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 11 Nov 1994 00:24:54 -0600 (CST)
Date: Fri, 11 Nov 1994 00:24:54 -0600 (CST)
Subject: request for info on careers in chemistry
To: chemistry@ccl.net, chemistry-request@oscsunb.ccl.net
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Name : Eric T. Loo
Affiliation : Wichita State University
E-mail address: etloo@wsuhub.uc.twsu.edu




I need some information about jobs opportunity in chemistry for students with 
Bsc in Chemistry (undergraduate).

From peeter@chem.ut.ee  Fri Nov 11 04:26:12 1994
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From: peeter@chem.ut.ee (Peeter Burk)
Subject: Compiling iglo92 on SGI
To: CHEMISTRY@ccl.net
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Dear all,
	Have somebody gotten the program iglo92 running on SGI Indigo2?
I have tried hard for some time, but still have big problems - 
the program compiles neatly, but then the results are very different
from those supplied with program (or obtained on Convex). The differences
began from the number of integrales writen out.
	I have tried different compiler options e.g. -static, -r8 etc.
but so far with no success. So I would appreciate any suggestions.
Best regards,
		Peeter
-- 
Peeter Burk, Ph.D.                      Jakobi 2, EE2400 Tartu, Estonia
Institute of Chemical Physics           Phone (372-7) 441-453   	
Tartu University                        Fax   (372-7) 441-453   	
Estonia                                 E-mail peeter@chem.ut.ee


From steller@structchem.uni-essen.de  Fri Nov 11 04:34:23 1994
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From: steller@structchem.uni-essen.de (Ingo Steller)
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Subject: Re: SHELX/PC
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#see these are not for the PC. SHELX/XP can display molecules on the PC but
#as far as I know it is slow, cumbersome and Red/blue display(?).

As far as I know SHELX/XP is a MS-DOS program (not Windows) that is really
fast in rotating molecules in red/blue stereo-view. You also can show
the crystal structures in an ORTEP-like way and some other ways.
Unfortunately the program is only available commercially from SIEMENS.

Ingo Steller

-- 
Ingo Steller                            e-mail: steller@structchem.uni-essen.de
Universitaet-Gesamthochschule Essen
Fachbereich 08 - Chemie                 Tel.: ++49 (0)201 183 3599
Institut fuer Anorganische Chemie       Fax : ++49 (0)201 183 2535
Abteilung Roentgenstrukturanalyse

Universitaetsstrasse 3-5
45117 Essen


From WANG@IRBM.IT  Fri Nov 11 08:25:41 1994
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Date: Fri, 11 Nov 1994 14:25:58 +0100 (WET)
To: chemistry@ccl.net
CC: WANG@IRBM.IT, "mmod@still3.chem.columbia.edu"@ccl.net
Message-Id: <941111142558.7505@IRBM.IT>
Subject: Macromodel_Amber charges: Summary


Dear all,

I greatly appreciate the replies from Drs. Dave Case, Xinjun Hou and Peter
Shenkin.  My initial posting reads:

> AMBER force field in Macromodel 4.5 gives guanine (also C, T and U) a
> net charge of -0.236.  Does anyone have the same experience with other
> molecules ?

Here is the summary:

AMBER force field has not been designed (at least Amber* in Macromodel 4.5) 
for nucleoside analogues (i.e., molecules with substructures of normal 
natural nucleoside bases).

If one prefer Amber force field for modeling nucleoside analogues, one may 
use his/her own charges or "borrow" the charges from other force fields.  
An alternative is to derive ESP-fitted charges with Gaussian 92 or Mopac 
(I think a new option, QPMEP, will be included in the 95 version).  Since 
the native ESP charges are usually not averaged by either global or 
local symmetry, caution may not be extravagant about the geometrical 
optimization with a large scale of rotations, e.g. conformational analysis.

Below are the responses I received. 

Ciao,

Bingze Wang, Ph.D.


=====================================================================
Date: Tue, 8 Nov 94 17:49:54 PST
From: case@scripps.edu (David Case)
To: WANG@IRBM.IT
Subject: Re: CCL:Macromodel_Amber charges

"guanine" by amber nomeclature is only a fragment of a molecule, which
needs to be linked to something else, usually phosphates of a nucleic
acid backbone or something.  I think if you want to make guanosine,
you may need to add h5' and h3' hydrogens, [or something like that].

