Structure based sequence alignment of different DPP4s and merbecoviruses RBDs.

<p><b>(A)</b> Sequence alignment of hDPP4 (NP_001926.2), MjDPP4 (XM_017664375.2), TpDPP4 (MH345671.1), macaques DPP4 (NM_001039190.2), cat DPP4 (NM_001009838.1), camel DPP4 (XP_006176870.1), pig DPP4 (NM_214257.1), goat DPP4 (KF574265.1) and PpDPP4 (AGF80256.1). Residues on hDPP4 o...

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المؤلف الرئيسي:	Mo Yang (507360) (author)
مؤلفون آخرون:	Zehou Li (10304244) (author), Jing Chen (4762) (author), Yang Li (7082) (author), Ran Xu (316855) (author), Meihua Wang (3919526) (author), Ying Xu (9172) (author), Rong Chen (29176) (author), Weiwei Ji (12172293) (author), Xiaoxia Li (209011) (author), Jiayu Wei (3435311) (author), Zhengrong Zhou (2528584) (author), Minjie Ren (20148341) (author), Ke Ma (260231) (author), Jiayu Guan (11008724) (author), Guoxiang Mo (647092) (author), Peng Zhou (116747) (author), Bo Shu (270045) (author), Jingjing Guo (393650) (author), Yuan Yuan (25702) (author), Zheng-Li Shi (3564116) (author), Shuijun Zhang (294875) (author)
منشور في:	2024
الموضوعات:	Biophysics Biochemistry Genetics Molecular Biology Biotechnology Immunology Cancer Science Policy Infectious Diseases Virology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified via swapping residues mjdpp4 ), respectively identified critical determinants receptor binding domain like coronavirus ty like coronavirus mjhku4r human receptor compared malayan pangolin dpp4 bat hku4 coronavirus entry receptor human dpp4 binding mode pangolin mers hdpp4 compared bat mers virus usage virus emergence study suggests structural basis crystal structures
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Structure based sequence alignment of different DPP4s and merbecoviruses RBDs.

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