[1]Improving The Catalytic Performance Of Proteinase K From Parengyodontium Album For Use In Feather Degradation. Ren, YX, Luo, HY, Huang, HQ, Hakulinen, N, Wang, YR, Wang, Y, Su, XY, Bai, YG, Zhang, J, Yao, B, Wang, GZ, Tu, T. 2020

[2]Enhanced Thermostability Of Glucose Oxidase T.hrough Computer-Aided Molecular Design. Guan, Weishi,Zhang, Yuhong,Zhang, Yanli,Zhang, Wei,Yuan, Tiantian,Li, Qingbin,Li, Qingbin,Liu, Bo,Xu, Xinxin,Ning, Xiaoyan,Tian, Jian. 2018

[3]Characterization And Thermal Inactivation Kinetics O.f Highly Thermostable Ramie L eaf Beta-Amylase. Park, Kwan-Hwa,Park, Kwan-Hwa,Park, Sung-Hoon,Thi Phung Cac Duong,Phuong Lan Tran,Park, Jong-Tae,Hoa Xo Duong,He, Liqin,Nguyen Dang Hai Dang,Ni, Li,Nguyen Dang Hai Dang. 2017

[4]Engineering Of Yersinia Phytases To I.mprove Pepsin And Trypsin R esistance And Thermostability And Application Potential In The Food And Feed Industry. Niu, CF, Yang, PL, Luo, HY, Huang, HQ, Wang, YR, Yao, B. 2017

[5]Identification Of A Novel Type I Pullulanase From Fervidobacterium Nodosum Rt17-B1, With High Thermostability And Suitable Optimal Ph. Yang, Y, Zhu, YY, Obaroakpo, JU, Zhang, SW, Lu, J, Yang, L, Ni, DW, Pang, XY, Lv, JP. 2020

[6]Improvement In Catalytic Activity And Thermostability Of A Gh10 Xylanase And Its Synergistic Degradation Of Biomass With Cellulase. You, S, Xie, C, Ma, R, Huang, HQ, Herman, RA, Su, XY, Ge, Y, Cai, HY, Yao, B, Wang, J, Luo, HY. 2019

[7]Activity And Thermostability Of Gh5 E.ndoglucanase Chimeras From Mesophilic A nd Thermophilic Parents. Zheng, F, Vermaas, JV, Zheng, J, Wang, Y, Tu, T, Wang, XY, Xie, XM, Yao, B, Beckham, GT, Luo, HY. 2019

[8]Structural Insights Into The Thermophilic A.daption Mechanism Of Endo-1,4-Beta-Xylanase F rom Caldicellulosiruptor Owensensis. Liu, X, Liu, TF, Zhang, YB, Xin, FJ, Mi, SF, Wen, BT, Gu, TY, Shi, XY, Wang, FZ, Sun, LC. 2018

[9]Effect Of Cbm1 And Linker R.egion On Enzymatic Properties O f A Novel Thermostable Dimeric Gh10 Xylanase (Xyn10A) From Filamentous Fungus Aspergillus Fumigatus Z5. Miao, YZ, Kong, YQ, Li, P, Li, GQ, Liu, DY, Shen, QR, Zhang, RF. 2018

[10]Enhancing Thermostability Of A Psychrophilic Alpha-Amylase By The Structural Energy Optimization In The Trajectories Of Molecular Dynamics Simulations. Li, QB, Yan, YR, Liu, XQ, Zhang, ZD, Tian, J, Wu, NF. 2020

[11]Modulating interfacial structure and lipid digestion of natural Camellia oil body by roasting and boiling processes. Chen C., Pan Y., Niu Y., Peng D., Huang W., Shen W., Jin W., Huang Q.. 2023

[12]Exploiting the activity–stability trade-off of glucose oxidase from Aspergillus niger using a simple approach to calculate thermostability of mutants. Xiao Jiang,Yaru Wang,Yuan Wang,Huoqing Huang,Yingguo Bai,Xiaoyun Su,Jie Zhang,Bin Yao,Tao Tu,Huiying Luo. 2021

[13]Aidb, A Novel Thermostable N-Acylhomoserine Lactonase From The Bacterium Bosea Sp.. Zhang, JW, Xuan, CG, Lu, CH, Guo, S, Yu, JF, Asif, M, Jiang, WJ, Zhou, ZG, Luo, ZQ, Zhang, LQ. 2019

[14]The Critical Roles Of Exposed S.urface Residues For The T hermostability And Halotolerance Of A Novel Gh11 Xylanase From The Metagenomic Library Of A Saline-Alkaline Soil. Li, ZY, Li, XM, Liu, TH, Chen, SH, Liu, HH, Wang, H, Li, K, Song, YJ, Luo, XG, Zhao, JQ, Zhang, TC. 2019

[15]A Novel Thermostable Aspartic Protease From Talaromyces Leycettanus And Its Specific Autocatalytic Activation Through An Intermediate Transition State. Guo, YJ, Tu, T, Zheng, J, Ren, YX, Wang, YR, Bai, YG, Su, XY, Wang, Y, Yao, B, Huang, HQ, Luo, HY. 2020

[16]Exploiting the activity–stability trade-off of glucose oxidase from Aspergillus niger using a simple approach to calculate thermostability of mutants. Xiao Jiang,Yaru Wang,Yuan Wang,Huoqing Huang,Yingguo Bai,Xiaoyun Su,Jie Zhang,Bin Yao,Tao Tu,Huiying Luo. 2021

[17]Improvement Of Bsapa Aspartic Protease T.hermostability Via Autocatalysis-Resistant Mutation. Guo, YJ, Tu, T, Zheng, J, Bai, YG, Huang, HQ, Su, XY, Wang, Y, Wang, YR, Yao, B, Luo, HY. 2019

[18]Engineering A Trypsin-Resistant Thermophilic Alpha-Galactosidase To Enhance Pepsin Resistance, Acidic Tolerance, Catalytic Performance, And Potential In The Food And Feed Industry. Niu, CF, Wan, XY. 2020

[19]Improving The Thermostability And Catalytic E.fficiency Of Glucose Oxidase F rom Aspergillus Niger By Molecular Evolution. Tu, T, Wang, Y, Huang, HQ, Wang, YR, Jiang, X, Wang, ZX, Yao, B, Luo, HY. 2019

[20]Insight Into The Thermophilic Mechanism O.f A Glycoside Hydrolase F amily 5 Beta-Mannanase. Liu, WN, Tu, T, Gu, Y, Wang, Y, Zheng, F, Zheng, J, Wang, YR, Su, XY, Yao, B, Luo, HY. 2019