From mao@csb0.IPC.PKU.EDU.CN  Wed Sep  3 10:21:48 1997
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Date: Wed, 3 Sep 1997 21:48:42 -0700 (PDT)
From: Fenglou Mao <mao@csb0.IPC.PKU.EDU.CN>
To: "CHEMISTRY@www.ccl.net" <CHEMISTRY@www.ccl.net>
Subject: Associated constant
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Dear CCLs,
   Did anyone know any information of associated constant of inhibitor 
and receptor? If being valuable, I will summary the replys in CCL. 

Sincerely Yours,

FengLou Mao
*******************************
ADD:Mr. FengLou Mao
    Peking University
    BeiJing
    P.R.China
Tel:86-10-62751490
Fax:86-10-62751725



From hayden@chemcomp.com  Wed Sep  3 19:21:52 1997
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Date: Wed, 03 Sep 1997 18:48:34 -0700
From: William Hayden <hayden@chemcomp.com>
Organization: Chemical Computing Group
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Could you please post this message in CCL?

Thank you,

Bill Hayden




The latest "edition" of the Journal of the Chemical Computing Group is
available at:
http://www.chemcomp.com

This Special Issue is devoted to the latest release, Version 1997.09 of
the Molecular
Operating Environment - MOE with features and articles on such topics as:

- BioInformatics and Protein Modeling with MOE
- Lead Generation and Optimization with MOE
- Methodology Development and Deployment with MOE
- MOE Homology Modeling Results



For those of you looking for "greener" pastures, we are currently looking
for additional
Scientific Sales Consultants to handle our expanding business.  You can
find more
details on the web site.

We welcome everyone to drop by our booth (#483) at the upcoming ACS in
Las Vegas from
September 8th thru 10th.

Thanks,

Bill Hayden
hayden@chemcomp.com
514 393 1055

From ccl@www.ccl.net  Mon Sep  1 14:21:28 1997
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Subject: Large basis set for hydrogen wanted
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Dear CCLers,
does someone know of a (fully optimized) basis set for hydrogen atom which is
larger than Huzinaga's 10s set? With fully optimized I mean that every exponent
is individually optimized.
Regards, Robert
-- 
+-----+  Robert J. Gdanitz                      email: gdanitz@hrz.uni-kassel.de
| GhK |  Gesamthochschule Kassel                Tel.: +(49) 561-804-4390
|     |  Fachbereich 19 (Festkoerperchemie)     Fax:  +(49) 561-804-4466
+-----+  D-34109 Kassel, Germany


From szilagyi@almos.vein.hu  Mon Sep  1 18:21:30 1997
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Dear Patrick,

here is the requested list:

