6 - J页

计算分子生物(网络版), 2012 年, 第 1 卷, 第 1 -6 页
Jisuan Fenzi Shengwu (Online), 2012, Vol.1, 1- 6
http://cmb.5th.sophiapublisher.com
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的 B 细胞抗原表位预测，经分析发现在其 A 链的 N-端 0~11 、12~19 和 20~33 区段为抗原指数较
图 2 按 Garnier-Robson 方法预测的马宾灵(Mabinlin ) AⅡ 链及 B 链的二级结构
注: A: α–螺旋区段; B: β- 折叠区段; T: 转角区域; C: 无规则卷曲区域
Figure 2 Secondary structure of Mabinlin AⅡ -chain and B-chain predicted with Garnier-Robson method
Note: A: α-helix segments; B: β-sheet segments; T: Corner region; C: Random coil region
图 3 按 Chou-Fasman 方法预测的马宾灵(Mabinlin )AⅡ 链及 B 链的二级结构
注: A: α–螺旋区段; B: β- 折叠区段; T: 转角区域
Figure 3 Secondary structure of Mabinlin AⅡ -chain and B-chain predicted with Chou-Fasman method
Note: A: α-helix segments; B: β-sheet segments; T: Corner region
图 4 按 Karplus-Schulz 方法预测的马宾灵(Mabinlin ) AⅡ 链及 B 链的柔韧性区域
注: F: 柔韧性区域
Figure 4 The flexible region of Mabinlin AⅡ -chain and B-chain predicted with Karplus-Schulz method
Note: F: Flexible region
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Alpha, Regions-Garnier-Robson
Beta, Regions-Garnier-Robson
Coil, Regions-Garnier-Robson
Turn, Regions-Garnier-Robson
Turn, Regions-Garnier-Robson
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Alpha, Regions-Garnier-Robson
Beta, Regions-Garnier-Robson
Coil, Regions-Garnier-Robson
Alpha, Regions-Chou-Fasman
Beta, Regions-Chou-Fasman
Turn, Regions-Chou-Fasman
Alpha, Regions-Chou-Fasman
Beta, Regions-Chou-Fasman
Turn, Regions-Chou-Fasman
Flexible, Regions-Karplus-Schulz
Flexible, Regions-Karplus-Schulz