[1]A Rapid and Economical Method for Low Molecular Weight RNA Isolation from a Wide Variety of Plant Species. An, Zewei,Li, Yachao,Xie, Lili,Zhai, Qilin,An, Zewei,Huang, Huasun,An, Zewei,Huang, Huasun.

[2]Transcription of potassium transporter genes of KT/HAK/KUP family in peach seedlings and responses to abiotic stresses. Song, Z. -Z.,Yang, Y.,Ma, R. -J.,Xu, J. -L.,Yu, M. -L.,Song, Z. -Z.,Yang, Y.,Ma, R. -J.,Xu, J. -L.,Yu, M. -L.,Song, Z. -Z..

[3]Enhanced Agrobacterium-mediated Transformation of Embryogenic Calli of Upland Cotton via Efficient Selection and Timely Subculture of Somatic Embryos. Wu, Shen-Jie,Wang, Hai-Hai,Li, Fei-Fei,Chen, Tian-Zi,Zhang, Jie,Jiang, Yan-Jie,Ding, Yezhang,Guo, Wang-Zhen,Zhang, Tian-Zhen,Wu, Shen-Jie.

[4]Establishment of Agrobacterium tumefaciens-mediated transformation system for Phomopsis asparagi, the pathogen of asparagus stem blight. Yang, Ying-Qing,Lan, Bo,Jian, Yan-Li,Hu, Shui-Xiu,Chang, Dong-Dong,Zhang, Shun-Liang,Li, Xiang-Min,Jian, Yan-Li,Hu, Shui-Xiu,Chang, Dong-Dong. 2015

[5]Comparison of Transformation Efficiency of piggyBac Transposon among Three Different Silkworm Bombyx mori Strains. Zhong, Boxiong,Li, Jianying,Chen, Jin'e,Ye, Jian,Yu, Songdong.

[6]Transformation of modified cowpea trypsin inhibitor gene and anti-bacterial peptide gene in Brassica pekinensis protoplasts mediated by Agrobacterium tumefaciens. Zhao, Junliang,Xu, Honglin,Zhu, Zhen,Liang, Aihua. 2006

[7]Factors that influence the yield and viability of protoplasts from Carica papaya L.. Zhang, Jianbo,Shen, Wentao,Yan, Pu,Li, Xiaoying,Zhou, Peng. 2011

[8]ELEVATED ENDOGENOUS ISOPENTENYL ADENINE CONTENT IS CORRELATED WITH AN EXTREMELY SHOOTY RICE PHENOTYPE. ZHU, YX,QIN, RZ,SHAN, XY,CHEN, ZL.

[9]THE EFFECTS OF 2IP AND 2,4-D ON RICE CALLI DIFFERENTIATION. Zhu, YX,Ouyang, WJ,Li, Y,Chen, ZL.

[10]Pantoea beijingensis sp nov., isolated from the fruiting body of Pleurotus eryngii. Liu, Yu,Wang, Shouxian,Zhang, Dianpeng,Wei, Shujun,Zhao, Shuang,Xu, Feng,Chen, Sanfeng. 2013

[11]Cloning and characterization of the pyrG gene of Pleurotus ostreatus and Pleurotus eryngii. Yin, Yonggang,Li, Ming,Yin, Yonggang,Liu, Yu,Wang, Shouxian,Niu, Liying,Zhao, Shuang,Geng, Xiaoli,Xu, Feng,Li, Huamin. 2012

[12]The complete mitochondrial genome of the Basidiomycete edible fungus Pleurotus eryngii. Yang, Ruiheng,Li, Yan,Li, Chuanhua,Bao, Daopeng,Yang, Ruiheng,Li, Yan,Li, Chuanhua,Bao, Daopeng,Xu, Jianping. 2016

[13]Data Acquisition Method for Measuring Mycelium Growth of Microorganism with GIS. Yang, Juan,Zhao, Jingyin,Wang, Yunsheng,Guo, Qian,Wang, Ruijuan. 2011

[14]Development of a simple, low-cost and eurytopic medium based on Pleurotus eryngii for lactic acid bacteria. Zhao, Yancun,Song, Zhiwei,Zhu, Runjie,Liu, Fengquan,Wang, Ying,Shan, Chengjun. 2016

[15]High carbon dioxide and low oxygen storage effects on reactive oxygen species metabolism in Pleurotus eryngii. Li, Pengxia,Zhang, Xuan,Hu, Huali,Sun, Ya,Wang, Yuning,Zhao, Yancun,Zhang, Xuan. 2013

[16]Changes in Chemical Components and Cytotoxicity at Different Maturity Stages of Pleurotus eryngii Fruiting Body. Cui, Fengjie,Li, Yunhong,Sun, Wenjing,Yang, Yan,Wu, Di,Cui, Fengjie,Sun, Wenjing,Ping, Lifeng.

[17]DEVELOPMENT OF A SPECIES-SPECIFIC REAL-TIME PCR ASSAY FOR DIAGNOSING PANTOEA BEIJINGENSIS. Ma, Y.,Rong, C.,Wang, S.,Liu, Y.,Wang, J.,Xu, F.,Ma, Y..

[18]The activity and molecular characterization of a serine proteinase in Pleurotus eryngii during high carbon dioxide and low oxygen storage. Zhang, Leigang,Gao, Jianxiao,Hu, Huali,Li, Pengxia,Gao, Jianxiao.

[19]Effects of Different Substrates on Lignocellulosic Enzyme Expression, Enzyme Activity, Substrate Utilization and Biological Efficiency of Pleurotus Eryngii. Xie, Chunliang,Yan, Li,Gong, Wenbing,Zhu, Zuohua,Tan, Senwei,Chen, Du,Hu, Zhenxiu,Peng, Yuande. 2016

[20]Collection of Group Characteristics of Pleurotus Eryngii Using Machine Vision. Wang, Yunsheng,Wan, Changzhao,Yang, Juan,Chen, Jianlin,Yuan, Tao,Zhao, Jingyin. 2010