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From: Andreas Bender <ab454/at/cam.ac.uk>
To: CHMINF-L/at/LISTSERV.INDIANA.EDU, chemistry/at/ccl.net, boyd/at/CHEM.IUPUI.EDU
Subject: Re: molecular similarity, access restrictions rectified
Date: 15 Mar 2005 08:05:37 +0000
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Dear all,

Access to the similarity search at 
http://cheminformatics.org/simsearch is now open to everyone. During 
setup restrictions to local IP addresses were applied and I simply 
didn't delete the .htaccess file. Shame on me - the infinite 
enlightenment of a PhD obviously still has to dawn upon me.

My sincerest apologies and thank you for everyone who replied so far. 
Please contact me in case of any further comments. For details see 
the attached mail below.

Best wishes,
Andreas

-- 
Andreas Kieron Patrick Bender http://www.andreasbender.de

On Mar 14 2005, Andreas Bender wrote:

> > Hi, Is there a web server where one can submit SMILES or molfiles 
> > and have a Tanimoto similarity score computed? Thanks, Don
> 
> Hi Don and everyone interested,
> 
> I just set up a web form for similarity searching at the following 
> URL: http://cheminformatics.org/simsearch/
> 
> You can upload a query and a library (restricted to 1000 
> structures for traffic reasons) and the script will score and rank 
> the library structures according to Tanimoto simimilarity to the 
> query. Circular fingerprints ("MOLPRINT 2D") are used for this 
> purpose; mol2 input format is required. (Might include the 
> conversion from other formats in the future if I have time.)
> 
> The descriptor has been recently validated and published in J. 
> Chem. Inf. Comput. Sci. , 2004, 44, 170-178 ( DOI 
> http://dx.doi.org/10.1021/ci034207y ) and J. Chem. Inf. Comput. 
> Sci. , 2004, 44, 1708-1718 ( DOI 
> http://dx.doi.org/10.1021/ci0498719 ) on several datasets from the 
> MDDR.
> 
> Source code / binaries for local installation can also be obtained 
> from me (for Linux and IRIX). Access to the web site as well as the 
> tools themselves are free (feel free to invite me for a pint if you 
> find the tool useful :-) ). And if you are looking for a postdoc in 
> virtual screening or other areas of ligand-based drug design from 
> early next year on - any location worldwide, interesting work more 
> important than pay, you are more than welcome to contact me.
> 
> Best wishes,
> Andreas
> 
> P.S.: I tested the site on Windows and Linux with Netscape, IE and 
> Konqueror - if there are any strange error messages or otherwise 
> unexplicable behaviour please inform me.
> 
> 





From chemistry-request@ccl.net Tue Mar 15 10:04:03 2005
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From: "Huan Zhan" <hzhan () mail.ustc.edu.cn>
To: chemistry () ccl.net
Date: Tue, 15 Mar 2005 21:57:42 +0800
Reply-To: "Huan Zhan" <hzhan () mail.ustc.edu.cn>
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Subject: A question about basis set including spin-orbit correction
Content-Type: text/plain

Hi, everyone:
   I am trying to do some calculation on transition metal clusters with
Gaussian98. The basis set I have chosen include spin-orbit correction
which is described as below:

Basis Set                                                                       
     Expn.      C(n=4)     C(n=5)                                               
                                                                                
                (-4.276)   (-0.2357)                                            
s    2.755     -3.199012   1.021876                                             
     2.283      3.442446  -1.150251                                             
     0.6654     0.587557  -0.275872                                             
     0.1015     0.006566   0.608271                                             
     0.03656   -0.000981   0.532979                                             
                                                                                
                (-2.749)                                                        
p    5.594     -0.139059                                                        
     1.683      0.722125                                                        
     0.6177     0.415392                                                        
     0.0833     0.014673                                                        
     0.02520   -0.004374                                                        
                                                                                
                (-0.5079)                                                       
d    2.651      0.211233                                                        
     1.457      0.319090                                                        
     0.6517     0.439187                                                        
     0.2210     0.249585                                                        
                                                                                
                                                                                
Potential                                                                       
    n         Exp.          Coef.
      f        
  5
    2       6.264100       -3.583704
    2      17.344300      -41.529720
    2      49.052200      -90.437640
    2     167.699300     -254.952445
    1     583.984700      -26.654188
     
         s-f         
  7
    2       2.663100      -27.865314
    2       3.130400       89.866401
    2       4.203600     -176.237830
    2       6.233300      323.629535
    2       8.938600     -149.800874
    1      14.172400       18.868885
    0       9.847400        3.267561
     
         p-f         
  7
    2       2.525500      -27.751392
    2       3.002200       94.344560
    2       4.046200     -187.945038
    2       6.164900      377.220075
    2       9.546400     -298.965025
    1      14.713400       56.066181
    0      99.159800        4.337621
     
         d-f         
  7
    2       3.039300       38.588593
    2       3.620400     -126.887046
    2       5.005900      263.188524
    2       7.604500     -325.305981
    2      12.028900      319.688475
    1      36.319500       12.954285
    0      30.562900        7.228974
     
