEASE TOLERANT genotypes TO_x000D_ FULFIL THE DEMANDS OF the ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE JA EXTRA-LATE BLOOMING ALMOND cultivars WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, täydennetty TOLERANCE FUNGAL DISESES. Marker ASSISTED SELECTION_x000D_ (MAS) BY MOLECULAR MARKERS LOCI S JA LB, joka on hyväksytty._x000D_ ADDIALLY, NEXT GENERATION SEQUENCING (NGS) JA GENOMICS STRATEGIES APPLIEDLING TO_x000D_ SELEKERATE SELECTION OF SEEDLING SCION JA ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING the LAST YEARS. Nämä GENETIC TOOLS, joita käytetään tunnisteisiin ja LINKED_x000D_ fenotyyppeihin. VARIOUS PARIOUS PLANT_x000D_ SPECIES AGAINSSA VARIOUS PARIOUS PLANT_x000D_ SPECIES AGAINST WIDE RANGE OF PATHOGENS RANGE OF PATHOGENS on ollut ISOLATED. Useimmat RENESIIN IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI JA NEMATODES) tunnistettu ENCODE NUCLEOTIDE_x000D_ BINDING JA LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Lisäksi metagenominen-BASED_x000D_ HYVÄKSYNNÄN HYVÄKSYNNÄN JA HYVÄKSYNNÄN TOLERANT_x000D_ JA SENSITIVE ENTRIES (SCIONS JA perusrungot). Me AIM VAHVISTAA KEYSTONE_x000D_ MICROORGANISMS INVOLVED in the herätys PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ TÄMÄT PROPOSAL WILL CONTINUE the STUDY THE STUDY OF THE ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Me SILL STUDY Abscisic ACID (ABA)-MEDIATED VIGOR INDUCED että ROOTSTOCK-SCION INTERACTION käyttää PHYSIOLOGICAL JA MOLECULAR STRATEGIES. Tämä OBJECTIVE BE_x000D_ täydennetty SELECTION SELECTION OF SEEDLINGS JA se ON HELP VAHVISTAA FUTURE PARENTS WITH_x000D_ DISEASES RESISTANCE. SCENARIOS FOR SELECTING NEW LOW-VIGOR perusrungot SATISFY MECHANICAL HARVEST JA_x000D_ joilla on parempi hyväksyntä MEDITERRANEAN REGION ARID CONDITIONS. VALUATED,_x000D_ PRESELECTED ALMOND -perusrungot ja -lajikkeet, jotka ovat VALUATED,_x000D_ PARAMETERS, VIGOR ja PRODUCTIVITY. (Finnish)
4 August 2022
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Ten PROJEKT jest FOLLOW UP PREVIOUS FRUIT BREEDING PROGRAMÓW LONG TRADITION W CITA, WHOSE_x000D_ MAIN AIM JEST RELEASE OF NEW EFFICIENT PLANT MATERIAL. Na JEDEN SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR AND SHOWING TOLERANCE to SOIL DISEASES AND ABIOTIC STRESSES, I, ON THE_x000D_ INNY, ALMOND kultywary, SHOWING HIGH agronomiczne PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ I OUTSTANDING NUT QUALITY._x000D_ TYSTEM PROPOZYCJI PODKREŚLAJĄCYCH podkładek i kultywarów. My STUDY DISEASE RESISTANCES (BACTERIA, FUNGI I NEMATODES)_x000D_ ORAZ GENETYKA ARCHITEKTURY TREE I WIORU. Będziemy DEVELOP MOLECULAR STRATEGIES DO SELECT_x000D_ NEW PLANT MATERIAL WITH EXCELLENT agronomiczne PERFORMANCE DO RELEASE TOLERANT genotypów TO_x000D_ FULFILD DEMAND ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE I EXTRA-LATE BLOOMING ALMOND kultywary WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, uzupełnione Z TOLERANCJĄ DO FUNGALNYCH DISEAZÓW. Marker ASSISTED_x000D_ (MAS) Przez MOLECULARNE MARKERY WYŁĄCZONE do LOCI S I LB będą stosowane._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) I GENOMICS STRATEGIES Będą stosowane do_x000D_ AKTELEROWANIE SELECCJI THOUSANDS od SCION I ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING LAST YEARS. Te GENETIC TOOLS zostaną wykorzystane do IDENTIFY GENES I LINKED_x000D_ fenotypy. W przypadku DISEASES RESISTANCE, MANY R GENES CONFERRING RESISTANCE IN VARIOUS PLANT_x000D_ SPECIES AGAINST AIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. Większość R GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI I NEMATODES) IDENTIFIED TO DATE ENCODE NUCLEOTIDE_x000D_ BIND I LEUCINE-RICH REPEAT (NB-LRR) PROTYNÓW. Dodatkowo, Metagenomic-BASED_x000D_ APPROACH będzie przeznaczony na CHARACTERISE I COMPARE MICROBIOME ASSOCIATED to TOLERANT_x000D_ AND SENSITIVE ENTRIES (SCIONS I podkładki). My AIM AT DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLVED WYŁĄCZONY WYŁĄCZENIA PŁATNOŚCI WYDARZENIA AGAINSTSTOWANIA FUNGALNEGO PATHOGENS._x000D_ TEGO PROPOZYCJI WYPOSAŻYĆ STUDY cech zakodowanych w SYSTEMie ROOT, AS WELL AS TREE_x000D_ ARCHITECTURE. Posłużymy się abscisic ACID (ABA)-MEDIATED VIGOR INDUCED PRZEZ ROOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION UŻYCIA PYSIOLOGICALNE I MOLECULARNE STRATEGIES. Ten cel będzie BE_x000D_ uzupełnione o WYŁĄCZENIA SEEDLINGS I to będzie HELP to CHOOSE OF THE FUTURE PARENTS WITH_x000D_ DISEASES RESISTANCE._x000D_ W ADDITION, TEGO PROPOZYCJI W WYŁĄCZENIU STUDY Phenologii ROOTSTOCK-SCION W DIFFERENT_x000D_ CLIMATICIC SCENARIOS DLA SELECTING NEW LOW-VIGOR podkładki do SATYSFOWANIA MECHANICAL HARVEST AND_x000D_ Z ADAPTACJĄ POŁĄCZENIA DO WYKAZÓW WARUNKÓW MEDITERRANEAN REGION. AGRONOMICAL_x000D_ BEHAVIOR PRESELECTED ALMOND podkładki i odmiany ALMOND będą EVALUATED,_x000D_ ESPECIALLY PARAMETER PHYSIOLOGICALNY, WIOR I PRODUKTYWNOŚĆ. (Polish)
