@article{fdi:010052951,
  title = {{T}he adaptation of {R}ice yellow mottle virus to the e{IF}(iso)4{G}-mediated rice resistance},
  author = {{T}raor{\'e}, {O}. and {P}inel {G}alzi, {A}gn{\`e}s and {I}ssaka, {S}. and {P}oulicard, {N}ils and {A}ribi, {J}amel and {A}k{\'e}, {S}. and {G}hesqui{\`e}re, {A}lain and {S}{\'e}r{\'e}, {Y}. and {K}onat{\'e}, {G}. and {H}{\'e}brard, {E}ug{\'e}nie and {F}argette, {D}enis},
  editor = {},
  language = {{ENG}},
  abstract = {{T}he rymv1-3 allele of the e{IF}(iso)4{G}-mediated resistance to {R}ice yellow mottle virus ({RYMV}) is found in a few {O}ryza glaberrima cultivars. {T}he same resistance-breaking ({RB}) mutations emerged in the central domain of the {VP}g after inoculation of isolates of different strains. {T}he {RB} mutations were fixed, often sequentially, at codons 41 and 52 which paralleled an increase in virus accumulation. {RB} mutations also emerged after inoculation of an avirulent infectious clone, indicating that they were generated de novo in resistant plants. {O}nly virus isolates with a threonine at codon 49 of the {VP}g broke rymv1-3 resistance, those with a glutamic acid did not {A} small subset of these isolates overcame rymv1-2 resistance, but following a specific pathway. {C}omparison with the {RB} process of rymv1-2, a resistance allele found in a few {O}ryza sativa cultivars, showed similarities in the mode of adaptation but revealed converse virulence specificity of the isolates.},
  keywords = {{P}lant resistance ; {R}esistance breakdown ; {V}irus adaptation ; {V}irus evolution},
  booktitle = {},
  journal = {{V}irology},
  volume = {408},
  numero = {1},
  pages = {103--108},
  ISSN = {0042-6822},
  year = {2010},
  DOI = {10.1016/j.virol.2010.09.007},
  URL = {https://www.documentation.ird.fr/hor/fdi:010052951},
}