Dear users,
I have recently carried out two seperate model-free analysis on a ~5 kDa
protein with relaxation data measured at 600, 800 and 900 MHz. I used the fully
automated analysis scripts for the analysis.
In the first run, I used the lowest energy structure from my 15 structure
ensemble.
and C termini?
Regards,
Vineet
Von: edward.dauver...@gmail.com [edward.dauver...@gmail.com]quot; im Auftrag
von quot;Edward d'Auvergne [edw...@nmr-relax.com]
Gesendet: Mittwoch, 14. Mai 2014 17:31
An: Panwalkar, Vineet
Cc: relax-users@gna.org
Betreff: Re
Von: edward.dauver...@gmail.com [edward.dauver...@gmail.com]quot; im Auftrag
von quot;Edward d'Auvergne [edw...@nmr-relax.com]
Gesendet: Mittwoch, 14. Mai 2014 17:52
An: Panwalkar, Vineet
Cc: relax-users@gna.org
Betreff: Re:
Hi Vineet,
Please see below:
I
Hi Ed,
Model free analysis does complete after taking in all those structures. Every
single individual diffusion tensor model converges. The diffusion tensor data
in the earlier email was obtained after model free analysis was completed using
all 15 structures. I'll create a bug report
Hi all,
I have a script to calculate errors on the diffusion tensor parameters, written
by one of my former colleagues. It works well with relax v 3.2.3 however, in
the version 3.3.3, it doesn't work and gives an error message saying
ImportError: No module named my_relax.tensor_mc.
I was
is happening. But if you search for the text my_relax or file
my_relax.py, you will see that this has never existed in any version
of relax, from 2001 until now.
Regards,
Edward
___
On 18 December 2014 at 15:09, Panwalkar, Vineet
Hi all,
I have a script
An: Panwalkar, Vineet
Cc: relax-users@gna.org
Betreff: Re: error on the diffusion tensor parameters
Hi Vineet,
From the error message, the my_relax module is clearly a special
Python or relax module written by your former college. It is not part
of relax, so I
Hello Edward and relax users,
I have been recently using relax to carry out model free analyses on two
different states of my protein at 600 and 800 MHz. I am working with a LOV
domain (132 residues) which exists in a ground "dark" state and a photoactive
"light" state. Both states exist as a
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