So, Thomas, you don't see anything wrong in the way I compute the surfaces?
The numbers should be like that, right?
The reason I need both the molecular surface and the SASA in not directly
related to a physical quantity. I do SQM scoring of compounds bound to
proteins, but the bulkier molecules,
Hi Grace,
You may want to use a protein homology modeling software for more advanced
structure building, such as Modeller.
https://salilab.org/modeller/
Nese
From: Grace Ciabattoni
Sent: Thursday, May 21, 2020 12:49 PM
To: pymol-users@lists.sourceforge.net
Hi,
Predicting tertiary structure with high accuracy is the holy grail...
I can suggest to perform homology modeling. See Modeller.
If your target is small, you can use molecular dynamics (w replica
exchange).
Tamas
On 2020. 05. 21. 18:49, Grace Ciabattoni wrote:
Hello,
I am trying to model
Hi Thomas and Blaine,
SASA is probably the correct feature to evaluate here, not molecular surface.
Of course it may depend the actual goal of this exercise, but typically when
talking about interface surface, you're putting that into context with binding
energy or solvation effects, and only
I tried that.
that is actually how I found this is a way to color them according the CA color
assigned in the spectrum.
Charles
From: Olson, Linda
Sent: Thursday, May 21, 2020 12:24 PM
To: Chen, Qiang
Subject: Re: Consistent coloring between sticks of
Hello,
I am trying to model my protein of interest using the builder function in
version 2.3. Is there a way to induce protein folding to properly mimic
tertiary structure, or is secondary structure the highest manipulatable
level of protein order in PyMol?
Thank you,
Grace
Thanks, Prof. Mooers.
I tried your script. It did not report any error. but the selected residues are
colored as the default, green for carbon.
Then I figured out I made things complicated.
I created a new object (cnsp) for the cartoon representation colored with
spectrum.
Then I selected
Hi Charles,
This pml script does want you want,
# Color the carvons atoms of the sidechain the same as the color of the CA atom
col=[]
# edit resi here
iterate resi 10+20+30 and name ca,
col.append((chain,resi,name,cmd.get_color_tuple(color)))
# Define the colors ca10, ca20, and ca40