典型文献
Screening of Brown Planthopper Resistant miRNAs in Rice and Their Roles in Regulation of Brown Planthopper FecundIty
文献摘要：
MicroRNAs(miRNAs)can participate in plant-insect interactions,which regulate plant defense networks.In this study,we analyzed the miRNA expression profiles of six rice varieties before and after brown planthopper(BPH)-feeding.We identified 45 differentially expressed miRNAs between BPH-susceptible and BPH-resistant rice varieties and 144 miRNAs that responded to BPH-feeding.Thus,miRNAs may be involved in multiple pathways regulating rice defense response against BPH.In addition,we found that the genetic history of rice varieties determined the regulation mode of the miRNA and affected the amounts,types,changing trends and response periods of miRNAs in response to BPH-feeding.To conclude,we scanned seven potential cross-kingdom miRNAs,of which miR5795 may target the vitellogenin gene in BPH,causing a 16.07％reduction in BPH oviposition.The results provide new miRNA information of rice-BPH interactions and BPH-resistant rice variety breeding.
文献关键词：
中图分类号：
作者姓名：
Lü Jun;Liu Jinhui;CHEN Lin;SUN Jiawei;SU Qin;LI Shihui;YANG Jianhua;ZHANG Wenqing
作者机构：
State Key Laboratory of Biocontrol,School of Life Sciences,Sun Yat-sen University,Guangzhou 510275,China
文献出处：
引用格式：
[1]Lü Jun;Liu Jinhui;CHEN Lin;SUN Jiawei;SU Qin;LI Shihui;YANG Jianhua;ZHANG Wenqing-.Screening of Brown Planthopper Resistant miRNAs in Rice and Their Roles in Regulation of Brown Planthopper FecundIty)[J].水稻科学（英文版）,2022(06):559-568,中插30-中插32
A类：
Planthopper,FecundIty,miR5795
B类：
Screening,Brown,Resistant,miRNAs,Rice,Their,Roles,Regulation,MicroRNAs,participate,insect,interactions,which,regulate,defense,networks,In,this,study,analyzed,expression,profiles,six,rice,varieties,before,after,brown,planthopper,BPH,feeding,We,identified,differentially,expressed,between,susceptible,resistant,that,responded,Thus,may,involved,multiple,pathways,regulating,response,against,addition,found,genetic,history,determined,regulation,mode,affected,amounts,types,changing,trends,periods,To,conclude,scanned,seven,potential,cross,kingdom,target,vitellogenin,causing,reduction,oviposition,results,provide,new,information,variety,breeding
AB值：
0.559288
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