4 August 2022
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Ez a PROJECT A CITA, WHOSE_x000D_ MAIN AIM ÚJ KÜLÖLTSÉGI FEJLESZTÉSI JEGYZÉKE. Az egyik oldalon, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR ÉS SHOWING toleranciát a SOIL DISEASES ÉS ABIOTIC STRESSES, valamint, ON THE_x000D_ OTHER, ALMOND kultivarok, HIGH agronómiai PERFORMANCE, a BOTH_x000D_ és a BOTH_x000D_ törzsek és kultivárok megkötéséhez szükséges MOLECULAR BASECTÁLIS TÁMOGATÁSI TÁMOGATÁSI TERMÉKEK._x000D_ EZ ELŐZETES TÁJÉKOZTATÁSA Mi lesz STUDY DISEASE RESISTANCES (BACTERIA, FUNGI ÉS NEMATODES)_x000D_ és a GENETIC A TREE ARCHITECTURE ÉS VIGOR. Mi lesz DEVELOP MOLECULAR STRATEGIES, hogy SELECT_x000D_ új PLANT MATERIAL WITH EXCELLENT agronómiai PERFORMANCE, hogy a TOLERANT genotípusokat TO_x000D_ teljes a DEMANDS INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE ÉS EXTRA-LATE BLOOMING ALMOND kultivarok lesz, mint egy MAIN_x000D_ OBJECTÍV, kiegészítette a TOLLÁCIÓT a FUNGÁLIS DISEASES-be. Marker ASSISTED SELECTION_x000D_ (MAS) A MOLECULAR MARKERS által LINKED A LOCI S ÉS LB LINKED._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) ÉS GENOMICS STRATEGIÁK, amelyeket a(z)_x000D_-ra kell alkalmazni. a SCION és a ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED A legkisebb években. Ezeket a GENETIC TOOL-okat azonosító génekre és LINKED_x000D_ fenotípusokra fogják használni. A VARIOUS PLANT_x000D_ MŰKÖDÉSEKRE VARIOUS PLANT_x000D_ MŰKÖDÉSEKRE VARIOUS PLANT_x000D_ MŰKÖDÉSEKRE VONATKOZÓ TERMÉKEKRE VONATKOZÓ TERMÉKEKRE VONATKOZÓ MEGÁLLAPODÁSOKRA VONATKOZÓ MEGJEGYZÉSEK A FELHASZNÁLÁSOK MEGJEGYZÉSE NÉLKÜL. A legtöbb GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI ÉS NEMATODES) DATE ENCODE NUCLEOTIDE_x000D_ BINDING ÉS LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Ezen túlmenően a metagenomikus-BASED_x000D_ APPROACH-ot a TOLERANT_x000D_ és a SENSITIVE ENTRIES (SCIONS ÉS alanyok) számára KARACTERIKAI ÉS A MICROBIOME TOLERANT_x000D_ ÉS SENSITIVE ENTRIES (SCIONS ÉS alanyok) számára teszik lehetővé. Mi MICROORGANISMS INVOLVED A KEYSTONE_x000D_ MICROORGANISMS INVOLVED A LEGÁLLAPODÁS RESPONSE A FUNGÁLIS FATHOGENS._x000D_ Ez a PROPOSAL PROPOSAL FOGLALKOZÓ FOGLALKOZÓ FOGLALKOZÓ KÖVETKEZŐKÖNYVEK A KÖVETELMÉNYEKRE VONATKOZÓ MICROORGANISMS INVOLVED a TREE_x000D_ ARCHITECTURE. Mi lesz az abszcizikus ACID (ABA)-MEDIATED VIGOR beNDUCED A ROOT000D_ ROOTSTOCK-SCION INTERACTION használata PHYSIOLOGICAL ÉS MOLECULAR STRATEGIES. Ez a CÉLKITŰZÉSI IRÁNYELV A BE_x000D_ kiegészíti a SZERZŐDÉSEK ÉS AZ EGYÜTTMŰKÖDÉSEK ELŐZETESÍTÉSÉNEK FELTÉTELEKET A DIFFERENT_x000D_ DIFFERENT_x000D_ CLIMATICICICON FELTÉTELEN a MECHANICAL HARVEST ÉS_x000D_A MECHANICAL HARVEST ÉS_x000D_ A MEDITERRANE-RÉGIÓ KÖVETELMÉNYEKRE VONATKOZÓ KÖLTSÉGVETÉSI FOGLALKOZÓ SZABÁLYZATI TERMÉKEK ÚJRA VONATKOZÓ ÚJ-VIGOR alanyokat. Az ALMOND alanyok és az ALMOND fajták AGRONOMICAL_x000D_ BEHAVIORJA A PHYSIOLOGICALI PARAMETERS, VIGOR ÉS TERMÉKEK MEGÁLLAPODÁSA,_x000D_ ESPECIALLY. (Hungarian)
4 August 2022
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Tento PROJECT je FOLLOW UP PREVIOUS FRUIT BREEDING PROGRAMs of LONG TRADITION ATITA, WHOSE_x000D_ MAIN AIM je RELEASE nové EFFICIENT PLANT MATERIAL. Na jedné straně, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR and SHOWING TOLERANCE to SOIL DISEASES A ABIOTICKÉ STRESSES, A, NA_x000D_ OTHER, ALMOND kultivary, SHOWING HIGH Agronomické PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ A OUTSTANDING NUT QUALITY._x000D_ tento PROPOSAL STUDY MOLECULAR BASES OF MANY ASPECTS for BREEDING OF BOTH_x000D_ Podnož a kultivary. Budeme STUDY DISEASE RESISTANCE (BACTERIA, FUNGI A NEMATODES)_x000D_ A GENETICKÉ TREE ARCHITECTURE and VIGOR. Rádi bychom se vzdali MOLECULÁŘNÍCH STRATEGIÍ SELECT_x000D_ NEW PLANT MATERIAL S VÝROBKÝM Agronomickým PERFORMANCEm, abychom získali TOLERANTNÍ genotypy TO_x000D_ FULFIL THE DEMANDS ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE A EXTRA-LATE BLOOMING ALMOND kultivarů, které budou Rámovat jako MAIN_x000D_ OBJECTIVE, doplněno s TOLERANCE FUNGAL DISEASES. Marker ASSISTED SELECTION_x000D_ (MAS) MOLECULAR MARKERS, kteří se připojují k LOCI S a LB budou použity._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) A GENOMICS STRATEGIES, které budou použity k_x000D_ ZAŘÍZENÍ SELEKCE THOUSANDS SEEDLING od SCION a ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING LAST YEARS. Tyto GENETICKÉ TOOLY budou použity na IDENTIFICKÉ GENES a LINKED_x000D_ fenotypy. Pro DISEASES RESISTANCE, MANY RENES CONFERRING RESISTANCE VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE of PATHOGENS HAVE BEEN ISOLATED. Většina GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI A NEMATODES) IDENTIFIED NA DATE ENCODE NUCLEOTIDE_x000D_ BINDING A LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Kromě