Author: Wang, Jingqiang; Ji, Jia; Ye, Jia; Zhao, Xiaoqian; Wen, Jie; Li, Wei; Hu, Jianfei; Li, Dawei; Sun, Min; Zeng, Haipan; Hu, Yongwu; Tian, Xiangjun; Tan, Xuehai; Xu, Ningzhi; Zeng, Changqing; Wang, Jian; Bi, Shengli; Yang, Huanming
Title: The Structure Analysis and Antigenicity Study of the N Protein of SARS-CoV Document date: 2016_11_28
ID: s38k8d3l_26
Snippet: Based on the nineteen coronavirus N proteins, we constructed an evolutionary tree (Figure 5). It reveals that SARS-CoV is closer to Group 2 than to Groups 1 and 3. We also performed a global pair-wise alignment of these nineteen sequences (Table S1). The N protein of SARS-CoV is highly similar to that of Equine coronavirus (49.8% similarity, 34.3% identity), with the lowest similarity to that of human coronavirus 229E strain (32.1% similarity, 21.....
Document: Based on the nineteen coronavirus N proteins, we constructed an evolutionary tree (Figure 5). It reveals that SARS-CoV is closer to Group 2 than to Groups 1 and 3. We also performed a global pair-wise alignment of these nineteen sequences (Table S1). The N protein of SARS-CoV is highly similar to that of Equine coronavirus (49.8% similarity, 34.3% identity), with the lowest similarity to that of human coronavirus 229E strain (32.1% similarity, 21.2% identity).
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