Carmen Leitner,Marion Schulz,A Li,Christopher D. Vanderwal,Xinyu Hu,Avelino Corma,X. L. Luo,Yinghui Li,Nïkhil Gupta,Bert F. Sels,Juliet Ralph,Shuai Li,Hui‐Zi Jin,Ke Pu,JM Barham,B Kçnig,M. Qi,Han Pan,H. F. Shen,X. M. Xia,Chuanchen Wu,Xiao Han,Xinyue He,William P. Tong,X Wang,Qing Wang,Nanogel Multienzyme,Biocatalytic Atrp,Shuro Takano,Ryosuke Shiomi,Yukiyoshi Morimoto,Takuya Kochi,Fumitoshi Kakiuchi,Sooyoung Jang,Minhee Kim,Seung‐Bo Shim,N Bçsch,Mariana Borsa,Ute Greczmiel,Brandon I. Morinaka,Matthias Gugger,Annette Oxenius,Anna L. Vagstad,Julia Piel,Julien Gasnot,Cristina Botella,Sébastien Comesse,Sami Lakhdar,C. Alayrac,Annie‐Claude Gaumont,Vincent Dalla,Catherine Taillier,E Lee,Hongkun Park,Hyun Joo,L. G. Shao,Y. Pan,Hua Bai,Shuhua Xu,G. Yu,Meng Wang,B Liu,Fei Huang,Kai Shi,Z. Wan,Lijian Yang,Y Zhang,Yu‐Ting Huang,Steven W. Su,Henian Xia,Kui Jiang,Le Shen,Y. Hu,Sam Zhang,J. S. Yu,Feng Ren,Yuan He,Feiyu Kang,Fabian Kallmeier,Raymond Fertig,Torsten Irrgang,Rhett Kempe,Chen,Hang Ruan,Zhaoyong Feng,Y. Fang,Songsong Tang,Yan Zhao,Gavin Tan,Shuicheng Yan,Shanshan Wang,Suli Huang,Min Yao,Zhenbin Niu,Chetan C. Chintawar,Avadhesh Yadav,N. B. Patil,Zhaoying Zhou,Jingzhou Zhao,Y Du,K Wang,Jianbo Li,Y. H. Yan,Yu‐Chee Tseng,Wai‐Ki Ching,Wen‐Feng Liaw,Baohui Han,Yanjie Guo,Xi Wang,Jingjing Xu,Jie Luo,H. R. Qi,Yongxiong Ren,X Liu,Bo Qiao,Tengfei Zhang,Jagadeesh Sure,Dr K. Vijaya Sri,M. S. Vishnu,Ho Kim,Chr. Schwandt,Xia Ouyang,L. B. Guo,C Cui,T Liu,Z. W. Ge,Xu Guo,Gaoqiang Xie,J Li,Chun‐I Fan,Li Wang,Tao Ouyang,Xin Mai,Aimin Chen,Zhongjie Tang,Zhongfan Liu,Daouda Ndiaye,Man‐Sun Sy,Annaïck Pallier,S Mþme,I De Silva,Sara Lacerda,André Nonat,Loïcj Charbonnire,Éva Tóth,Eugene F. Corcoran,James C. McMullen,F Løvesque,Michael K. Wismer,John Naber,Ying Lv,Ruo Yuan,Bo Cai,Behzad Bahrami,Azhad U. Chowdhury,Chengdong Yang,Yihua Wu,Qiquan Qiao,Shiyuan Liu,Wei Zhang
Angewandte Chemie（2020）
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Abstract
Catalytic conversion of biomass to fuels and chemicals is fraught with low selectivity.This Minireview provides an overview of the physical and chemical protec-tion strategies used to improve selectivity in biomass conversion and describes the potential of using protection chemistry to manipulate catalytic pathways.
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