toho metagenomický-BASED_x000D_ APPROACH bude PERFORMED K CHARACTERIZIU a SPOLEČNOSTI MICROBIOME ASSOCIATED TO TOLERANT_x000D_ A SENSITIVE ENTRIES (SCIONS and rootstocks). Jsme na DETERMINING, KTERÉ JSOU KEYSTONE_x000D_ MICROORGANISMS INVOLVED V elicitaci PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ Tento PROPOSAL se bude zabývat STUDY vlastností zakódovaných v ROOT SYSTEM, stejně jako WELL AS TREE_x000D_ ARCHITECTURE. Budeme zkoumat abscisní ACID (ABA)-MEDIATED VIGOR INDUCED by the ROOT a the_x000D_ ROOTSTOCK-SCION INTERACTION POUŽÍVÁ PYZIOLOGICKÉ A MOLECULÁŘNÍ STRATEGIES. Tento OBJEKTIVE BÝT_x000D_ doplněný se SELEKCE SEEDLINGS a bude se mu pohovořit o FUTURE PARENTS S_x000D_ DISEASES RESISTANCE._x000D_ V dodatku, tento PROPOSAL se bude zabývat STUDY ROOTSTOCK-SCION fenologie v DIFFERENT_x000D_ KLIMATICKÉ SCENARIOS pro selekci nových podnoží, které jsou určeny k tomu, aby se spokojily s MECHANICKÝM HARVESTEM A_x000D_ S BEZPEČNÝM ÚDAJEM k určení podmínek MEDITERRANEAN REGION. AGRONOMICAL_x000D_ BEHAVIOR PRESELECTED ALMOND podnoží A ALMOND kultivarů budou k dispozici,_x000D_ ESPECIALLY FYIOLOGICAL PARAMETERS, VIGOR A PRODUCTIVITY. (Czech)
4 August 2022
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Šī PROJEKTS ir FOLLOW UP PREVIOUS FRUIT BREEDING PROGRAMS LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM ir NEW EFFICIENT PLANT MATERIAL ATZĪMĒŠANA. Vienā pusē, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR UN SHOWING TOLERANCE TO SOIL DISEASES UN ABIOTIC STRESSES, UN, ON THE_x000D_ OTHER, ALMOND šķirnes, SHOWING HIGH agronomiskās PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ UN OUTSTANDING NUT QUALITY._x000D_ THIS PROPOSALS VALSTĪM MOLEKULĀM BĀZĪJUMIEM BOTH_x000D_ potcelmiem un šķirnēm. Mēs STUDY ATTIECĪBAS (BACTERIA, FUNGI UN NEMATODES)_x000D_ UN TREE ARCHITECTURE UN VIGOR ĢENETIKU. Mēs BILL DEVELOP MOLECULAR STRATEGIES TO SELECT_x000D_ NEW PLANT MATERIAL ar EXCELLENT agronomisko PERFORMANCE TO REELEASE TOLERANT genotipiem TO_x000D_ FULFIL The DEMANDS of the ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE UN EXTRA-LATE BLOOMING ALMOND šķirnes WILL REMAIN AS A MAIN_x000D_ OBJECTIVE, papildināts ar TOLERANCE FUNGĀLĀM DISEASES. Marķieris ASSISTED SELECTION_x000D_ (MAS) BY MOLECULAR MARKERS, kas savienots ar LOCI S UN LB BŪS APPLIED._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) UN ĢENOMIKAS STRATĒĢIJAS, KAS PIEMĒROJAMAS TO_x000D_ ACCELERATE SELECTION of THOUSANDS SEQUENCING no SCION UN ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING THE MAST YEARS. Šie ĢENETIC TOOLS izmantos IDENTIFY GENES UN LINKED_x000D_ fenotipus. DISEASES RESISTANCE, MANY R GENES CONFERRING RESISTANCE IN VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. Lielākā daļa R GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI UN NEMATODES) IDENTIFIKĒTS DATUMS ENCODE NUCLEOTIDE_x000D_ BINDING UN LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Papildus, metagenomisks-BASED_x000D_ APPROACH būs PERFORMĒŠANAS CHARACTERISE UN SALĪDZINĀT MICROBIOME ASSOCIATED TOLERANT_x000D_ UN SENSITIVE ENTRIES (SCIONS UN potcelmi). Mēs AIM AT DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLVED ZINĀŠANAS DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ THIS PROPOSAL WILL CONTINUE STUDY par iezīmēm, kas kodētas ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Mēs STUDY abscisisko ACID (ABA)-MEDIATED VIGOR INDUCED BY ROOTK000D_ ROOTSTOCK-SCION INTERACTION, izmantojot PHYSIOLOGICAL UN MOLECULAR STRATEGIES. Šis MĒRĶIS BŪS BE_x000D_ papildināts ar SĒDZĪBU SELECĪCIJU, un tas būs nepieciešams, lai izvēlētos FUTURE PARENTS WITH_x000D_ DISEASES RESISTANCE._x000D_ IN ADDITION, THIS PROPOSAL WILL CONTIE THE STUDY of the ROOTSTOCK-SCION fenology IN DIFFERENT_x000D_ KLIMATIC SCENARIOS SELECTING NEW LOW-VIGOR potcelmiem, lai nodrošinātu MECHANICAL HARVEST AND_x000D_ ar labāko informāciju MEDITERRANEAN REĢIONA ARID CONDITIONS. PREZELECTED ALMOND potcelmu un ALMOND šķirņu AGRONOMICAL_x000D_ BEHAVIOR, WILL BE EVALUATED,_x000D_ ESPECIALLY PHYSIOLOGICAL PARAMETERS, VIGOR UN PRODUCTIVITY. (Latvian)
4 August 2022