          VAN DER WAALS PARAMETERS


          ATOM TYPE                        EPS      R*     CHARGE      AT WT

              1     C  CSP3               0.044    1.900     0.0      12.000
              2     C  CSP2 ALKENE        0.044    1.940     0.0      12.000
              3     C  CSP2 CARBONYL      0.044    1.940     0.0      12.000
              4     C  CSP  ACETYLENE     0.044    1.940     0.0      12.000
              5     H  EXCEPT ON N/O      0.047    1.500     0.0       1.008
              6     O  C-O-H, C-O-C       0.050    1.740     0.0      15.995
              7     O  =O   CARBONYL      0.066    1.740     0.0      15.995
              8     N  NSP3               0.055    1.820     0.0      14.003
              9     N  NSP2 (AMIDE)       0.055    1.820     0.0      14.003
             10     N  NSP                0.055    1.820     0.0      14.003
             11     F  FLUORIDE           0.078    1.650     0.0      18.998
             12    Cl  CHLORIDE           0.240    2.030     0.0      34.969
             13    Br  BROMIDE            0.320    2.180     0.0      78.918
             14     I  IODIDE             0.424    2.320     0.0     126.900
             15     S  -S-  SULFIDE       0.202    2.110     0.0      31.972
             16    S+  >S+  S-FONIUM      0.202    2.110     1.0      31.972
             17     S  >S=O S-OXIDE       0.202    2.110     0.0      31.972
             18     S  >SO2 SULFONE       0.202    2.110     0.0      31.972
             19    Si  SILANE             0.140    2.250     0.0      27.977
             20    LP  LONE PAIR          0.016    1.200     0.0       0.000
             21     H  -OH  ALCOHOL       0.036    0.950     0.0       1.008
             22     C  CYCLOPROPANE       0.044    1.900     0.0      12.000
             23     H  NH   AMINE         0.034    1.050     0.0       1.008
             24     H  COOH CARBOXYL      0.015    0.900     0.0       1.008
             25     P  >P-  PHOSPHINE     0.168    2.180     0.0      30.994
             26     B  TRIGONAL           0.034    1.980     0.0      11.009
             27     B  TETRAHEDRAL        0.034    1.980     0.0      11.009
             28     H  C=COH/AMIDE        0.015    0.900     0.0       1.008
             29     C  RADICAL            0.044    1.940     0.0      12.000
             30    C+  CARBONIUM ION      0.044    1.940     1.0      12.000
             31    Ge  GERMANIUM          0.200    2.400     0.0      73.922
             32    Sn  TIN                0.270    2.550     0.0     117.902
             33    Pb  LEAD (IV)          0.340    2.700     0.0     207.977
             34    Se  SELENIUM           0.276    2.250     0.0      79.917
             35    Te  TELLURIUM          0.368    2.400     0.0     129.907
             36     D  DEUTERIUM          0.047    1.497     0.0       2.014
             37     N  -N= AZO,PYRIDINE   0.055    1.820     0.0      14.003
             38     C  CSP2 CYCPROPENE    0.044    1.940     0.0      12.000
             39     N  NSP3 (AMMONIUM)    0.055    1.820     1.0      14.003
             40     N  NSP2 (PYRROLE)     0.055    1.820     0.0      14.003
             41     O  OSP2 (FURAN)       0.050    1.740     0.0      15.995
             42     S  SSP2 (THIOPHENE)   0.202    2.110     0.0      31.972
             43     N  -N=N-O AZOXY       0.055    1.820     0.0      14.003
             45     N  AZIDE (CENTER-N)   0.055    1.820     0.0      14.003
             46     N  NO2 (NITRO)        0.055    1.820     0.0      14.003
             47     O  CARBOXILATE        0.050    1.740    -0.5      15.995
             48     H  AMMONIUM           0.015    0.900     0.0       1.008
             49     O  EPOXY              0.050    1.740     0.0      15.995
             50     C  BENZENE            0.044    1.940     0.0      12.000

Best wishes,

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Robert K. Szilagyi                        University of Veszprem   METMOD FF
Ph.D. student                             Dept. Org. Chem.            L1
Email: szilagyi@almos.vein.hu             Veszprem, H-8201         L2 |   R1
Phone: +36-(88)-422022/395                Egyetem u. 10              >W=C<
       +36-(20)-461413                    P.O.Box 158              L3 |   R2
FAX:   +36-(88)-427492                    HUNGARY                     L4
               http://mm1.vein.hu/        http://mm2.vein.hu/~isom
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  *************** All opinions are my own, NOT my employer's ***************
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~


From ajay@msi.com  Tue Sep  2 16:21:48 1997
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Date: Tue, 02 Sep 1997 13:09:37 -0700
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Papers are invited for the symposium :

	Activity Prediction and Database Searching: A Synergistic Approach.

to be held at the ACS Meeting in Dallas, TX in March 1998.

While the deadline for the submission of the abstracts is October 1997,
I would like to get an estimate of the no. of speakers by the end of
Wednesday, September 3, 1997.

All you need to send for now is :

1. Name
2. Affiliation 
3. Topic
4. E-mail address

Here are some of the suggested sub-topics.  You are welcome to submit
the papers on the any additional related topic as well.

1. Integration of database searching and Quantitative Structure Activity
Relationship

2. Synergy between pharmacophore/hypothesis generation and database
search

3. Designing new hypothesis/pharmacophores based on database searches

4. Topological, sub-structure based database searches and QSAR

5. Shape based database searches

Please send all responses to :

				ajay@msi.com


-- 
Ajay Shah, Ph.D.	Molecular Simulations,Inc	WWW : http://www.msi.com
ajay@msi.com		(619) 546-5553


From ccl@www.ccl.net  Tue Sep  2 17:21:39 1997
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Date: Tue, 2 Sep 1997 15:43:51 -0500 (EST)
From: Antonio Morreale <morreale@chem.iupui.edu>
To: chemistry@ccl.net
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Dear CCLers:

I would like to know if someone knows where to find a subroutine (C or
FORTRAN) to calculate the Cremer-Pople Puckering Parameters given a set of
coordinates. Thanks.

