| 查看: 2902 | 回复: 1 | ||
[求助]
求助,Zdock在线结果的分析 已有1人参与
|
|
在线进行了Zdock后,输出的结果很多数据不知道代表的什么意思?如下面数据,每一列代表的什么意思啊? MET376 108 1.2 1 -2.617994 1.554776 0.100351 2.380392 2.500101 -0.120466 lig.job57584.bl.pdb -9.469 21.390 0.478 rec.job57584.bl.pdb 7.098 5.728 27.139 0.000000 1.413347 -1.339188 90 94 98 183.595 -0.261799 1.135834 -1.431087 88 96 100 179.319 -0.261799 1.325504 -1.671296 87 97 101 174.529 0.785398 2.104282 -0.813972 92 84 100 174.257 0.261799 2.104282 -0.813972 90 88 100 172.606 0.523599 2.187132 -0.479875 91 88 98 166.954 -0.261799 1.413347 -1.339188 88 97 100 165.034 0.523599 1.982574 -1.115518 91 85 102 164.860 0.523599 2.104282 -0.813972 91 86 100 163.647 -2.879793 1.506530 1.988858 88 96 101 160.265 0.261799 2.187132 -0.479875 91 89 98 159.967 0.523599 1.128190 -2.288622 92 87 5 156.613 0.261799 2.343981 -1.040456 90 86 102 156.279 0.000000 1.721184 -0.153948 92 88 98 156.124 -0.261799 2.247462 0.191623 94 94 95 155.636 0.261799 1.909857 -0.381669 91 88 98 154.346 |
» 猜你喜欢
071000生物学求调剂,初试成绩343
已经有3人回复
一志愿 西北大学 ,070300化学学硕,总分287,双非一本,求调剂。
已经有6人回复
0703化学/290求调剂/本科经历丰富/工科也可
已经有7人回复
266分求材料化工冶金矿业等专业的调剂
已经有3人回复
一志愿厦门大学化学学硕307求调剂
已经有7人回复
0703化学338求调剂!
已经有4人回复
284求调剂
已经有8人回复
总分322求生物学/生化与分子/生物信息学相关调剂
已经有6人回复
生物学 296 求调剂
已经有6人回复
生物学学硕,一志愿湖南大学,初试成绩338
已经有4人回复
» 本主题相关价值贴推荐,对您同样有帮助:
求助一些在线分析植物线粒体定位的网址,谢谢!
已经有6人回复
求助,taqman探针结果分析
已经有4人回复
VASP结果分析求助
已经有6人回复
求助PCR结果分析~~~
已经有8人回复
RT-PCR结果分析求助
已经有5人回复
元素分析的结果求助
已经有7人回复
求助:dps主成分分析结果分析
已经有2人回复
求助16sv3区结果分析
已经有18人回复
【求助】请教Autodock结果分析
已经有8人回复
【求助】DLPOLY计算出来的结果,是否要编程才能分析?
已经有15人回复
【求助】DSC结果分析
已经有19人回复
【求助】VSM测试结果分析
已经有7人回复
【求助】求助:元素分析结果误差的算法?
已经有6人回复
【求助】拉伸实验结果怎么分析
已经有7人回复
zhangmao511
铁虫 (小有名气)
- 应助: 2 (幼儿园)
- 金币: 33
- 红花: 2
- 帖子: 136
- 在线: 29.7小时
- 虫号: 2553312
- 注册: 2013-07-19
- 性别: GG
- 专业: 蛋白质组学
【答案】应助回帖
|
Header lines: The first five lines (four lines for the original ZDOCK file format) provide the names of the input pdb files, as well as parameters for the initial positioning of the structures. The first line is the size N of the NxNxN grid used in the docking, the spacing between grid cells (always 1.2 A), and whether the receptor or ligand was fixed during docking (0 = receptor, 1 = ligand). The next line gives the initial rotation of the receptor in Euler angles. The next line is the initial rotation of the ligand in Euler angles (this is non-zero if the seed is set using "-S seed" in the command line). The next line is the receptor file, followed by its initial translation (x, y, z) to center. The next line is the ligand file, followed by its initial translation (x, y, z) to center. Prediction lines: After the header lines, each line describes a rotation and translation for the ligand with respect to its initial positioning. The first three columns are the Euler angles (in radians) for rotating the ligand. The next three columns are the grid positions describing the translation of the ligand with respect to its starting point. The final column is the ZDOCK score (see the references for more on the ZDOCK scoring function). The predictions are sorted by ZDOCK score, with the predictions deemed better by ZDOCK found closer to the top of the file. The complexes generated by create.pl are numbered in this order as well (i.e. line number 6 provides complex.1, line number 7 provides complex.2, etc.). |
2楼2014-07-16 22:25:01













回复此楼