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Is é an PRIOECT seo an t-athrú atá ag teacht ar phróifíleanna éigeandála de thraenáil LONG ag CITA, WHOSE_x000D_AIM. Ar AMHÁIN, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR AGUS SHOWing to SOILSES and abiotic STRESSES, and, on the_x000D_ OTHER, CULTIVARS ALMOND, SHOWING HIGH agronomical PERFORMANCE, _x000D & amp; quot; TUAIRISCÍ AN TOLERAN_x000D_ AGUS AMACH ATHBHREITHNIÚ NACH CÁILÍOCHTAÍ._x000D_ SOLÁTHAR STIÚRTHÓIREACHT AGUS CULTÚRTHA BOTH_x000D_ ROOTSTOCOCS AGUS CULTÚRTHÓIRÍ. Táimid ag Friotaíocht DISEASE STUDY (BACTERIA, FUNGI agus NEMATODES)_x000D_ agus GINEARÁLTA AN TREE ARCHITECTURE agus VIGOR. Táimid tar éis dul i gcomhairle leis na saineolaithe a bhaineann le SELECT_x000D_ NUA MATERIAL LE hoiriúnacht agranamaíoch agranamaíoch chun rochtain a fháil ar ghiúistísí a bhaineann leis an bhfoghlaim._x000D_BREITHNIÚ LE DHÉANAMH LE DHÉANAMH LE hAGHAIDH STIÚRTHÓIREACHT A DHÉANAMH._x000D_OBHAR BHAILEANNA AGUS STIÚRTHÓIREACHT SEO, [EN] COMHPHOBAL LE hÚILEANNA A DHÉANAMH. Marcóir SELECTION_x000D_ (MAS) GINEARÁLTA GINEARÁLTA LE hAGHAIDH LÁITHREÁN _x000D_ ADDITIONY, SEIRBHÍS GINEARÁLTA (NGS) agus GINEARÁLTA GINEARÁLTA a chuirfear i gceangal le_x000D_ a chur i bhfeidhm ar shíothlú na n-imeachtaí ar an suíomh ó SCION AGUS ROOTSTOCGENING PROGENIES_x000D_OBTAINED ag dul i ngleic leis na BEARanna LAST. Ba chóir na toilí GINEARÁLTA seo a úsáid chun pinsin aitheantais agus feinitíopaí LINKED_x000D_. D’fhonn a fháil amach cad iad na buntáistí a bhaineann leis an bpróiseas pleanála, déan teagmháil linn. Tá an chuid is mó de na RENanna a bhí in úsáid IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI agus NEMATODES) aitheanta go dtí na hairdeanna NUCLEOTIDE_x000D_ BINDING agus LEUCINE-RIC (NB-LRR). Ina theannta sin, ba chóir go n-éireodh A METAGENOMIC-BASED_x000D_ APPROACH chun dul i ngleic le hathruithe agus dul i ngleic leis an MICROBIOME a ghabhann le toLERANT_x000D_ agus le hEasaontais SENSITIÚLA (scanna agus ROOTSTKS). Táimid ag brath ar KEYSTONE_x000D_ MICROORGANISMS SOLÁTHAR I ndílsiú PLANT DEFENS STIÚRTHÓIREACHT NA hEORPAÁIDEACHA._x000D_AGHAIDH SEO A DHÉANAMH AR AN RÉIGIÚNACH STIÚRTHÓIREACHT NA dTrádálaithe atá iniata sa Chlár, mar a bheadh TREE_x000D_ ARCHITECTÚ. Ba mhaith linn an ACID abscisic (ABA)-MEDIATED VIGOR LEIS AN ROOT AGUS AN _x000D_ ROOTSTOCK-SCION INTERACTION úsáid a bhaint as STRATEGIES PYSIOLOGICAL agus MOLECULAR. Ba mhaith leis an gCoimisiún é seo a chur i bhfeidhm le leas a bhaint as an leas a bhaintear as sábháilteacht agus as sábháilteacht na bparlaimintí úd a bhaineann le_x000D_x000D_ lena n-áirítear acmhainní breise._x000D_ in ADDITION, an treoir seo maidir le hÚsáid na bParlaimintí Rotstádais-SCION I DIFFENT_x000D_000D_ acmhainní CLIMATICIÚLA DO ROOTSTOCS LOW-VIGOR NUA chun SATISFY AN HAREST AGUS _x000D_ le ADAPTTER CONDITIONS AR AN RÉIGIÚNACH MEABHRÁIN. An AGRONOMICAL_x000D_ BEHAVIOR NA ROOTSTOCKS ALMOND preselected agus CULTIVARS ALMOND BHLIANTÚIL BHLIANTÚIL, _x000D_ ESPECLY na PARAMETERS PYSIOLOGICAL, VIGOR AGUS TÁIRGE. (Irish)
4 August 2022
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Ta PROJEKT je FOLLOW UP PREVIOUS FRUIT BREEDING PROGRAMS OF LONG TRADITION AT CITA, WHOSE_x000D_ MAIN AIM JE RELEASE NOVE EFFICIENT PLANT MATERIAL. Na eni strani, ALMOND ROOTSTOCKS_x000D_ KONTROLLING VIGOR IN SHOWING TOLERANCE to SOIL DISEASES IN ABIOTIC STRESSES, in, na njih_x000D_ DRUGI, ALMOND kultivarji, SHOWING HIGH agronomsko PERFORMANCE, DIDE DISEASE TOLERANCE_x000D_ IN OVOJNITEV NUALITY._x000D_ TEGA PROPOSALNEGA STUDIJA MOLEKULARNIH BASES MANY PRIPRAVLJENJA ZA BOTH_x000D_ podlage in kultivarje. Mi bo STUDY DISEASE RESISTANCES (BACTERIA, FUNGI IN NEMATODES)_x000D_ IN GENETIC of the TREE ARHITECTURE IN VIGOR. Razvijali bomo MOLECULARNE STRATEGIje do SELECT_x000D_ NEW PLANT MATERIAL Z IZKLJUČENim agronomskim PERFORMACIJO ZA RELEASEJO TOLERANTNE genotipe TO_x000D_ FULFILNE DEMANDE ALMONDUSTRIJE._x000D_ SREEDING SELF-COMPATIBLE IN EXTRA-LATE BLOOMING ALMOND kultivarjev, ki bodo REMAIN kot MAIN_x000D_ OBJEKTI, dopolnjena s TOLERANCE to FUNGALNE DISEASES. Označevalec je bil sestavljen iz SELECTION_x000D_ (MAS) Z MOLEKULARNIM MARKERJEM, ki so bili razporejeni na LOCI in LB WILL, ki jih je treba izvesti._x000D_ DODELITEV, NEXT GENERATION SEQUENCING (NGS) in GENOMICS STRATEGIJ, ki jih je treba izvesti, da bi se izognili_x000D_ UPOŠTEVAJO SELEKCIJE TRGOVANJA SEEDLING iz SKUPAJ IN ROOTSTOCK BREEDING PROGENIES_x000D_ OBTOŽENJE NA NAJBOLJŠIH letih. Te GENETIC TOOLS bi morali uporabiti za IDENTIFY GENES IN LINKED_x000D_ fenotipov. Za RESISTANCE RESISTANCE, MANY RENES CONFERRING RESISTANCE V VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. Večina R GENES INVOLVED V_x000D_ PATHOGEN RECOGNICIJA (BACTERIA, FUNGI IN NEMATODES) Označena za DATE ENCODE NUCLEOTIDE_x000D_ BINDING IN LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Poleg tega, metagenomic-BASED_x000D_ APPROACH WILL BE PERFORMED IZKLJUČENE IN Vključuje MICROBIOME, ki so vključeni v TOLERANT_x000D_ IN SENSITIVNE ENTRIES (SCIONS IN podlage). Mi JE NA DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLITVE Vzbudili v vzpodbudo PLANT DEFENSE RESPONSE AGAINSTVO FUNGAL PATHOGENS._x000D_ TEGA PROPOSALNO VELIKO STUDIJA lastnosti, kodiranih v ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Mi bomo STUDY STUDY abscizic ACID (ABA)-MEDIATED VIGOR INDIRANI V ROOTSTOCK-SCION INTERACTION UPORABA PHYSIOLOGICALNE IN MOLEKULARNE STRATEGIje. Ta OBJEKTIVE BILL BE_x000D_ dopolnjena z SELECTION SEEDLINGS IN BILLUL LETO, da bi dobili FUTURE PARENTS WITH_x000D_ DISEASES RESISTANCE._x000D_ V Dodatku, TEGA PROPOSALNO V PODROČJU V STUDITVE ROOTSTOCK-SCION fenologije v DIFFERENT_x000D_ KLIMATIC SCENARIOS ZA SELECTING NOVO LOW-VIGOR podlage, da bi dobili MECHANICAL HARVEST IN_x000D_ Z boljšim dogovorom o stanju MEDITERRANSKE REGIJE. AGRONOMICAL_x000D_ BEHAVIOR PRESELECTED ALMOND podlag IN ALMOND kultivarjev, ki bi morali biti EVALUATED,_x000D_ ESPECIALNI PARAMETERS, VIGOR IN PROIZVODNI. (Slovenian)
