Thanks Stephen!
I was going to suggest that, but I was afraid of the self-appointed CCP4BB
Gestapo that has been seen goose-stepping in this neighbourhood recently
(Tassos recently accused me of becoming mellow and diplomatic in my dotage, so
I hope I've set the record straight now). However,
Gerard DVD Kleywegt wrote:
Thanks Stephen!
I was going to suggest that, but I was afraid of the self-appointed
CCP4BB Gestapo that has been seen goose-stepping in this neighbourhood
recently (Tassos recently accused me of becoming mellow and diplomatic
in my dotage, so I hope I've set the
and a blessing
cheers,
Martyn
Martyn Symmons
MRC-MBU
- Original Message
From: Gerard DVD Kleywegt ger...@xray.bmc.uu.se
To: CCP4BB@JISCMAIL.AC.UK
Sent: Tuesday, 23 February, 2010 14:57:02
Subject: Re: [ccp4bb] Per-residue RMSD for multiple structures?
Thanks Stephen!
I was going
@JISCMAIL.AC.UK
Sent: Tuesday, February 23, 2010 7:57 AM
Subject: Re: [ccp4bb] Per-residue RMSD for multiple structures?
Thanks Stephen!
I was going to suggest that, but I was afraid of the self-appointed CCP4BB
Gestapo that has been seen goose-stepping in this neighbourhood recently
(Tassos
Wow! Thanks for all the suggestions, many of them sent off-line.
It's going to take me a while to work through all of them to see which
are most suitable, but I will report back to the bulletin board with
a summary and evaluation when I get to that point.
A couple of thoughts, perhaps
Hi all,
I am comparing 4 very similar (1.5A rmsd) large (750 residues) structures,
but struggling to find a way to generate a figure that conveys where they
are most alike and where they diverge.
Simply drawing a superimposed set of backbone traces results in what looks
like colored
One possible representation is the sausage produced by MOLMOL. It is
meant for NMR ensembles - the thickness of sausage is directly proportional
to local RMSD. Take a look at this image:
http://www.msg.ucsf.edu/local/programs/molmol/images/tutorial_ex3.gif
MOLMOL can be downloaded from
I am pretty sure you can do this using LSQMAN from Gerard (BluRay?) Kleywegt.
The pertinent commands are MCENTRAL to determine the 'most
representative structure' (i.e. the one to align upon and show in the
figure), MALIGN to do the alignment and then MPLOT to calculate a
'multi-RMSD' for each