The rubber tree genome reveals new insights into rubber production and species adaptation.

Chaorong Tang,Meng Yang,Yongjun Fang,Yingfeng Luo,Shenghan Gao,Xiaohu Xiao,Zewei An,Binhui Zhou,Bing Zhang,Xinyu Tan,Hoong-Yeet Yeang,Yunxia Qin,Jianghua Yang,Qiang Lin,Hailiang Mei,Pascal Montoro,Xiangyu Long,Jiyan Qi,Yuwei Hua,Zilong He,Min Sun,Wenjie Li,Xia Zeng,Han Cheng,Ying Liu,Jin Yang,Weimin Tian,Nansheng Zhuang,Rizhong Zeng,Dejun Li,Peng He,Zhe Li,Zhi Zou,Shuangli Li,Chenji Li,Jixiang Wang,Dong Wei,Chao-Qiang Lai,Wei Luo,Jun Yu,Songnian Hu,Huasun Huang

The rubber tree genome reveals new insights into rubber production and species adaptation.

2016

A high-quality rubber tree genome reveals insights into the evolution of rubber biosynthesis and ethylene stimulation in rubber production. Together with transcriptome data, this study provides valuable data for the research and breeding of rubber trees.

Keywords:

Natural rubber
Genome
Transcriptome
Botany
Genetics
Biology
Hevea brasiliensis
Functional genomics
Gene
Gene family
Sequence assembly
Hevea

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