4 August 2022
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Настоящият ПРОЕКТ е СЛЕДВАНЕТО НА ПРЕВОДИТЕЛНИ ПРОГРАМА НА ЛОНГ ТРАДИЦИЯ В СИТА, WHOSE_x000D_ MAIN AIM е релсата на новия ЕФФИЦИЕНТ ПЛАНТЕН МАТЕРИАЛ. На една страница, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR И SHOWING TOLERANCE за SOIL DISEASES И ABIOTIC STRESSES, И, на THE_x000D_ ДРУГИ, ALMOND култивари, КАТО ВЪЗЛОЖИТЕЛНО Агрономически ПЕРФОРМАНС, WIDE DISEASE TOLERANCE_x000D_ AND OUTSTANDING NUT QUALITY._x000D_THIS PROPOSAL STRESSING STUDY OF THE MOLECULAR BASES OF MANY ASPECTS FOR BOTH_x000D_ подложки и сортове. Ние ще СЪДЪРЖА РЕЗИСТАНЦИИ (БАКТЕРИА, ФУНГИ И НЕМАТОДИ)_x000D_ И ГЕНЕТИКАТА НА ТЪРГОВСКА АРХИТЕКТУРА И ВИГОР. Ние ще разгърнем MOLECULAR STRATEGIES за SELECT_x000D_ НОВИ ПЛАНОВНИ МАТЕРИАЛНИ С ИЗКЛЮЧЕНИ агрономически ПЕРФОРМАНСКИ СЪОБЩЕНИЕ НА ТОЛЕРАНТ генотипове TO_x000D_ Попълнете демандите на АЛМОНДУСТЪРА._x000D_ СВЪРЗАНИ СЕЛФ-КОМПАТИБИ И ИЗРАЗЯВАНЕ НА БЛЮЧНИТЕ АЛМОНДНИ сортове ще се появят като MAIN_x000D_ OBJECTIVE, допълнено с ТОЛЕРАНЦИЯТА НА ФИНГАЛНИ ИЗИСКВАНИЯ. Маркер Асистиран SELECTION_x000D_ (MAS) от MOLECULAR MARKERS, прекарани в LOCIS и LB ще бъдат приложени._x000D_ ДОПЪЛНИТЕЛНО, Некст генерационно SEQUENCING (NGS) И Геноми Стретежи ще бъдат приложени TO_x000D_АСЕЛЕРАЦИЯТА НА ТОВА СЪОБЩЕНИЕ от SCION AND ROOTSTOCK BREEDING PROGENIES_x000D_OBTAINED DURING THE LAST YEARS. Тези GENETIC TOOLS ще бъдат използвани за идентифициране на гени и фенотипове LINKED_x000D_. За ИЗИСКВАНИЯ НА РЕЗИСТАНЦИЯТА, МНОГО ОБЩЕСТВЕНИ ПОТВЪРЖДАВАНЕ НА ВАРИЙСКАТА ПЛАНТ_x000D_ СПЕЦИАЛНО ПРЕДСТАВЯНЕ НА ПАТОГЕНИТЕ СЪОБЩЕНИЕ НА ПАТОГЕНИТЕ СЪОБЩЕНИ. Повечето R GENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI И NEMATODES) Идентифицирани да DATE ENCODE NUCLEOTIDE_x000D_BINDING И LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Освен това, метагеномичен-BASED_x000D_ APPROACH ще бъде PERFORMED да CHARACTERISE И COMPARE МИКРОБИОМИ Асоциативен TOLERANT_x000D_ И СИНСИТИВНИ ЕНтрии (SCIONS И подложки). Ние сме в процес на размишление, което е ключодържател_x000D_ MICROORGANISMS ВЪЗЛОЖИТЕЛНИ ВЪПРОСИ НА ПЛАНАТА ДЕЙСТВИЕ НА ПРЕВОЗНОТО ВЪЗЛОЖЕНИЕ НА ФОНГАЛНИ ПАТОГЕНТИ._x000D_Този ПРОПОЗАЛЕН СЪДЪРЖАНИЕ НА ПЛАНИТЕ НА ПРОИЗВОДСТВОТО НА чертите, кодирани в ROOT SYSTEM, СЛЕД колкото TREE_x000D_ ARCHITECTURE. Ние ще се придържаме към абсцисното ACID (ABA) — MEDIATED VIGOR INDUCED от RoOT AND THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL И MOLECULAR STRATEGIES. Тази ЦЕЛЕКТИВА ще бъде_x000D_ допълнени със СЕЛЕКЦИЯТА НА СЪЕДИНЕНИЯТА И то ще помогне да се уточнят бъдещите парети с_x000D_ DISEASES RESISTANCE._x000D_ В ДОПЪЛНЕНИЕТО НА ДОПЪЛНИТЕЛНОТО ПРЕДСТАВЯНЕ НА БЪДЕЩЕТО ПРЕДСТАВЯНЕ НА РУСТТОКАТА-SCION phenology В DIFFERENT_x000D_ CLIMATIC SCENARIOS FOR SELECTING NEW LOW-VIGOR подложка, за да овладеят механиката и_x000D_ с по-добра ADAPTATION to ARID CONDITIONS OF THE MEDITERRANEAN REGION. AGRONOMICAL_x000D_ BEHAVIOR OF THE PresELECTED ALMOND подложки И ALMOND култиватори ще бъдат оценени,_x000D_ ESPECIALLY THE PHYSIOLOGICAL PARAMETERS, VIGOR И PRODUCTIVITY. (Bulgarian)
4 August 2022
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Dan il-PROJECT huwa l-UP TAS-SAJD TA’ PROGRAMS PREZZJONALI TA’ TRADIZZJONI LONG AT CITA, WHOSE_x000D_ MAIN AIM IS L-RELEASE TA’ MATERIAL TA’ FERFIĊJENTI EW. Dwar ONE SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR U TOLERANCE GĦANDU JĦEĠĠEĠ L-ISPEĊI U L-ISTRIZZI ABIOTTI, U, fuq THE_x000D_ OTHER, kultivari ALMOND, GĦANDU PERFORMANZA agronomika HIGH, WIDE DISEASE TOLERANCE_x000D_ U OUTSTANDING NUT QUALITÀ._x000D_ DIN IL-PROPOSTA JISĦAQ L-ISTUDJU TAL-BAŻI MOLECULARJI TA’ ASPECTI Bosta għall-Ħolqien ta’ BOTH_x000D_ Ir-riżomi u l-kultivari. Aħna LI RESISTANCES STUDY DISEASE (BACTERIA, FUNGI U NEMATODES)_x000D_ U L-ĠENERika ta ‘l-ARCHITECTURE TREE U VIGOR. Aħna se DEVELOP MOLECULAR STRATEGIES LI SELECT_x000D_ NEW PLANT MATERIAL WITH EŻĊELLENTI agronomiku PERFORMANCE GĦAR-RELEASE ġenotipi TOLERANT TO_x000D_ FULFIL IL-DEMANIŻ TAL-INDIPAZZJONI ALMOND._x000D_ Ħolqien SELF-COMPATIBLE U ESTRA-LATA BLOOMING kultivari ALMONDILL REMA bħala A MAIN_D000_DOB_JETTIEC komplimentat bit-TOLERANZA LILL-UNGALL DISEASES. Markatur SELECTION_x000D_ (MAS) BY MOLECULAR SUQKED LINKED GĦALL-LORIJI U LB se jkun APPLITAT._x000D_ ADDIZZJONIJIET, NEXT ĠENERAZZJONI TA’ ĠENERAZZJONI (NGS) U STRATEĠIJI ĠENOMIĊI LI JAPPLIZZA TO_x000D_ AĊĊELLAZZJONI TAS-SELECZZJONI TA’ THOUSANDS TA’ SELETING permezz ta’ KONTJONI U PROĠENTI TA’ Ħolqien ta’ ROSTOCK_x000D_ Ħolqien OBTAINED TAL-LAST YEARS. Dawn it-TOOLs ĠENETIKA LI GĦANDHOM jużaw il-fenotipi IDENTIFY U LINKED_x000D_.. Għal DISEASES RESISTANCE, Bosta GENES RESISTANCE KONFERATI F’VARJUUS PLANT_x000D_ SPECIES AGAINST ARANGE WIDE TA’ PATHOGENs BEEN ISOLATED. Il-biċċa l-kbira tal-ĠENI INVOLVED IN_x000D_ RIKONOZZJONI PATHOGEN (BATTERIA, FUNGI U NEMATODES) IDENTIFIA GĦAD-DATA NUCLEOTIDE_x000D_ BINDING U REPEAT LEUCINE-RICH (NB-LRR) PROTEINS. Barra minn hekk, A metagenomic-BASED_x000D_ APPROACH LI BE PERFORMED GĦALL-KARATTRIJA U KOMUNI L-ASSOĊJATA TAL-MICROBIOME GĦAT-TOLERANT_x000D_ U L-ENTRJI SENSIttivi (SCJJONIJIET U riżomi). We AIM AT DETERMINING WHICH ARE KEYSTONE_x000D_ MICROORGANISMS INVOLVED fl-eliċitazzjoni tar-RESPONSE PLANT DEFENSE AGAINST FUNGAL PATHOGENS._x000D_ D_ LI PROPOSTA IL-KONTINANTI L-ISTUDJU TAL-karatteristiċi enkowdjati fis-SISTEMA ROOT, KIF GĦANDHA TREE_x000D_ ARCHITTURA. Aħna se STUDY L-ACID abscisic (ABA)-MEDIATED VIGUR INDUCED BY IL-ROOT U THE_x000D_ INTERACTION ROOTSTOCK-SCION TUŻA STRATEĠIJI FOSJOLOĠIJA U MOLECULAR. Din l-OBJETTIVA TAS-SAJD BE_x000D_ ikkumplimentata MILL-ISPEZZJONI TA’ SEEDLINGS U IT HELP GĦALL-FUTURA PARENTI WIT_x000D_DISEASES RESISTANCE._x000D_ Fl-ADDIZZJONI, DIN PROPOŻIZZJONALI LI JIKKUNSIDRAW il-fenoloġija tar-ROOTSTOCK-SCION F’DIFFERENT_x000D_ CLIMATIC SCENARIOS GĦALL-QASAM TA’ LOW-VIGOR GĦANDHOM JAGĦMEL L-HARVEST U_x000D_X000D_ MECHANIKA B’ADAPTAZZJONI TA’ BETTOLU GĦALL-KODIŻJONIJIET ARIDJONALI TAR-REĠJUN MEDITERRANEAN. L-AGRONOMICAL_x000D_ BEHAVIOR tar-riżomi tal-ALMOND PRESELECTED U l-kultivari ALMOND LI BE EVALUATED,_x000D_ ESPEĊJALI IL-PARAMETERS FIL-PIŻOLOĠIKU, il-VIGUR U L-PRODOTÀ. (Maltese)
4 August 2022
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ESTE PROJECTO É O SEGUIMENTO DE PROGRAMAS ANTERIORES DE PRODUÇÃO DE FRUTAS DE TRADIÇÃO LONGA NA CITA, CUJA_x000D_OBJETIVO PRINCIPAL É A LIBERTAÇÃO DE NOVOS MATERIAIS FITOFARMACÊUTICOS EFICIENTES. De um lado, ROOTSTOCKS_x000D_ ALMOND VIGOR CONTROLANTE E TOLERÂNCIA DAS DOENÇAS DO SOLO E DAS STRESSES ABIOTICAS, E, DE outro, CULTIVARES ALMONDADOS, COM ELEVADO DESEMPENHO AGREGADO, TOLERANÇA GLOBAL DAS DOENÇAS_x000D_ E QUALIDADE EXTERIOR._x000D_ ESTUDA PROPOSTA REALIZA O ESTUDO DAS BASES MOLECULARES DE MUITOS ASPECTOS PARA A REPRODUÇÃO DE ROOTSTOCKS E CULTIVARS BOTH_x000D_. Iremos estudar as resistências às doenças (BACTÉRIAS, FUNGI E NEMATODES)_x000D_ e a genética da arquitetura da árvore e VIGOR. Iremos DESENVOLVER ESTRATÉGIAS MOLECULARES PARA SELECT_x000D_ MATERIAIS FITOFARMACÊUTICOS NOVOS COM EXCELENTE DESEMPENHO AGRÓNIMO PARA LIBERTAR GENÓTIPOS TOLERANTES TO_x000D_ CUMPRIR OS PROPRIEDADES DA INDÚSTRIA ALMOND._x000D_ A PRODUÇÃO DE CULTIVAS ALMOND AUTOCOMPATÍVEIS E COM SANGUE EXTRA-LEATÁRIA PERMANECERÁ COMO PRINCIPAL_x000D_ OBJETIVO, COMPLEMENTADO COM A TOLERANÇA ÀS DOENÇAS FUNGAIS. MARCADOR ASSISTIDO SELEÇÃO_x000D_ (MAS) POR MARCADORES MOLECULARES LIGADOS AOS LOCI S E LB SERÃO APLICADOS._x000D_ ADICIONALMENTE, A Próxima SEQUÊNCIA DE GERAÇÃO (NGS) E AS ESTRATÉGIAS GENOMÍTICAS SERÃO APLICADAS TO_x000D_ ACELERARÃO A SELEÇÃO DE MILHÕES DE SEMENTEIRAS DE PROGENIAS DE CRIAÇÃO DE PEIXES E ARROZES_x000D_ OBTIDAS NOS ÚLTIMOS ANOS. Estas ferramentas genéticas serão utilizadas para identificar genes e fenótipos ligados_x000D_. No que respeita à resistência às doenças, foram isola dos muitos R GÉNEROS QUE CONFEREM RESISTÊNCIA EM VÁRIOS PLANT_x000D_ ESPÉCIES CONTRA UMA GRANDE GÉNERO DE PATOGÉNIOS. MAIS R GÉNEROS ENVOLVIDOS EM_x000D_ RECONHECIMENTO DE PATHOGEN (BATÉRIAS, FUNGI E NEMATODES) IDENTIFICADOS PARA DATAR O CÓDIGO NUCLEOTIDE_x000D_ PROTEÍNAS DE LIQUIDAÇÃO E REPETIÇÃO DE LUCINA-RICA (NB-LRR). ADICIONALMENTE, UMA ABORDAGEM METAGENOMÍTICA_x000D_ SERÁ REALIZADA PARA CARACTERIZAR E COMPARARAR O MICROBIOME ASSOCIADO A TOLERANT_x000D_ E ENTRADAS SENSÍVEIS (CEIÕES E ROOTSTOCKS). O nosso objectivo é determinar quais são os microorganismos envolvidos na eleição da resposta de defesa vegetal contra os patogéneos funcionais._x000D_ Esta proposta continuará o estudo dos traços codificados no sistema radicular, bem como da arquitectura TREE_x000D_. Estudaremos a VIGOR MEDIDA PELO ÁCIDO ABSCÍSICO (ABA) INDUZIDA PELA ROTA E A_x000D_ INTERACÇÃO ROOTSTOCK-SCION COM ESTRATÉGIAS FÍSIOLÓGICAS E MOLECULARES. O PRESENTE OBJETIVO SERÁ_x000D_ COMPLEMENTADO COM A SELEÇÃO DE SEEDLINGS E ASSEGURARÁ A ESCOLHA DOS FUTUROS PARENTES COM_x000D_ RESISTÊNCIA A DOENÇAS._x000D_ ADICIONALMENTE, A PRESENTE PROPOSTA CONTINUARÁ O ESTUDO DA FENOLOGIA DA CISTA DE ROOTES EM DIFERENTES_x000D_ CENÁRIOS CLIMATICOS PARA A SELEÇÃO DE NOVAS ROOTAS DE BAIXO VÍGOR PARA SATISFAR A CISTÊNCIA MECÂNICA E_x000D_ COM UMA MELHOR ADAPTAÇÃO ÀS CONDIÇÕES ÁRIDAS DA REGIÃO MEDITERRÂNICA. AVALIAR-SE-Á O COMPORTAMENTO AGRÓMICO_x000D_ DOS ESTOQUES ALMONADOS PRESELADOS E DOS CULTIVADORES ALMONADOS,_x000D_ ESPECIALMENTE OS PARÂMETROS FSIOLÓGICOS, VIGOR E PRODUTIVIDADE. (Portuguese)
