[1]高低剩余采食量北京鸭品系皮脂蛋白质组差异研究. 张云生,杨宇泽,郭占宝,谢明,常卓,张智英,侯水生. 2018

[2]杜洛克猪HLCS基因组织表达分析及其编码区多态性与剩余采食量的关联. 张跃博,蒲蕾,张金山,颜华,王立刚,侯欣华,刘欣,高红梅,王立贤,张龙超. 2018

[3]选择RFI性状5个世代对北京鸭生产性能的影响. 张云生,郭占宝,邢光楠,闫振广,胡健,侯水生. 2020

[4]Selection Response And Estimation Of T.he Genetic Parameters For M ultidimensional Measured Breast Meat Yield Related Traits In A Long-Term Breeding Pekin Duck Line. Xu, YX, Hu, J, Zhang, YS, Guo, ZB, Huang, W, Xie, M, Liu, HH, Lei, CZ, Hou, SS, Liu, XL, Zhou, ZK. 2018

[5]Heritability And Genetic Trends For G.rowth And Fur Quality T raits In Silver Blue Mink. Liu, ZY, Liu, LL, Song, XC, Cong, B, Yang, FH. 2017

[6]Effects of photoperiod on performance, ovarian morphology, reproductive hormone level, and hormone receptor mRNA expression in laying ducks. Yao-ming Cui,Jing Wang,Hai-jun Zhang,Guang-hai Qi,Shu-geng Wu. 2021

[7]Comparison of genomic prediction methods for residual feed intake in broilers. He, Zhengxiao,Li, Sen,Li, Wei,Ding, Jiqiang,Zheng, Maiqing,Li, Qinghe,Fahey, Alan G.,Wen, Jie,Liu, Ranran,Zhao, Guiping. 2022

[8]Transcriptome Analysis Of Skeletal Muscle In Pigs With Divergent Residual Feed Intake Phenotypes. Hou, XH, Pu, L, Wang, LG, Liu, X, Gao, HM, Yan, H, Zhang, JS, Zhang, YB, Yue, JW, Zhang, LC, Wang, LX. 2020

[9]Relevance Of The Intestinal Health-Related P.athways To Broiler Residual F eed Intake Revealed By Duodenal Transcriptome Profiling. Liu, RR, Liu, J, Zhao, GP, Li, W, Zheng, MQ, Wang, J, Li, QH, Cui, HX, Wen, J. 2019

[10]Metagenomic Analysis Of Cecal Microbiome I.dentified Microbiota And Functional C apacities Associated With Feed Efficiency In Landrace Finishing Pigs. Chen, Shaokang,Yang, Ting,Wang, Yuan,Zhao, Xitong,Xing, Kai,Wang, Chuduan,Liu, Jianfeng,Ao, Hong,Zhang, Fengxia,Tan, Zhen. 2017

[11]Effect Of Weaning Age On G.rowth Performance, Feed Efficiency, N utrient Digestibility And Blood-Biochemical Parameters In Droughtmaster Crossbred Beef Calves. Tao, H, Guo, F, Tu, Y, Si, BW, Xing, YC, Huang, DJ, Diao, QY. 2018

[12]Reduced Feeding Frequency Improves Feed Efficiency Associated With Altered Fecal Microbiota and Bile Acid Composition in Pigs. Yan H.,Wei W.,Hu L.,Zhang Y.,Zhang H.,Liu J.. 2021

[13]Effects Of Dietary Energy Levels On Rumen Fermentation, Microbial Diversity, And Feed Efficiency Of Yaks (Bos Grunniens). Ahmad, AA, Yang, C, Zhang, JB, Kalwar, Q, Liang, ZY, Li, C, Du, M, Yan, P, Long, RJ, Han, JL, Ding, XZ. 2020

[14]New Insights Into The Associations Among Feed Efficiency, Metabolizable Efficiency Traits And Related Qtl Regions In Broiler Chickens. Li, W, Liu, RR, Zheng, MQ, Feng, FR, Liu, DW, Guo, YM, Zhao, GP, Wen, J. 2020

[15]Effects Of Different Dietary Calcium L.evels On The Performance, E gg Quality, And Albumen Transparency Of Laying Pigeons. Bu, Zhu,Fu, Shengyong,Mu, Chunyu,Zhang, Rui,Tang, Qingping,Chang, Lingling. 2019

[16]A Mixture Of Daidzein And C.hinese Herbs Increases Egg P roduction And Eggshell Strength As Well As Blood Plasma Ca, P, Antioxidative Enzymes, And Luteinizing Hormone Levels In Post-Peak, Brown. Shao, D.,Shao, D.,Sheng, Z. W.,Xiao, Y. Q.,Xiao, Y. Q.,Wang, Q.,Shi, S. R.,Wang, Q.,Shi, S. R.,Shi, S. R.,Sheng, Z. W.. 2019

[17]Effects Of Green Tea Powder S.upplementation On Egg Production A nd Egg Quality In Laying Hens. Xia, Bing,Liu, Jun,Zhu, Yuejin,Sun, Da,Liu, Yali,Lu, Lizhi. 2018

[18]Effects Of Water Supplemented With B.acillus Subtilis And Photosynthetic B acteria On Egg Production, Egg Quality, Serum Immunoglobulins And Digestive Enzyme Activity Of Ducks. Lu, Lizhi,Xia, Bing,Chen, Li,Du, Xue,Liu, Jun,Liu, Yali,Zeng, Tao,Li, Chunmei. 2017

[19]Effects Of Star Anise (Illicium V.erum Hook. F.), Salvia M iltiorrhiza (Salvia Miltiorrhiza Bge) And Ginger Root (Zingiber Officinale Roscoe) On Laying Performance, Antioxidant Status And Egg Quality Of Laying. Yang, C. W.,Yang, Z. B.,Zhao, X.,Ding, X.,Guo, Y. X.,Mu, A. L.. 2017

[20]Effects Of Long-Term Bacillus Subtilis C.gmcc 1.921 Supplementation On P erformance, Egg Quality, And Fecal And Cecal Microbiota Of Laying Hens. Guo, JR, Dong, XF, Liu, S, Tong, JM. 2017