This study was to molecular identify Prunus necrotic ringspot virus （PNRSV） occurring on lily. Lily corms were randomly selected and grown in the greenhouse. The total RNAs were extracted from younger leaves, and pa...This study was to molecular identify Prunus necrotic ringspot virus （PNRSV） occurring on lily. Lily corms were randomly selected and grown in the greenhouse. The total RNAs were extracted from younger leaves, and partial amplification of the CP gene was performed by RT-PCR with primer pairs specific for PNRSV. An expected cDNA fragment of about 450 bp was amplified from lily, cloned into pGEM-T-easy vector, sequenced, and shared 84.5-99.1% homology with the 27 PNRSV isolates reported previously at the nucleotide level, indicating that lily is a new natural host of PNRSV.展开更多
文摘This study was to molecular identify Prunus necrotic ringspot virus （PNRSV） occurring on lily. Lily corms were randomly selected and grown in the greenhouse. The total RNAs were extracted from younger leaves, and partial amplification of the CP gene was performed by RT-PCR with primer pairs specific for PNRSV. An expected cDNA fragment of about 450 bp was amplified from lily, cloned into pGEM-T-easy vector, sequenced, and shared 84.5-99.1% homology with the 27 PNRSV isolates reported previously at the nucleotide level, indicating that lily is a new natural host of PNRSV.