4 August 2022
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Denne PROJEKT ER FOLLOW op af PREVIOUS FRUIT BREEDING PROGRAMS AF LONG TRADITION I CITA, WHOSE_x000D_ MAIN AIM er RELEASE af nye EFFICIENT PLANT MATERIAL. På den ene side, ALMOND ROOTSTOCKS_x000D_ KONTROLLING VIGOR OG STYRELSE TIL SOIL DISEASES OG ABIOTISKE STRESSES, OG, på THE_x000D_ ANDEN, ALMOND kultivarer, SHOWING HIGH agronomisk PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ and OUTSTANDING NUT QUALITY._x000D_ THIS PROPOSAL UNDERSTREGER STUDY AF MOLECULAR BASER AF MANGE ASPEKTER TIL BREEDING AF BOTH_x000D_ grundstammer og kultivarer. Vi vil gøre rede for RESISTANCE (BACTERIA, FUNGI og NEMATODES)_x000D_ OG GENETISKE FORRETNINGER OG VIGOREN. Vi vil UNDERSTREGER MOLEKULAR STRATEGIER TIL SELECT_x000D_ NEW PLANT MATERIAL MED EXCELLENT agronomisk PERFORMANCE for at opnå genotyper TO_x000D_FULFIL DE ALMOND INDUSTRY._x000D_ BREEDING SELF-COMPATIBLE OG EXTRA-LATE BLOOMING ALMOND kultivarer, der ønsker at komme i betragtning som MAIN_x000D_ OBJECTIVE, suppleret med TOLERANCE til FUNGAL DISEASES. Markør ASSISTED SELECTION_x000D_ (MAS) af MOLECULAR MARKERS LINKERET TIL LOCI S og LB vil blive anvendt._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) og GENOMICS STRATEGIER Vil blive anvendt til at_x000D_ ACCELERTION AF THOUSANDER AF SCION og VEDTAGET BREEDING PROGENIES_x000D_ OBTAINED DU de seneste år. Disse GENETIC TOOLS vil blive brugt til IDENTIFY GENES OG LINKED_x000D_ fænotyper. For DISEASES RESISTANCE, MANGE RÅDET CONFERRING RESISTANCE I VARIOUS PLANT_x000D_ SPECIES AGAINST ANVENDELSE AF PATHOGENER er blevet ISOLATED. De fleste RENES INVOLVED IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI OG NEMATODES) IDENTIFIET TIL DATE ENCODE NUCLEOTIDE_x000D_ BINDING OG LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Derudover vil en metagenomisk-BASED_x000D_ APPROACH blive offentliggjort til KARACTERISE og komparere MICROBIOME ASSOCIATED TOLERANT_x000D_ OG SENSITIVE ENTRIES (SCIONS OG grundstammer). Vi er klar over, hvad der er KEYSTONE_x000D_ MICROORGANISMS INVOLVET I forbindelse med elicitationen af PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ DENNE PROPOSAL VIL DEN STUDY af træk indkodet i ROOT SYSTEM, AS WELL AS TREE_x000D_ ARCHITECTURE. Vi vil holde øje med den abscisic ACID (ABA)-meddelte VIGOR INDUCED AF ROOT OG THE_x000D_ ROOTSTOCK-SCION INTERACTION USING PHYSIOLOGICAL OG MOLECULAR STRATEGIES. Dette OBJEKTIV BE_x000D_ suppleret med SEEDLINGSELECTION OG DET VIL HØJ HØJERNE FOR DEN FUTURE-PARENTS MED_x000D_ DISEASES RESISTANCE._x000D_ IN ADDITION, DENNE PROPOSAL VIL KONTAGET AF ROOTSTOCK-SCION-fænomenologien i DIFFERENT_x000D_ CLIMATIC SCENARIOS for at sikre, at nye grundstammer, der er i besiddelse af VIGOR, SATISFY DEN MEKHANISKE HARVEST OG_x000D_ MEDITERRANEANLIGE REGION, kan anvendes i form af en supplerende bevilling. Den AGRONOMICAL_x000D_ BEHAVIOR for de PRESELECTED ALMOND grundstammer OG ALMOND kultivarer vil blive EVALUATED,_x000D_ ESPECIALLY de PHYSIOLOGICAL PARAMETERS, VIGOR OG PRODUKTIVITY. (Danish)
4 August 2022
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Acest PROIECT este FOLLOW UP al PREVIOUS FRUIT PROGRAME de TRADIȚIE LONGĂ LA CITA, WHOSE_x000D_ MAIN AIM este RELEASE NOU MAI MATERIAL EFICIENT. Pe ONE SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLING VIGOR ȘI TOLERANȚĂ DE SOLERANȚĂ pentru DISEASES SOIL ȘI STRESSES ABIOTIC, ȘI, pe_x000D_ ALTE, ALMOND cultivare, FĂRĂ PERFORMANCE agronomică mare, WIDE DISEASE TOLERANCE_x000D_ ȘI OUTSTANDING NUTALITATE._x000D_ acest lucru se referă la STUDIA BASES MOLECULAR de mai multe ASPECTE pentru BREEDING BOTH_x000D_ portaltoi și cultivare. Vom pune capăt Rezistențelor (BACTERIA, FUNGI ȘI NEMATODES)_x000D_ și GENETICUL ARCHITECTURII TREE ȘI VIGORUL. Vom dezvolta STRATEGILE MOLECULARe la SELECT_x000D_ NEW PLANT MATERIAL CU PERFORMANȚA agronomică EXCELENTĂ pentru a transmite genotipurile TOLERANT TO_x000D_ FULFIL DEMANSUL INDUSTRIEI ALMOND._x000D_ BREEDING SELF-COMPATIBLE ȘI EXTRALATE BLOOMING ALMOND cultivars va fi REMAIN ca un MAIN_x000D_ OBJECTIVE, completat cu TOLERANȚA DISEASURILOR FUNGALE. Marker ASSISTED SELECTION_x000D_ (MAS) BY MARKERS MOLECULAR LINKED LOCI S AND LB va fi aplicat._x000D_ ADDITIONALY, NEXT GENERARE SEQUENCING (NGS) ȘI GENOMICS STRATEGIES vor fi aplicate la_x000D_ ACCELEREAZĂ SELECȚIA THOUSANDS DE SEEDLING DIN SCION ȘI ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURÂND Urmatorii Ani. Aceste toalete GENETice vor fi folosite la genele IDENTIFY și fenotipurile lăsate_x000D_. Pentru REZISTANȚA DISEAZĂ, MANY