[1]The Genetic Locus Underlying Red F.oliage And Fruit Skin T raits Is Mapped To The Same Location In The Two Pear Bud Mutants 'Red Zaosu' And 'Max Red Bartlett'. Xue, HB, Wang, SK, Yao, JL, Zhang, XL, Yang, J, Wang, L, Su, YL, Chen, L, Zhang, HR, Li, XG. 2018

[2]MDTE DB: A Database for MicroRNAs Derived from Transposable Element. Wei, Guanyun,Li, Wenjuan,Ma, Fei,Wei, Guanyun,Li, Wenjuan,Ma, Fei,Qin, Sheng,Qin, Sheng,Chen, Liming. 2016

[3]Rapid evolution and complex structural organization in genomic regions harboring multiple prolamin genes in the polyploid wheat genome. Gao, Shuangcheng,Gu, Yong Qiang,Wu, Jiajie,Coleman-Derr, Devin,Huo, Naxin,Crossman, Curt,Jia, Jizeng,Zuo, Qi,Ren, Zhenglong,Anderson, Olin D.,Kong, Xiuying.

[4]Functional identification of gene cluster for the aniline metabolic pathway mediated by transposable element. Liang, QF,Chen, M,Xu, YQ,Zhang, W,Ping, SZ,Lu, W,Song, XL,Wang, WW,Geng, LZ,Masahiro, T,Lin, M.

[5]Transposable Element-Mediated Balancing Selection at Hsp90 Underlies Embryo Developmental Variation. Zhang, Bo,Xu, Lingling,Li, Qing,Xu, Yanan,Kang, Le,Jiang, Feng,Yang, Pengcheng,Kang, Le,Zhang, Bo.

[6]Transposon insertions regulate genome-wide allele-specific expression and underpin flower colour variations in apple (Malus spp.). Tian, Yi,Thrimawithana, Amali,Ding, Tiyu,Guo, Jian,Gleave, Andrew,Chagne, David,Ampomah-Dwamena, Charles,Ireland, Hilary S.,Schaffer, Robert J.,Luo, Zhiwei,Wang, Meili,An, Xiuhong,Wang, Dajiang,Gao, Yuan,Wang, Kun,Zhang, Hengtao,Zhang, Ruiping,Zhou, Zhe,Yan, Zhenli,Zhang, Liyi,Zhang, Caixia,Cong, Peihua,Deng, Cecilia H.,Yao, Jia-Long. 2022

[7]Transposon Polymorphism and Its Potential Impacts on Brown Planthopper (Nilaparvata lugens Stal) Resistance in Rice (Oryza sativa L.). Wang, Huanhuan,Liao, Zhenyang,Gao, Yingying,Zhang, Lingge,Lei, Wenlong,Huang, Hantang,Lei, Siru,Jiang, Mengwei,Chen, Shuai,Shi, Longqing. 2023

[8]Chromosome-level genome of a leaf vegetable Glebionis coronaria provides insights into the biosynthesis of monoterpenoids contributing to its special aroma. Sen Wang,Anqi Wang,Hengchao Wang,Fan Jiang,Dong Xu,Wei Fan. 2022

[9]Red-TE Homozygous Alleles of MdMYB10 Confer Full-Red Apple Fruit Skin in a High-Temperature Region. Meili Wang,Yarong Wang,Tiyu Ding,Zhenli Yan,Zhe Zhou,Cuiying Li,Jia Long Yao,Hengtao Zhang. 2023

[10]Duck pan-genome reveals two transposon insertions caused bodyweight enlarging and white plumage phenotype formation during evolution. Wang, Kejun,Hua, Guoying,Li, Jingyi,Yang, Yu,Zhang, Chenxi,Yang, Lan,Hu, Xiaoyu,Scheben, Armin,Wu, Yanan,Gong, Ping,Zhang, Shuangjie,Fan, Yanfeng,Zeng, Tao,Lu, Lizhi,Gong, Yanzhang,Jiang, Ruirui,Sun, Guirong,Tian, Yadong,Kang, Xiangtao,Hu, Haifei,Li, Wenting. 2024

