Identification of new sources of resistance to RHBV- rice hoja blanca virus

With the aim to find new sources of resistance to rice hoja blanca (white leaf) disease, transmitted by the insect Tagosodes orizicolus, 660 genotypes were evaluated under greenhouse and field conditions. Seven resistant genotypes were identified, and genomic studies were performed to demonstrate th...

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Main Authors: Maribel Cruz-Gallego, Maria Camila Rebolledo, Juan B. Cuasquer, Daniel Felipe Cruz-Galvis, Alexandra Lorena Peña-Fernández, Constanza Quintero, Elkin Alexander Silva-Córdoba, María Fernanda Álvarez-V, Sebastián Jojoa-Cruz, Mathias Lorieux, Jeffrey J Stuart, Fernando José Correa-Victoria
Format: Article
Language:English
Published: Universidad Nacional de Colombia 2018-04-01
Series:Acta Agronómica
Subjects:
Online Access:https://revistas.unal.edu.co/index.php/acta_agronomica/article/view/61334
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author Maribel Cruz-Gallego
Maria Camila Rebolledo
Juan B. Cuasquer
Daniel Felipe Cruz-Galvis
Alexandra Lorena Peña-Fernández
Constanza Quintero
Elkin Alexander Silva-Córdoba
María Fernanda Álvarez-V
Sebastián Jojoa-Cruz
Mathias Lorieux
Jeffrey J Stuart
Fernando José Correa-Victoria
author_facet Maribel Cruz-Gallego
Maria Camila Rebolledo
Juan B. Cuasquer
Daniel Felipe Cruz-Galvis
Alexandra Lorena Peña-Fernández
Constanza Quintero
Elkin Alexander Silva-Córdoba
María Fernanda Álvarez-V
Sebastián Jojoa-Cruz
Mathias Lorieux
Jeffrey J Stuart
Fernando José Correa-Victoria
author_sort Maribel Cruz-Gallego
collection DOAJ
description With the aim to find new sources of resistance to rice hoja blanca (white leaf) disease, transmitted by the insect Tagosodes orizicolus, 660 genotypes were evaluated under greenhouse and field conditions. Seven resistant genotypes were identified, and genomic studies were performed to demonstrate that the resistance in these sources is genetically different from that of Fedearroz 2000, which is currently the variety with the most resistance to hoja blanca. These new resistance sources constitute a resource that can be used to sustainably extend hoja blanca disease management throughout all of the rice-growing regions of tropical America. This is the first report of hoja blanca resistance in indica rice and different from that of Fedearroz 2000.
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spelling doaj.art-f00e589234914ac7947599be17bc65012022-12-22T02:31:21ZengUniversidad Nacional de ColombiaActa Agronómica0120-28122323-01182018-04-0167236837410.15446/acag.v67n2.6133446407Identification of new sources of resistance to RHBV- rice hoja blanca virusMaribel Cruz-Gallego0Maria Camila Rebolledo1Juan B. Cuasquer2Daniel Felipe Cruz-Galvis3Alexandra Lorena Peña-Fernández4Constanza Quintero5Elkin Alexander Silva-Córdoba6María Fernanda Álvarez-V7Sebastián Jojoa-Cruz8Mathias Lorieux9Jeffrey J Stuart10Fernando José Correa-Victoria11FLAR-Fondo Latinoamericano para Arroz de Riego. CIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-Colombia.CIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaCIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaGhent University, Flanders, BelgiumCIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaCIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaCIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaCIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaThe Scripps Research Institute. Florida, EE. UU.IRD- Institut de Recherche pour le Développement. Marseille, France.; CIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaDepartment of Entomology, Purdue University. West Lafayette, EE. UU.CIAT- Centro Internacional de Agricultura Tropical. Cali, Valle-ColombiaWith the aim to find new sources of resistance to rice hoja blanca (white leaf) disease, transmitted by the insect Tagosodes orizicolus, 660 genotypes were evaluated under greenhouse and field conditions. Seven resistant genotypes were identified, and genomic studies were performed to demonstrate that the resistance in these sources is genetically different from that of Fedearroz 2000, which is currently the variety with the most resistance to hoja blanca. These new resistance sources constitute a resource that can be used to sustainably extend hoja blanca disease management throughout all of the rice-growing regions of tropical America. This is the first report of hoja blanca resistance in indica rice and different from that of Fedearroz 2000.https://revistas.unal.edu.co/index.php/acta_agronomica/article/view/61334Oryza sativa L.phenotypingplant-virus-vector pathosystemSogataTagosodesTenuivirus
spellingShingle Maribel Cruz-Gallego
Maria Camila Rebolledo
Juan B. Cuasquer
Daniel Felipe Cruz-Galvis
Alexandra Lorena Peña-Fernández
Constanza Quintero
Elkin Alexander Silva-Córdoba
María Fernanda Álvarez-V
Sebastián Jojoa-Cruz
Mathias Lorieux
Jeffrey J Stuart
Fernando José Correa-Victoria
Identification of new sources of resistance to RHBV- rice hoja blanca virus
Acta Agronómica
Oryza sativa L.
phenotyping
plant-virus-vector pathosystem
Sogata
Tagosodes
Tenuivirus
title Identification of new sources of resistance to RHBV- rice hoja blanca virus
title_full Identification of new sources of resistance to RHBV- rice hoja blanca virus
title_fullStr Identification of new sources of resistance to RHBV- rice hoja blanca virus
title_full_unstemmed Identification of new sources of resistance to RHBV- rice hoja blanca virus
title_short Identification of new sources of resistance to RHBV- rice hoja blanca virus
title_sort identification of new sources of resistance to rhbv rice hoja blanca virus
topic Oryza sativa L.
phenotyping
plant-virus-vector pathosystem
Sogata
Tagosodes
Tenuivirus
url https://revistas.unal.edu.co/index.php/acta_agronomica/article/view/61334
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