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[2]Inhibition of the spread of endophytic Sporisorium reilianum renders maize resistance to head smut. Zhao, Xianrong,Ye, Jianrong,Wei, Lai,Zhang, Nan,Zuo, Weiliang,Chao, Qing,Xu, Mingliang,Zhao, Xianrong,Xing, Yuexian,Tan, Guoqing,Chao, Qing. 2015

[3]ZmWAK, a quantitative resistance gene to head smut in maize, improves yield performance by reducing the endophytic pathogen Sporisorium reiliana. Konlasuk, Suvimon,Zhang, Nan,Zuo, Weiliang,Zhang, Boqi,Xu, Mingliang,Xing, Yuexian,Tan, Guoqing.

[4]Development of SNP-based dCAPS markers linked to major head smut resistance quantitative trait locus qHS2.09 in maize. Di, Hong,Liu, Xianjun,Wang, Qiankun,Zhang, Lin,Wang, Zhenhua,Weng, Jianfeng,Li, Xinhai.

[5]Identification of a New Race of Sporisorium reilianum and Characterization of the Reaction of Sorghum Lines to Four Races of the Head Smut Pathogen. Zhang, Fuyao,Ping, Junai,Du, Zhihong,Cheng, Qingjun,Zhang, Fuyao,Huang, Yinghua,Zhang, Fuyao,Huang, Yinghua. 2011

[6]Pyramiding Resistance Genes to Northern Leaf Blight and Head Smut in Maize. Wu Suwen,Zhang Chunyu,Li Nan,Sun Quan,Miao Qing,Lin Feng,Khalid, Hussain,Jiang Min. 2012

[7]Marker-assisted introgression of qHSR1 to improve maize resistance to head smut. Zhao, Xianrong,Wei, Lai,Chao, Qing,Zuo, Weiliang,Xu, Mingliang,Tan, Guoqing,Xing, Yuexian,Luebberstedt, Thomas.

[8]Genome-wide association study (GWAS) of resistance to head smut in maize. Wang, Ming,Yan, Jianbing,Zhang, Xiaobo,Xiao, Yannong,Zheng, Yonglian,Zhao, Jiuran,Song, Wei. 2012

[9]Digital gene expression analysis of early root infection resistance to Sporisorium reilianum f. sp zeae in maize. Zhang, Shaopeng,Xiao, Yannong,Zheng, Yonglian,Zhao, Jiuran,Wang, Fengge.

[10]Floral transition in maize infected with Sporisorium reilianum disrupts compatibility with this biotrophic fungal pathogen. Zhang, Shaopeng,Xiao, Yannong,Zheng, Yonglian,Gardiner, Jack,Zhao, Jiuran,Wang, Fengge.

[11]Limited tissue culture-induced mutations and linked epigenetic modifications in F-1 hybrids of sorghum pure lines are accompanied by increased transcription of DNA methyltransferases and 5-methylcytosine glycosylases. von Wettstein, Diter,Zhang, Meishan,Xu, Chunming,Zhao, Na,Liu, Bao,Zhang, Meishan,Yan, Hongyan. 2009

[12]Applications of xerophytophysiology in plant production - Sorghum plants improved by exposing the mesocotyl as stimulus. Xu, Hui-lian,Xu, Rongyan,Qin, Feifei,Qin, Feifei,Wang, Fahong,Li, Fengmin. 2009

[13]Tannins in livestock feeds in China. Diao, QY,Qi, GG. 2000

[14]Genetic contribution of Chinese landraces to the development of sorghum hybrids. Li, Y,Li, CZ. 1998

[15]Transgenic expression of a sorghum gene (SbLRR2) encoding a simple extracellular leucine-rich protein enhances resistance against necrotrophic pathogens in Arabidopsis. Zhu, Fu-Yuan,Lo, Clive,Zhu, Fu-Yuan,Zhang, Jianhua,Zhu, Fu-Yuan,Zhang, Jianhua,Li, Lei.

[16]Identification of two novel waxy alleles and development of their molecular markers in sorghum. Li, Yan,Fan, Jing,Zhao, Jiqun,Xu, Yongju,Wang, Wenming,Zhao, Ganlin,Ding, Guoxiang,Ni, Xianlin.

[17]Allelopathic effects of Hemistepta lyrata on the germination and growth of wheat, sorghum, cucumber, rape, and radish seeds. Gao, Xingxiang,Li, Mei,Gao, Zongjun,Li, Changsong,Sun, Zuowen.

[18]Preparation of a modified flue gas desulphurization residue and its effect on pot sorghum growth and acidic soil amelioration. Shi, Lin,Li, Yongli,Xu, Peizhi,Xie, Kaizhi,Tang, Shuanhu.

[19]Nutrient Limiting Factors in Acidic Vegetable Soils. Wang Zheng-Yin,Tu Shi-Hua,Sulewski, G..

[20]Isolation and expression analysis of defense-related genes in sorghum-Colletotrichum sublineolum interaction. Li, Lei,Li, Lei,Zhu, Fuyuan,Chu, Apple,Lo, Clive,Liu, Hongjia.