R GENES CONFERRING RESISTANCE IN VARIOUS PLANT_x000D_ SPECIES AGAINST O RANGE DE PATHOGENȚIE A fost ISOLATE. Cele mai multe R GENES IN_x000D_ RECOGNITION PATHOGEN (BACTERIA, FUNGI ȘI NEMATODES) IDENTIFICAT LA DATE ENCODE NUCLEOTIDE_x000D_ BINDING ȘI LEUCINE-RICH REPEAT (NB-LRR). În plus, un metagenomic-BASED_x000D_ APPROACH VA fi PERFORMAT PENTRU CHARACTERIE ȘI COMPARAREA MICROBIOME ASSOCIATE LA TOLERANT_x000D_ ȘI ENTRIES SENSITIVE (SCIONS ȘI portaltoi). Noi suntem la DETERMINARE CARE sunt KEYSTONE_x000D_ MICROORGANISMS INVOLVITATE în elicația de redundanță PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ ACEST PROPOSAL va continua STUDIA trăsăturilor codificate în SISTEMUL ROOT, ca WELL AS TREE_x000D_ ARCHITECTURE. Vom sta la baza abscisic ACID (ABA)-MEDIAT VIGOR INDUCED de Root și The_x000D_ ROOTSTOCK-SCION INTERACTION UTILIZAREA FYSIOLOGICAL ȘI MOLECULAR STRATEGIES. Acest OBJECTIVE va fi_x000D_ completat cu SELECȚIA SELECȚIILOR ȘI VA VA VA VA CĂTRE PĂRȚILE FUTURE CU_x000D_ DISEASES RESISTANCE._x000D_ ÎN ADDIȚIE, acest PROPOSAL va continua STUDIA fenologiei ROOTSTOCK-SCION în DIFFERENT_x000D_ CLIMATIC SCENARIOS pentru a selecta noi portaltoi LOW-VIGOR pentru a proteja HARVEST MECHANICAL ȘI_x000D_ cu o mai bună adaptare la CONDIȚII ARID ale REGIUNILOR MEDITERANNE. AGRONOMICAL_x000D_ BEHAVIOR OF THE PRESELECTED ALMOND portaltoi și cultivarii ALMOND vor fi evaluați,_x000D_ ESPECIALĂ PARAMETERII PHYSIOLOGICAL, VIGOR ȘI PRODUCTIVITATE. (Romanian)
4 August 2022
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Denna PROJEKT ÄR FÖLJANDE AV PREVIOUS FRUIT BREEDING PROGRAM AV LONG TRADITION AV CITA, WHOSE_x000D_ MAIN AIM ÄR RELEASE AV NYA EFFICIENT PLANT MATERIAL. På ONE SIDE, ALMOND ROOTSTOCKS_x000D_ CONTROLLING VIGOR och SHOWING TOLERANCE to SOIL DISEASES and ABIOTIC STRESSES, OCH, ON THE_x000D_ OTHER, ALMOND Cultivars, SHOWING HIGH agronomiska PERFORMANCE, WIDE DISEASE TOLERANCE_x000D_ och OUTSTANDING NUT KVALITY._x000D_ dessa PROPOSAL BETONAR STUDEN AV MOLEKULARNA BASES of MANY ASPECTS FÖR BREEDING AV BOTH_x000D_ grundstammar och sorter. Vi kommer att STUDY DISEASE RESISTANCES (BACTERIA, FUNGI OCH NEMATODES)_x000D_ OCH GENETICEN AV TREE ARCHITECTURE OCH VIGOR. Vi kommer att utveckla MOLECULAR STRATEGIER till SELECT_x000D_ NY PLANT MATERIAL MED EXCELLENT agronomisk PERFORMANCE to RELEASE TO_x000D_ FULFIL THE DEMANDS AV ALMOND INDUSTRY._x000D_ BREEDING SELF-KOMPATIBLE OCH EXTRA-LATE BLOOMING ALMOND-sorter kommer att REMAIN som en MAIN_x000D_ OBJECTIVE, kompletterat med TOLERANCE TO FUNGAL DISEASES. Markör ASSISTED SELECTION_x000D_ (MAS) Genom MOLECULAR MARKERS LINKED TILL LOKIEN OCH LB kommer att bli ansluten._x000D_ ADDITIONALLY, NEXT GENERATION SEQUENCING (NGS) och GENOMICS STRATEGIER kommer att anstå till_x000D_ ACCELERATE SELECTION OF THOUSANDS OF SEEDLING FRÅN SCION OCH ROOTSTOCK BREEDING PROGENIES_x000D_ OBTAINED DURING THE LAST YEARS. Dessa GENETIC TOOLS kommer att användas till IDENTIFY GENES OCH LINKED_x000D_ fenotyper. För DISEASES RESISTANCE, MANY R GENES CONFERRING RESISTANCE IN VARIOUS PLANT_x000D_ SPECIES AGAINST A WIDE RANGE OF PATHOGENS HAVE BEEN ISOLATED. De flesta R-GENES IN_x000D_ PATHOGEN RECOGNITION (BACTERIA, FUNGI OCH NEMATODES) IDENTIFIER FÖR DATE ENCODE NUCLEOTIDE_x000D_ BINDING OCH LEUCINE-RICH REPEAT (NB-LRR) PROTEINS. Dessutom kommer en metagenomic-BASED_x000D_ APPROACH att bli förberedd för att genomföra och jämföra MICROBIOME ASSOCIATED TILL TOLERANT_x000D_ OCH SENSITIVE ENTRIES (SCIONER OCH grundstammar). Vi ÄR KEYSTONE_x000D_ MICROORGANISMS INVOLVED I DEN ELICitation OF PLANT DEFENSE RESPONSE AGAINST FUNGAL PATHOGENS._x000D_ DHIS PROPOSAL SKALL KONTAKTA STUDEN av egenskaper kodade i ROOT SYSTEM, som WELL AS TREE_x000D_ ARCHITECTURE. Vi kommer att följa den abscisic ACID (ABA)-MEDIATED VIGOR INDUCED genom ROOT OCH THE_x000D_ ROOTSTOCK-SCION INTERACTION ANVÄNDING PHYSIOLOGICAL OCH MOLEKULAR STRATEGIER. Detta OBJEKTIV kommer att kompletteras med SELEKTIONEN AV SEEDLINGAR OCH DET SKALL HÄVS TILL FUTURE PARENTS MED DITH_x000D_ DISEASES RESISTANCE._x000D_ I ADDITION, DIS PROPOSAL SKALL KONTAKTA STUDEN AV ROOTSTOCK-SCION-fenologin I DIFFERENT_x000D_ KLIMATIC SCENARIOS för SELECTING NYA LOW-VIGOR grundstammar för att säkerställa den MECHANICAL HARVEST OCH_x000D_ Med en BETTER ADAPTATION till ARID CONDITIONS AV MEDITERRANEAN REGIONEN. AKRONOMICAL_x000D_ BEHAVIOR OF THE PRESELECTED ALMOND grundstammar och ALMOND-sorter kommer att bli utvunnen,_x000D_ ESPECIALLY THE PHYSIOLOGICAL PARAMETERS, VIGOR OCH PRODUKTIVITET. (Swedish)
4 August 2022
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Zaragoza
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20 December 2023
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Identifiers
RTI2018-094210-R-I00
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