Horizontal gene transfer ofFhb7from fungus underliesFusariumhead blight resistance in wheat
Author(s) -
Hongwei Wang,
Silong Sun,
Wenyang Ge,
Lanfei Zhao,
Bingqian Hou,
Kai Wang,
Zhongfan Lyu,
Liyang Chen,
Shoushen Xu,
Jun Guo,
Min Li,
Peisen Su,
Xuefeng Liu,
Guiping Wang,
Cunyao Bo,
Xiaojian Fang,
Wenwen Zhuang,
Xinxin Cheng,
Jianwen Wu,
Luhao Dong,
Wuying Chen,
Li Wen,
Guilian Xiao,
Jinxiao Zhao,
Yongchao Hao,
Ying Xu,
Yu Gao,
Wenjing Liu,
Yanhe Liu,
Huayan Yin,
Jiazhu Li,
Xiang Li,
Yan Zhao,
Xiaoqian Wang,
Fei Ni,
Xin Ma,
Anfei Li,
Steven S. Xu,
Guihua Bai,
Eviatar Nevo,
Caixia Gao,
H. W. Ohm,
Lingrang Kong
Publication year - 2020
Publication title -
science
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 12.556
H-Index - 1186
eISSN - 1095-9203
pISSN - 0036-8075
DOI - 10.1126/science.aba5435
Subject(s) - fusarium , trichothecene , fungus , biology , gene , crop , resistance (ecology) , genome , plant disease resistance , blight , horizontal gene transfer , mycotoxin , toxin , agronomy , botany , genetics
Fungal disease meets its match Fusarium head blight (FHB), caused by a fungus, reduces wheat crop yield and introduces toxins into the harvest. From the assembly of the genome ofThinopyrum elongatum , a wild relative of wheat used in breeding programs to improve cultivated wheat, Wanget al. cloned a gene that can address both problems (see the Perspective by Wulff and Jones). The encoded glutathioneS -transferase detoxifies the trichothecene toxin and, when expressed in wheat, confers resistance to FHB.Science , this issue p.eaba5435 ; see also p.822
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