PDB to Model » History » Version 7
Sargis Dallakyan, 11/25/2019 07:19 PM
1 | 1 | Pick-Wei Lau | h1. PDB to Model |
---|---|---|---|
2 | |||
3 | The user is able to retrieve pdb models from the Protein Data Bank and generate a 3D density volume from the atomic model. |
||
4 | |||
5 | 2 | Anke Mulder | h2. General Workflow: |
6 | 1 | Pick-Wei Lau | |
7 | 2 | Anke Mulder | *To launch:* |
8 | |||
9 | 1 | Pick-Wei Lau | # The user enters the PDB ID (and check on the "use biological unit" check box if desired) |
10 | # The user decides the resolution of the density model (typically filter to 15 - 25 Angstrom resolution) |
||
11 | 6 | Amber Herold | # Enter a low pass filter radius in Angstroms |
12 | 1 | Pick-Wei Lau | # The user selects the symmetry of the model |
13 | # The user selects the pixel size for the model |
||
14 | # The user selects the box size. Note: the user needs to make sure that the box size is sufficiently large to accommodate the 3D volume to be generated. |
||
15 | |||
16 | 2 | Anke Mulder | *Output:* |
17 | 1 | Pick-Wei Lau | |
18 | # Once the model is generated, it will be deposited under "3d Density Volumes" |
||
19 | # The user then assess the quality of the model and decides whether to convert the volume into an initial model |
||
20 | 2 | Anke Mulder | |
21 | h2. Notes, Comments, and Suggestions: |
||
22 | 3 | Anke Mulder | |
23 | 7 | Sargis Dallakyan | !Picture_81.png! |
24 | 4 | Anke Mulder | |
25 | ______ |
||
26 | |||
27 | 5 | Anke Mulder | [[Import tools|< Import Tools]] | [[EMDB to Model|EMDB to Model >]] |
28 | 4 | Anke Mulder | |
29 | ______ |