spin-orbit operator
     
         p-f         
  7
    2       2.525500         .143660
    2       3.002200        1.210926
    2       4.046200       -8.474302
    2       6.164900       33.759634
    2       9.546400      -43.680972
    1      14.713400        1.097872
    0      99.159800        -.150004
     
         d-f         
  7
    2       3.039300         .836538
    2       3.620400       -2.772086
    2       5.005900        5.791072
    2       7.604500       -7.172794
    2      12.028900        3.666091
    1      36.319500        -.243119
    0      30.562900         .010721
     
      f        
  5
    2       6.264100        -.029867
    2      17.344300         .040639
    2      49.052200         .641132
    2     167.699300        1.784101
    1     583.9

However, I have heard that Gaussian can't calculate the basis set that includes
spin-orbit correction. I wonder is that true. If the program can do the
calculation, could anyone give an example of input format. Thank you!




From chemistry-request@ccl.net Tue Mar 15 10:32:44 2005
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Date: Tue, 15 Mar 2005 09:24:12 -0500
From: Chi-Yuan Chen <chenca ~~ email.uc.edu>
Subject: Ensembles in Gaussian03?
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Dear Sirs:

Does anyone know how to set up ensembles, like NVT or NVE, 
for dynamics calculations(BOMD or ADMP) in Gaussian03?

I very appreciate your help!


Chi-Yuan Chen
Graduate Student

OBR Center 
for Computer-Aided Molecular Design
Department of Chemical and Materials Engineering
University of Cincinnati
Cincinnati, Ohio 45221-0171
Email: chenca ~~ email.uc.edu


From chemistry-request@ccl.net Tue Mar 15 10:49:37 2005
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Synergix Ltd. is pleased to announce the release of Molecular Conceptor v2.2.
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Click here to review the NEW table of contents:

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I invite you to get more details from our website:

http://www.molecular-conceptor.com

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From chemistry-request@ccl.net Tue Mar 15 12:32:13 2005
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 <Prayer.1.0.13.0503141843540.14481=at=hermes-1.csi.cam.ac.uk>
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At 08:05 15/03/2005, Andreas Bender wrote:
>http://cheminformatics.org/simsearch

Thanks Andreas,
Two suggestions:
- a list of test molecules so users who don't have mol2 files can test the 
system
- (talk with YY) - a link to our webserver so people can convert molecules 
with Openbabel as part of the process. Webservices should make this 
transparent. Also you can clone our server (with attribution)

P.



Peter Murray-Rust
Unilever Centre for Molecular Informatics
Chemistry Department, Cambridge University
Lensfield Road, CAMBRIDGE, CB2 1EW, UK
Tel: +44-1223-763069 Fax: +44 1223 763076



From chemistry-request@ccl.net Tue Mar 15 14:14:47 2005
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From: Armel Le Bail <alb |a| cristal.org>
Subject: Inorganic structure prediction with GRINSP 
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Hi,

A new software, GRINSP,  for inorganic structure
prediction of N-connected 3D nets is available :
        http://sdpd.univ-lemans.fr/grinsp/
Structure candidates are produced for N=3, 4, 5, 6
in binary compounds M2X3, MX2, M2X5, MX3
or in ternary compounds mixing tetrahedra and
octahedra, or triangles like BO3 with octahedra
or tetrahedra, etc. The current limitation is that
polyhedra are exclusively connected by corners.

The description is now published as an open access
paper in the J. Appl. Cryst. :
http://scripts.iucr.org/cgi-bin/paper?cg5019

More than 1000 hypothetical structures are available
as CIF files in the PCOD (Predicted Crystallography
Open Database):
http://www.crystallography.net/pcod/
Much more to come...
This database expects to receive the upload of
small or medium-size hypothetical crystal sructures,
inorganic or organic. Send preferably CIF files, thanks !

A. Le Bail



From chemistry-request@ccl.net Tue Mar 15 17:25:18 2005
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Date: Tue, 15 Mar 2005 16:23:59 -0500
From: "Mathieu Roberge" <mathieu_roberge |a| cascades.com>
To: <chemistry |a| ccl.net>
Subject: First Applied Pulp & Paper Molecular Modelling Symposium
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Hello everybody,

The Cascades R&D Centre and the Norampac Technical and Development Centre have decided to organize the First Applied Pulp and Paper Molecular Modelling Symposium (FAPPMMS), in partnership with Domtar as well as McGill, UQTR and McMaster universities.

This symposium will be held on 24 to 26 of August, 2005, at the McCord Museum in Montrial, Qc, Canada.

More information on how to subit a paper and/or attend the symposium is available on the following web site :

http://www.fappmms.org/


Mathieu Roberge, M. Sc.
Chimiste

Recherche et diveloppement
Cascades Canada inc.

Til.: (819) 363-5745
Cel.: (819) 350-7033
Fax : (819) 363-5755

471, boul. Marie-Victorin, Kingsey Falls,
Quibec, Canada, J0A 1B0




