De novo Transcriptome Analysis Reveals Distinct Defense Mechanisms by Young and Mature Leaves of Hevea brasiliensis (Para Rubber Tree)
文献类型： 外文期刊
作者： Fang, Yongjun 1 ; Mei, Hailiang 2 ; Zhou, Binhui 1 ; Xiao, Xiaohu 1 ; Yang, Meng 2 ; Huang, Yacheng 1 ; Long, Xiangyu; 1 ;
作者机构： 1.Chinese Acad Trop Agr Sci, Rubber Res Inst, Danzhou 571737, Hainan, Peoples R China
2.Chinese Acad Sci, Beijing Inst Genom, CAS Key Lab Genome Sci & Informat, Beijing 100101, Peoples R China
3.Univ Chinese Acad Sci, Beijing 100049, Peoples R China
期刊名称：SCIENTIFIC REPORTS （ 影响因子：4.379； 五年影响因子：5.133 ）
ISSN： 2045-2322
年卷期： 2016 年 6 卷
页码：
收录情况： SCI
摘要： Along with changes in morphology in the course of maturation, leaves of Hevea brasiliensis become more resistant to leaf diseases, including the South American Leaf Blight (SALB), a devastating fungal disease of this economically important tree species. To understand the underlying mechanisms of this defense, and to identify the candidate genes involved, we sequenced the Hevea leaf transcriptome at four developmental stages (I to IV) by Illumina sequencing. A total of 62.6 million high-quality reads were generated, and assembled into 98,796 unique transcripts. We identified 3,905 differentially expressed genes implicated in leaf development, 67.8% (2,651) of which were during the transition to leaf maturation. The genes involved in cyanogenic metabolism, lignin and anthocyanin biosynthesis were noteworthy for their distinct patterns of expression between developing leaves (stages I to III) and mature leaves (stage IV), and the correlation with the change in resistance to SALB and the Oidium/Colletotrichum leaf fall. The results provide a first profile of the molecular events that relate to the dynamics of leaf morphology and defense strategies during Hevea leaf development. This dataset is beneficial to devising strategies to engineer resistance to leaf diseases as well as other in-depth studies in Hevea tree.
- 相关文献
作者其他论文 更多>>
-
Antioomycete activity and mechanism of neoechinulin A from the marine fungus Aspergillus amstelodami 012393 against Phytophthora capsici: neoechinulin A against Phytophthora capsici
作者：Cai, Jin;Zhou, Guojun;Yang, Meng;Zhang, Mohan;Chen, Yonghao;Li, Sirong;Luo, Youping;Banadera, Mary Krinzy Charm;Huang, Guolei;Zheng, Caijuan;Cai, Jin;Zhou, Guojun;Yang, Meng;Zhang, Mohan;Chen, Yonghao;Li, Sirong;Luo, Youping;Banadera, Mary Krinzy Charm;Huang, Guolei;Zheng, Caijuan;Yin, Fengman
关键词：Phytophthora capsici; Aspergillus amstelodami; neoechinulin A; antioomycete activity; antioomycete mechanisms of action
-
Antioomycete Activity and Mechanism of Territrem B, against Phytophthora capsici in Prevention of Phytophthora Blight
作者：Cai, Jin;Wang, Bin;Wang, Ruoxi;Huang, Longtao;Luo, Mengyao;Chen, Yonghao;Zhang, Mohan;Yang, Meng;Luo, Youping;Huang, Guolei;Zheng, Caijuan;Cai, Jin;Wang, Bin;Wang, Ruoxi;Huang, Longtao;Luo, Mengyao;Chen, Yonghao;Zhang, Mohan;Yang, Meng;Luo, Youping;Huang, Guolei;Zheng, Caijuan;Yin, Fengman
关键词：
Phytophthora blight;Phytophthoracapsici ;Aspergillus versicolor ; territrem B; antioomycete activity -
Genome-wide association study identifies QTL for girth and dry rubber yield in a progeny population of Whickham Hevea germplasms
