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葡萄微茎尖培养及葡萄扇叶病毒的ELISA和探针检测
引用本文:张玉满,田砚亭.葡萄微茎尖培养及葡萄扇叶病毒的ELISA和探针检测[J].北京林业大学学报,1998,20(4):54-58.
作者姓名:张玉满  田砚亭
作者单位:北京林业大学良种繁育研究中心
摘    要:在建立‘藤稔’等5个葡萄品种离体培养快速繁殖体系的基础上,通过热处理和微茎尖脱毒培养获得了再生植株;并经过PAS-ELISA和长臂光敏生物素标记GFLV-CP基因cDNA探针检测.结果表明白天38℃夜晚35℃处理脱除GFLV效果最佳;多次继代培养也有脱除GFLV的作用.从而首次获得了‘藤稔’、‘红地球’、‘9307’3个葡萄品种的脱除GFLV的试管苗.PAS-ELISA与探针平行检测的结果还表明,PAS-ELISA检测以P/N<1作为阴性标准更为可靠

关 键 词:葡萄,热处理,微茎尖培养,GFLV检测,PAS-ELISA,GFLV-CP基因cDNA探针

Microapical Culture of Grapevine and Detection of Grapevine Fan Leaf Virus by ELISA and Probe
Abstract:A rapid propagation in vitro system of 5 grapevine cultivars ‘Teng Ren’etc was established at first,then microapical plantlets were obtained through microapical culture and heat treatment, in which Grapevine Fan Leaf Virus (GFLV)was detected by PAS ELISA and GFLV coat protein(CP) gene cDNA probe labled by long arm photosensitive biotin. The results show that the heat treatment of 38℃(day) and 35℃(night) was more effective to release GFLV, long term tissue culture of more than 20 generations have the effect of releasing GFLV.GFLV free plantlets of ‘Teng Ren ’,‘Red Globe’, ‘9307’have been achieved for the first time. The paralleling detection of ELISA and probe indicated that it is reliable to take P/N<1 as standard of negative sample in PAS ELISA detection.
Keywords:grapevine  heat treatment  microapical culture  GFLV detect  PAS ELISA  GFLV CP gene cDNA probe
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