Antonio Morreale





From ccl@www.ccl.net  Tue Sep  2 03:28:10 1997
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try this out, the interface is ugly but it should work:
http://www.msg.ameslab.gov/GAMESS/GAMESS.html
they have several versions for various machines


Mark Thompson wrote:
> 
> Are there any free or low-cost programs
> for Win95/NT that will calculate:
> optimized geometries (AM1, PM3, etc),
> electronic spectra (INDO/s, etc.),
> molecular mechanics (optimized geom, md).
> 
> Any information would be appreciated and
> will be summarized.
> 
> Thanks.
> 
> ---
> Administrivia: This message is automatically appended by the mail exploder:
> CHEMISTRY@www.ccl.net: Everybody | CHEMISTRY-REQUEST@www.ccl.net: Coordinator
> MAILSERV@www.ccl.net: HELP CHEMISTRY or HELP SEARCH | Gopher: www.ccl.net 73
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-- 
"Privacy permits you to be yourself."
(even in neo-fascist pc amerika)


From johnL@proteus.co.uk  Tue Sep  2 05:33:52 1997
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Dear CCLers,
	I have been developing a QSAR for a series of analogues containing a
substituted phenyl and I find that sigma_m/sigma_p contribute robustly to the
final model. Now I want to repeat the exercise with a related series of
substituted napthyl analogues. Does anyone know of references or a database
which contains lists of substituent sigma values appropriate to the various
possible substituent points on a 1- or 2-napthyl group ? Alternatively, can
anyone tell me how to estimate these sigma values from QM calcs. ?
	Thanks in advance. I will be happy to summarise for the list.

					John


-- 
John W. Liebeschuetz Ph.D.      |    johnl@proteus.co.uk
Proteus Molecular Design Ltd.   |  
Proteus House,                  |    Tel: +44 (0)1625 500555 
Lyme Green Business Park,       |    Fax: +44 (0)1625 500666
Macclesfield SK11 0JL, UK.      |   


From ccl@www.ccl.net  Tue Sep  2 14:21:44 1997
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        charmm-bbs-request@emperor.harvard.edu, chem-com@mailbase.ac.uk
From: cal@TC.Cornell.EDU (Linda Callahan)
Subject: Please Post-Symposium on Structural Biology
Cc: cal@TC.Cornell.EDU




The Cornell Theory Center (CTC) announces its fifth annual symposium for
biomedical scientists, which will be held on October 7 and 8 on the Cornell
campus. The symposium will highlight leading research being done in the
field of structural biology. We are also soliciting poster presentations.

The Symposium on Structural Biology is funded by the National Center for
Research Resources at the National Institutes of Health as part of CTC's
Parallel Processing Resource for Biomedical Scientists.

Registration form can be found at
http://www.tc.cornell.edu/Events/Structural.Biology.97/index.html or
contact Donna Smith - donna@tc.cornell.edu. Early hotel reservations are
strongly encouraged.

___________________PROGRAM__________________

Symposium on Structural Biology
Conference Room, Biotechnology Building
Harold Scheraga, Cornell University, Moderator

Tuesday, October 7

8:30 am  - Welcome - Harold Scheraga

8:45   -        Protein Structure Modeling in Genomics
                        Andrej Sali, Rockefeller University

9:45    -       A Simplest Model for Protein Dynamics
                        Robert Jernigan, National Institutes of Health

10:45 -         Break

11:00  -        Self-Assembly of Model Surfactants and Proteins
                     by Monte Carlo Simulations
                        Thanassis Panagiotopoulos, Cornell University

12:00   -        Lunch on your own

2:00      -   Assembly of Protein Structure from Sparse
                   Experimental Data: An Efficient Monte Carlo Algorithm
                        Andrej Kolinski, Scripps Research Institute

3:00    -       On the Initial Photochemical Event in Photosynthesis:
                    a Theorist's View
                          Michael Zerner, University of Florida

4:00 -          Video Theatre
                          Richard Gillilan, Cornell Theory Center

5:00            Reception and Poster Session


Wednesday, October 8

8:30             Applying Monte Carlo Methods to the Problem
                     of Protein Titration
                          Paul Beroza, Scripps Research Institute

9:30            "Fast" Events in Protein Folding
                         William Eaton, National Institutes of Health

10:30           Exploring the Energy Landscapes of Folding Proteins
                        Peter Wolynes, University of Illinois

11:30           Adjourn




From ccl@www.ccl.net  Tue Sep  2 16:21:40 1997
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Dear Netters,

>Can someone tell me the experimental value for the electron affinity
>of N2O?
>
>Many thanks,
>

Bill Welsh
Dept of Chemistry &
Center for Molecular Electronics
University of Missouri-St. Louis