作者：Liang, Cuili;Zhang, Yuanyuan;Liu, Xing;Tan, Yingchao;Xu, Tiancheng;Zheng, Cheng;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Liu, Hui;Cao, Jie;Liu, Kaiye;Tang, Chaorong;Liang, Cuili;Liu, Xing;Tan, Yingchao;Xu, Tiancheng;Zheng, Cheng;Zhang, Shengmin;Qi, Jiyan;Luo, Hongli;Li, Zhonghua;Liu, Hui;Cao, Jie;Liu, Kaiye;Tang, Chaorong;Liang, Cuili;Liu, Xing;Tan, Yingchao;Xu, Tiancheng;Zheng, Cheng;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Liu, Hui;Cao, Jie;Liu, Kaiye;Tang, Chaorong;Liang, Cuili;Liu, Xing;Tan, Yingchao;Xu, Tiancheng;Zheng, Cheng;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Liu, Hui;Cao, Jie;Liu, Kaiye;Tang, Chaorong;Zhang, Yuanyuan;Liu, Xiaodong;Zeng, Xia;Li, Zhonghua;Liu, Hui;Cao, Jie;Liu, Kaiye
关键词：Rubber tree; GWAS; Girth; Dry rubber yield; Candidate genes
-
Pan-genome and phylogenomic analyses highlight Hevea species delineation and rubber trait evolution
作者：Fang, Yongjun;Xiao, Xiaohu;Long, Xiangyu;Zeng, Xia;Hu, Yanshi;Qin, Yunxia;Yang, Jianghua;Lin, Jishan;Wang, Jiang;Liu, Kaiye;Li, Zhonghua;Xing, Jianfeng;Liu, Zhenglin;Qi, Jiyan;Zhang, Yi;Zhang, Shengmin;Ye, De;Tang, Chaorong;Lin, Qiang;Wang, Jiang;Liu, Kaiye;Li, Zhonghua;Qi, Jiyan;Zhang, Yi;Zhang, Shengmin;Ye, De;Tang, Chaorong;Wang, Jiang;Liu, Kaiye;Li, Zhonghua;Qi, Jiyan;Zhang, Yi;Zhang, Shengmin;Ye, De;Tang, Chaorong;Wang, Baiyu;Zhang, Jisen;Wang, Baiyu;Zhang, Jisen;Qi, Yiying;Liu, Jianquan;Tang, Chaorong
关键词：
-
Resequencing-based QTL mapping of girth and rubber yield traits in a full-sib rubber tree population GT1 x CATAS8-79
作者：Zhang, Yuanyuan;Tan, Yingchao;Xing, Jianfeng;Wu, Yaoting;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Wang, Jiang;Cao, Jie;Tang, Chaorong;Liu, Kaiye;Zhang, Yuanyuan;Tan, Yingchao;Xing, Jianfeng;Wu, Yaoting;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Wang, Jiang;Cao, Jie;Tang, Chaorong;Liu, Kaiye;Zhang, Yuanyuan;Tan, Yingchao;Xing, Jianfeng;Wu, Yaoting;Zhang, Shengmin;Qi, Jiyan;Li, Zhonghua;Wang, Jiang;Cao, Jie;Tang, Chaorong;Liu, Kaiye;Zhang, Yuanyuan;Liu, Xiaodong;Zeng, Xia;Li, Weiguo
关键词：Hevea brasiliensis; Genetic map; Girth and rubber yield; Resequencing; QTL mapping
-
Transcriptome analysis reveals the molecular mechanisms of rubber biosynthesis and laticifer differentiation during rubber seed germination
作者：Hu, Bin;Yang, Na;Qin, Yunxia;Fang, Yongjun;Long, Xiangyu;Hu, Bin;Zhou, Zaihui;Qin, Yunxia;Long, Xiangyu;Hu, Bin;Zhou, Zaihui;Qin, Yunxia;Long, Xiangyu;Shi, Xiangyu
关键词：rubber synthesis; laticifer differentiation; seed germination; transcriptome; transcription factors
-
Climate-shaped vegetation dominated the spatial pattern of the Bowen ratio over terrestrial ecosystems in China
作者：Sun, Mingyu;Han, Lang;Yao, Yuan;Wang, Jilong;Yu, Guirui;Chen, Zhi;Hao, Tianxiang;Yang, Meng;Zhang, Weikang;Liu, Zhaogang;Ma, Lexin;Dou, Xiaojun;Luo, Wenxing;Lin, Yong;He, Yongtao;Shi, Peili;Wang, Huimin;Zhang, Yangjian;Zhao, Fenghua;Zhu, Zhilin;Yu, Guirui;Chen, Zhi;Liu, Zhaogang;Ma, Lexin;Dou, Xiaojun;Luo, Wenxing;Lin, Yong;He, Yongtao;Shi, Peili;Zhang, Yangjian;Chen, Zhi;Zhu, Xianjin;Han, Lang;Chen, Shiping;Deng, Zhengmiao;Duh, Hu;Wei, Wenxue;Dong, Gang;Gao, Yanhong;Ji, Xibin;Li, Yuqiang;Tan, Junlei;Gu, Fengxue;Hao, Xiangxiang;Hao, Yanbin;Hen, Qihua;He, Jinsheng;He, Jinsheng;He, Jinsheng;He, Jinsheng;Chen, Shiping;Jiang, Zhengde;Wu, Jiabing;Zhu, Jiaojun;Li, Xinhu;Li, Yingnian;Zhao, Liang;Li, Yuzhe;Zhang, Fawei;Liu, Shaomin;Luo, Weijun;Mo, Xingguo;Zhang, Yiping;Sha, Liqing;Song, Qinghai;Zhang, Yiping;Sun, Dan;Yan, Junhua;Tan, Junlei;Tang, Yakun;Wang, Fei;Wang, Jianlin;Wu, Zhixiang;Xin, Xiaoping;Xin, Xiaoping;Zhang, Yucui;Zhou, Li;Zhang, Weikang;Chen, Zhi
关键词：Bowen ratio; Heat flux; Sensible heat; Eddy covariance; Spatial patterns; Energy partitioning