[11]Insights into a functional synthetic plant genome. Du, Fei,Dai, Junbiao,Jiao, Yuling. 2024

[12]Widespread impact of transposable elements on the evolution of post-transcriptional regulation in the cotton genus Gossypium. Tian, Xuehan,Wang, Ruipeng,Liu, Zhenping,Lu, Sifan,Chen, Xinyuan,Zhang, Zeyu,Liu, Fang,Li, Hongbin,Zhang, Xianlong,Wang, Maojun. 2025

[13]Uncovering the breeding contribution of transposable elements from landraces to improved varieties through pan-genome-wide analysis in rice. Li, Xiaoxia,Dai, Xiaofan,He, Huiying,Chen, Wu,Qian, Qian,Shang, Lianguang,Guo, Longbiao,He, Wenchuang. 2025

[14]A pan-TE map highlights transposable elements underlying domestication and agronomic traits in Asian rice. Xiaoxia Li,Xiaofan Dai,Huiying He,Yang Lv,Longbo Yang,Wenchuang He,Congcong Liu,Hua Wei,Xiangpei Liu,Qiaoling Yuan,Xianmeng Wang,Tianyi Wang,Bintao Zhang,Hong Zhang,Wu Chen,Yue Leng,Xiaoman Yu,Hongge Qian,Bin Zhang,Mingliang Guo,Zhipeng Zhang,Chuanlin Shi,Qianqian Zhang,Yan Cui,Qiang Xu,Xinglan Cao,Dandan Chen,Yongfeng Zhou,Qian Qian,Lianguang Shang. 2024

[15]Transposable element-mediated DNA methylation of the NAC20 and NAC26 promoters led to a maternal effect on grain filling. Wu, Ming-Wei,Li, Rong,Wei, Wen-Tao,Chen, Meng-Meng,Liu, Jin-Lei,Cheng, Han,Yang, Tao,Zhang, Jin-Dan,Liu, Jinxin,Liu, Chun-Ming. 2025

[16]Genome-Wide Analysis And Identification Of T.he Low Potassium Stress R esponsive Gene Simyb3 In Foxtail Millet (Setariaitalica L.). Xu, Zhaoshi,Chen, Xueyan,Ma, Youzhi,Song, Jianming,Hu, Liqin,Cheng, Dungong,Chen, Ming,Cao, Xinyou,Li, Haosheng,Li, Liancheng,Liu, Cheng,Liu, Jianjun,Zhao, Zhendong,Zhou, Yongbin,Liu, Aifeng,Zhang, Rongzhi. 2019

[17]Geographical Origin Traceability Of Foxtail M.illet Based On The C ombination Of Multi-Element And Chemical Composition Analysis. Liang, Shan,Cheng, Lei,Liang, Kehong,Cheng, Lei,Liang, Kehong,Liang, Shan,Lu, Lingang,Zhu, Dazhou. 2018

[18]Genetic Diversity and Population Structure of Chinese Foxtail Millet [Setaria italica (L.) Beauv.] Landraces. Wang, Chunfang,Jia, Guanqing,Zhi, Hui,Niu, Zhengang,Chai, Yang,Lu, Ping,Diao, Xianmin,Wang, Chunfang,Zhao, Baohua,Wang, Chunfang. 2012

[19]Determination of protein, total carbohydrates and crude fat contents of foxtail millet using effective wavelengths in NIR spectroscopy. Chen, Jing,Ren, Xin,Zhang, Qing,Shen, Qun,Chen, Jing,Ren, Xin,Zhang, Qing,Shen, Qun,Diao, Xianmin. 2013

[20]Intraspecific and interspecific variation in Setaria revealed by RAPD analysis. Li, Y,Jia, JZ,Wang, Y,Wu, SZ. 1998