Dear All, we have a permanent post available for a Macromolecular
Crystallographer in the Industrial Liaison Group at Diamond. Full details and
how to apply can be found at
http://www.diamond.ac.uk/Home/Jobs/Current/DIA0619-TH.html. (Closing date for
receipt of applications is the 17th June 201
Dear all,
a technical position is available to work in the Crystallography Unit of the
IFOM-IEO-Campus in Milan.
(http://www.ifom-ieo-campus.it/joinus/detail_jobs.php?docuID=1566)
The position is available immediately, and will be granted until March 2012.
We are looking for a person who will be
If anyone has picked up a very recent version of Pointless from our web site
here, they should note that version 1.5.19 was seriously broken [1]. Versions
1.5.17 and earlier are OK, as is the very latest 1.5.21 which I've just put
there [2]
I don't think the broken versions have got into any wi
Hey all,
I would like to introduce point mutations in a structure and quickly
(and dirtily) minimize the new residue. (Best rotamer dependent on
local environment, or the like.) What are simple approaches that don't
involve VMD/NAMD or some such overkill.
Thanks.
Andreas
--
An
Hi Andreas,
I would like to introduce point mutations in a structure and quickly
(and dirtily) minimize the new residue. (Best rotamer dependent on local
environment, or the like.) What are simple approaches that don't involve
VMD/NAMD or some such overkill.
PyMOL has a "Mutagenesis" wizard bu
You can try Swiss-PDB viewer..
2011/5/12 Thomas Holder
> Hi Andreas,
>
>
> I would like to introduce point mutations in a structure and quickly
>> (and dirtily) minimize the new residue. (Best rotamer dependent on local
>> environment, or the like.) What are simple approaches that don't involve
Hi Andreas
Without the x-ray data, phenix.pdbtools might do this
(http://www.phenix-online.org/version_docs/dev-712/pdbtools.htm)
From the website:
"[phenix.pdbtools can] Perform model geometry regularization. Minimize
geometry target to idealize bond lenghths, bond angles, planarities,
chiralit
Or try SCWRL from Dunbrack's lab...
--- On Thu, 5/12/11, gauri misra wrote:
From: gauri misra
Subject: Re: [ccp4bb] mutation and minimization
To: CCP4BB@JISCMAIL.AC.UK
Date: Thursday, May 12, 2011, 12:52 PM
You can try Swiss-PDB viewer..
2011/5/12 Thomas Holder
Hi Andreas,
I would like
There are two graduate teaching assistant available for October 2011 in the
Dept of Biological
Sciences, Birkbeck University of London. These positions require you to teach
and support teaching
for up to 50% (17.5 hours a week) of your time during term and to undertake a Ph.D with a member of t
Hi
If you are familiar with turbo-frodo, you can use it for mutagenesis and
refinement . Just go inside the editing menu, replace the residue, save the
file and REFINE the residue. You can also select the stretch of residues by
picking the first and last residues so you will get the refinemen
Hey all,
I would like to make one ribbon diagram of the structure showing the B
factor in different colors (contour levels).
I am using pymol but it is not representing the perfect contour level of B
factor. Is any other program where I can change the color according to B factor?
Thanks
Ami
Dear ccp4 users, I need to generate intensities from a model (.pdb). That is, I think that a correct procedure could be to convert model to structure factor and then obtain intensities squaring the SF.Does anyone know how can I do?Thanks in advanceFulvio Saccoccia
Hi Fulvio,
a possible option that will do what you want (almost - you will get SF that
you will have to square):
http://phenix-online.org/documentation/fmodel.htm
Pavel.
On Thu, May 12, 2011 at 12:13 PM, Fulvio Saccoccia <
fulvio.saccoc...@uniroma1.it> wrote:
> Dear ccp4 users,
> I need to gen
> That is, I think that a correct procedure could be to convert model to
> structure factor and then obtain intensities squaring the SF.
> Does anyone know how can I do?
Use sftools
>
--
"Hurry up before we all come back to our senses!"
Julian, King of Lemurs
I’ve been working on a troublesome protein structure. The native protein forms
crystals that diffract to 2.75A and belong to P212121 (55.179 64.316 233.748
90.000 90.000 90.000) with 4 molecules in the ASU. I have 3 versions of the
same protein where selenomethionine mutations are incorporated
Hi,
Use SFALL to convert coordinates to structure factors...and then use
mtz2various to convert to intensities...use the scalepack format under
mtz2various.
On Thu, May 12, 2011 at 3:13 PM, Fulvio Saccoccia <
fulvio.saccoc...@uniroma1.it> wrote:
> Dear ccp4 users,
> I need to generate intensitie
hello sir ,
in chimera its available in module Render by Attribute. go
through this link
http://www.cgl.ucsf.edu/chimera/docs/ContributedSoftware/render/render.html
.
regards
On Fri, May 13, 2011 at 12:01 AM, Luthra,Amit wrote:
> Hey all,
>
> I would like to make one ribbon dia
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