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3篇 您的检索式:作者名="Wenping Lian"
    题名 作者 年代 出处 被引量
1A hydrogen peroxide sensor based on electrochemically roughened silverelectrodes显示文摘Li Wang Yonghai Song Wenping Lian 2009Electrochimica Acta2009,54,:1
2Polymorphism of mitoehondrial DNAs of Yunnan domestic water buffaloes,Bubalus bubalus, in China, based on restriction endonuclease cleavage patterns显示文摘Hu Wenping Xu Baoming Lian Linsheng 1997Biochemical Genetics1997,35,:1
3Control Effects of Different Agents on Tobacco Mosaic Virus Disease显示文摘[Objectives] This study was conducted to screen out suitable agents for controlling tobacco mosaic virus disease and the best control period in Zhangzhou tobacco area, providing a theoretical basis for the control of virus diseases, thereby improving the quality of flue-cured tobacco and the income of tobacco farmers. [Methods] The effects on tobacco mosaic virus disease under the interaction between different agents and different application periods were investigated. The incidence of tobacco mosaic virus disease was investigated, and its control effect was analyzed. [Results] Different agents and different application periods had different control effects on tobacco mosaic virus disease. The incidence of tobacco mosaic virus disease: At 30 and 45 d after transplanting, the incidences of A2B1 treatment were the lowest, at 0.85%, 1.71%, respectively;and at 60 d after transplanting, the incidence of A3B1 treatment was the lowest, only 10.68%. The control effect: At 30 and 45 d after transplanting, A2B1 treatment had better control effects, reaching 79.39% and 73.06%, respectively. [Conclusions] 3% hypersensitive protein sprayed at 1 d before transplanting and 7 and 15 d after transplanting achieved the best effect, followed by 10% ningnanmycin sprayed at 1 d before transplanting and 7 and 15 d after transplanting. In tobacco production, it is recommended to apply 1 000 times dilution of 3% supersensitive protein microgranules for three times(at 1 d before transplanting and 7 and 15 d after transplanting), which can effectively prevent tobacco mosaic virus disease.Weiwei OUYANG Zhengyang ZHANG Qiuzan ZHONG Changyou SHEN Runsheng LIU Xianyi XIAO Qinggen YANG Wenping RAO Yi LIU Chenggen FAN Hai LIAN Lifang XIE 2019Agricultural Biotechnology2019,8,6:0
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