Barley soil borne mosaic viruses: Identification of predominant viruses affecting yield and malting quality, in order to orientate breeding towards a sustainable resistance

Autor: Cadot, Valerie, Villemot, Julie, Candresse, Thierry, Marais, Armelle, Bonnefoy, Michel, Schmitt, Marc, Leveau, Christian, Didierjean, Luc, Romelot, Dominique, Soyer, Jacques, Bossuet, Louis-Marin, Herbert, Olivier, Valade, Romain, Herbommez, Jean-François, Snijders, Charles, Genty, Amélie, Tatara, Edouard, LEREBOUR, Philippe, Perrot, Claire, Leroy, Nathalie, Rabenstein, Frank, Mauny, Denis, Pelce, Luc, Baranger, Edouard, Petit, Amélie, Lévèque, François, Sexe, Mathias, Cousin, Grégory, Rousseaux, Damien, Fournier, Régis, Rolland, Mathieu

Publikováno v: 12. European Foundation for Plant Pathology (EFPP) ; 10. French Society for Plant Pathology (SFP) Conference
12. European Foundation for Plant Pathology (EFPP) ; 10. French Society for Plant Pathology (SFP) Conference, May 2017, Dunkerque, France. 236 p., 2017, Deepen knowledge in plant pathology for innovative agro-ecology
Deepen knowledge in plant pathology for innovative agro-ecology. 2017; 12. European Foundation for Plant Pathology (EFPP) ; 10. French Society for Plant Pathology (SFP) Conference, Dunkerque, FRA, 2017-05-29-2017-06-02, 85-85

National audience; Genetic resistance is the only way to control mosaic damage in winter barley. At least 18 resistance genes are known, but until recently, rym4 was the most used by breeders to control Barley yellow mosaic virus-1 (BaYMV-1), predomi

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=dedup_wf_001::3f18aa42a01d3e0806abf32f2549a033
https://hal.inrae.fr/hal-02736813/file/2.-Book-of-abstracts_1.pdf