[1]Reconstitution Of Ucp1 Using Crispr/Cas9 I.n The White Adipose T issue Of Pigs Decreases Fat Deposition And Improves Thermogenic Capacity. Zheng, QT, Lin, J, Huang, JJ, Zhang, HY, Zhang, R, Zhang, XY, Cao, CW, Hambly, C, Qin, GS, Yao, J, Song, RG, Jia, QT, Wang, X, Li, YS, Zhang, N, Piao, ZY, Ye, RC, Speakman, JR, Wang, HM, Zhou, Q, Wang, YF, Jin, WZ, Zhao, JG. 2017

[2]Differential Regulation Of Mrnas And L.ncrnas Related To Lipid M etabolism In Two Pig Breeds. Huang, WL, Zhang, XX, Li, A, Xie, LL, Miao, XY. 2017

[3]Transcriptome Analysis Of Landrace Pig S.ubcutaneous Preadipocytes During Adipogenic D ifferentiation. Zhao, XT, Chen, SK, Tan, Z, Wang, Y, Zhang, FX, Yang, T, Liu, YB, Ao, H, Xing, K, Wang, CD. 2019

[4]Atmospheric Ammonia Affects Myofiber Development And Lipid Metabolism In Growing Pig Muscle. Tang, SL, Xie, JJ, Zhang, S, Wu, WD, Yi, B, Zhang, HF. 2020

[5]Genome-Wide Analysis Of Mrnas And L.ncrnas Of Intramuscular Fat R elated To Lipid Metabolism In Two Pig Breeds. Huang, WL, Zhang, XX, Li, A, Xie, LL, Miao, XY. 2018

[6]基于全转录组测序的绵羊胚胎不同发育阶段骨骼肌circRNA的分析与鉴定. 石田培,王欣悦,侯浩宾,赵志达,尚明玉,张莉. 2020

[7]牛体内囊胚全转录组模式解析. 王晶晶,张培培,郝海生,杜卫华,庞云渭,权国波,赵善江,邹惠影,朱化彬,赵学明. 2020

[8]Characterization Of Circular Rnas In C.hinese Buffalo (Bubalus Bubalis) A dipose Tissue: A Focus On Circular Rnas Involved In Fat Deposition. Wei, Xuefeng,Huang, Jieping,Li, Fen,Ma, Yun,Zheng, Qiuzhi,Huang, Jieping,Lei, Chuzhao,Wang, Shuzhe,Ma, Yun,Shang, Jianghua,Zhao, Jinhui. 2019

[9]Genomic Scan For Selection Signature Reveals Fat Deposition In Chinese Indigenous Sheep With Extreme Tail Types. Zhao, FP, Deng, TY, Shi, LY, Wang, WW, Zhang, Q, Du, LX, Wang, LX. 2020

[10]Genome-Wide Association Studies Revealed Candidate G.enes For Tail Fat D eposition And Body Size In The Hulun Buir Sheep. Zhang, TY, Gao, HD, Sahana, G, Zan, YJ, Fan, HY, Liu, JX, Shi, LY, Wang, HW, Du, LX, Wang, LX, Zhao, FP. 2019

[11]A Recognition Method For Cucumber D.iseases Using Leaf Symptom I mages Based On Deep Convolutional Neural Network. Gong, Zhihong,Zheng, Feixiang,Du, Keming,Sun, Zhongfu,Zhang, Lingxian,Ma, Juncheng. 2018

[12]Mucosal-Associated Invariant T Cells: New I.nsights Into Antigen Recognition A nd Activation. Xiao, XX, Cai, JP. 2017

[13]Dietary Effects Of Soybean Products O.n Gut Microbiota And I mmunity Of Aquatic Animals: A Review. Zhou, Z, Ringo, E, Olsen, RE, Song, SK. 2018

[14]Identification of glycerophospholipids using self-built recognition software based on positive and negative ion high-resolution mass spectrometric fragmentation experiments. Zhao Y., Zhao X., Li T., Wang X., Zhong C., Wang X., Li P.. 2022

[15]A Recognition Method For Cucumber D.iseases Using Leaf Symptom Images Based On Deep Convolutional Neural Network. Ma, JC, Du, KM, Zheng, FX, Zhang, LX, Gong, ZH, Sun, ZF. 2018

[16]Progress in studies and control strategies for diseases of Coptis chinensis [黄连常见病害研究进展与防治策略]. Du Y.-X.,Jiang J.-Y.,Xu Y.,Li Z.-H.,Wang T.-L.,Guo L.-P.. 2021

[17]Dynamic Chromatin States Coupling with Key Transcription Factors in Colitis-Associated Colorectal Cancer. Chen L., Luo Z., Zhao C., Li Q., Geng Y., Xiao Y., Chen M.-K., Li L., Chen Z.-X., Wu M.. 2022

[18]Genome-wide identification and expression analysis of the Brassica oleracea L. chitin-binding genes and response to pathogens infections. Mingzhao Zhu,Shujin Lu,Mu Zhuang,Yangyong Zhang,Honghao Lv,Jialei Ji,Xilin Hou,Zhiyuan Fang,Yong Wang,Limei Yang. 2021

[19]Genetic Basis Of Spring Wheat Resistance To Leaf Rust (Puccinia Triticina) In Kazakhstan And Russia. Morgounov, A, Pozherukova, V, Kolmer, J, Gultyaeva, E, Abugalieva, A, Chudinov, V, Kuzmin, O, Rasheed, A, Rsymbetov, A, Shepelev, S, Ydyrys, A, Yessimbekova, M, Shamanin, V. 2020

[20]Spatial distribution of bacterial resistance towards antibiotics of rural sanitation system in China and its potential link with diseases incidence. Li H., Tan L., Zhang C., Wei X., Wang Q., Li Q., Zheng X., Xu Y.. 2023