大丽轮枝菌木糖苷酶基因的鉴定及基于HIGS技术的功能分析
张小雪(
),孙天歌,张迎春,陈丽华,张新宇,李艳军(),孙杰
),孙天歌,张迎春,陈丽华,张新宇,李艳军(),孙杰
Identification of Xylosidase Genes from Verticillium dahliae and Functional Analysis Based on HIGS Technology
ZHANG XiaoXue(),SUN TianGe,ZHANG YingChun,CHEN LiHua,ZHANG XinYu,LI YanJun(),SUN Jie
),SUN TianGe,ZHANG YingChun,CHEN LiHua,ZHANG XinYu,LI YanJun(),SUN Jie
图7. HIGS处理棉株的病情调查
A：pTRV2-00和pTRV2-VdxyL3植株接种大丽轮枝菌14 d和21 d表型;B：接种大丽轮枝菌14 d后pTRV2-00和pTRV2-VdxyL3处理植株的株高;C：pTRV2-00和pTRV2-VdxyL3植株接种大丽轮枝菌14 d和 21 d病情指数统计;D：pTRV2-00和pTRV2-VdxyL3植株接种大丽轮枝菌14 d后茎秆的表型
Fig. 7. Disease investigation on cotton plants treated with HIGS
A: Disease symptom of the pTRV2-00 and pTRV2-VdxyL3 treated plants at 14 and 21 dpi;B:Plant height of the pTRV2-00 and pTRV2-VdxyL3 treated plants at 14 dpi;C:Disease index of the pTRV2-00 and pTRV2-VdxyL3 treated plants at 14 and 21 dpi;D: Disease symptom in stems of the pTRV2-00 and pTRV2-VdxyL3 treated plants at 14 dpi
