First step: Please copy and paste your data (Note: STRUM with sequence in FASTA format will run I-TASSER to get 3D structure, which will take more time than that with 3D Structure).
1) Either sequence in FASTA format is acceptable.
2) Or experimental resolved structure in PDB format is acceptable.
Second step: Please input a list of segments
(one segment set per line with multi-segments set out off by semicolons,
the stard position followed by "-" followed by the end position). Example,
10-40; the segment from 10th residue to 40th residue for this protein
79-128;
129-129;
Last step: You will get the results as shown below.
Systematic Results
By right-clicking on the images, you can change the
configurations, e.g. modifying the background color or stopping the spin of
your models. Download the predicted 3D model by I-TASSER
As shown in the figures below, X axis presents the protein sequence positions, y axis presents a score which describes the possibility of mutation for each residue and the height of the amino acid indicates the possiblity of mutating into the correspongding amino acid type from wild-type residue.
Download the score file which describes the possibility of mutation for each residue.
Download all the predicted ddGs for each residue mutanted to other 19 possible amino acids.
Segment 1 from 10th residue to 40th residue.
Segment 2 from 79th residue to 128th residue.
Download the score file which describes the possibility of mutation for each residue.
Download all the predicted ddGs for each residue mutanted to other 19 possible amino acids.
Segment 3 from 129th residue to 129th residue.
Download the score file which describes the possibility of mutation for each residue.
Download all the predicted ddGs for each residue mutanted to other 19 possible amino acids.
Please cite the following articles when you use the STRUM server:
1.
Lijun Quan, Qiang Lv, and Yang Zhang, STRUM: Structure-based stability change prediction upon single-point mutation, Bioinformatics, Submitted (2015)