...dave case

=====================================================================
Date: Wed, 9 Nov 94 09:33:14 -0800
From: hou@agouron.com (Xinjun Hou)
To: WANG@IRBM.IT
Subject: Re:  CCL:Macromodel_Amber charges

Hi Bingze:

>AMBER force field in Macromodel 4.5 gives guanine (also C, T and U) a 
>net charge of -0.236.  Does anyone have the same experience with other 
>molecules ?

I have not seen such case yet, unless there is a substructure
definition in your force field which matches your structure partially
and also defines the charges.

I would be intereted to know the answer too!

Xinjun


C     Xinjun J. Hou (hou@agouron.com)                Voice: 619-622-3000
C     Agouron Pharmaceuticals, Inc.                  San Diego, CA 92121

=====================================================================
Date: Wed, 9 Nov 94 10:39:44 -0800
From: hou@agouron.com (Xinjun Hou)
To: WANG@IRBM.IT
Subject: Re:  CCL:Macromodel_Amber charges

>I am waiting for your answer. 

Bingze:

   As expected, the total charges I got is -0.236 for
   guanine (2-amino-6-hydorxypurine only)

   I think that this is because macromodel takes guanine as
   part of a ribose monophosphate form. If you make a complete
   structure by going to "INPUT-NUCLEI-GU", you will see why

Xinjun

C     Xinjun J. Hou (hou@agouron.com)                Voice: 619-622-3000
C     Agouron Pharmaceuticals, Inc.                  San Diego, CA 92121
C10110000110100101101110011010100111010101101110010010000110111101110101

=====================================================================

From: "Peter Shenkin" <shenkin@still3.chem.columbia.edu>
Date: Wed, 9 Nov 1994 12:29:12 -0500
To: <WANG@IRBM.IT>
Subject: Re: CCL:Macromodel_Amber charges
Cc: mmod@still3.chem.columbia.edu


Could you email me a .dat, .com and .log file exhibiting this problem?
I will look into it and let you know what I find.

Technical questions or difficulties about MacroModel are best
addressed to "mmod@still3.chem.columbia.edu".

	-P.

-- 
*"Voters prefer the bandwagon to the burning deck" (V. Bonham Carter)*
*Peter S. Shenkin, Box 768 Havemeyer Hall, Chemistry, Columbia Univ.,*
* New York, NY  10027;     shenkin@columbia.edu;     (212) 854-5143  *
** "Illegal immigrants make the best nannies" (Your Congressperson) **

=====================================================================
From: "Peter Shenkin" <shenkin@still3.chem.columbia.edu>
Date: Thu, 10 Nov 1994 18:06:51 -0500
To: <WANG@IRBM.IT>
Subject: Re: CCL:Macromodel_Amber charges
Cc: mmod@still3.chem.columbia.edu, chemistry@ccl.net


Mr. Wang,

The charges you obtained were put into the forcefield directly from
Kollman's 1984 paper.  They are designed for use in the context of
ribo- or deoxyribonucleic acids.  When they are used in this context,
the sugar has a net charge of +0.236, which balances the net charge
of -0.236 on the base.  Thus, these substructures must be used in the
proper context in order for the charges to make sense.

I have to say that I am not completely happy with this situation.  I
think that we should not really have charge substructures in our
force-field file that correspond to neutral species, because this can
lead to  funny side-effects, such as you observe, when not used in the
proper context.

Perhaps we should really have, for example, guanine-ribose and
guanine-deoxyribose in the force-field as substructures.  These
overall substructures would be neutral.  Of course, in this situation,
plain old guanine, with no sugar, would not be matched by a special
substructure, and would not be given high-quality parameters unless
someone went out and derived them from QM calculations.

Certainly, as implied by my discussion above, the parameters given
for guanine are appropriate to guanine only with ribose or deoxyribose
attached, and not to isolated guanine.

We will consider altering the force-field to remove things like guanine,
and put them back in attached to the appropriate sugars.  This will
not give you good parameters if what you really want to model is
isolated guanine, but good parameters for isolated guanine do
not, I beleve, exist in standard AMBER.  If they exist in the
literature, or if someone does a credible job of deriving them,
we'd be happy to add them to MacroModel's AMBER* forcefield.

	-P.


-- 
*"Voters prefer the bandwagon to the burning deck" (V. Bonham Carter)*
*Peter S. Shenkin, Box 768 Havemeyer Hall, Chemistry, Columbia Univ.,*
* New York, NY  10027;     shenkin@columbia.edu;     (212) 854-5143  *
** "Illegal immigrants make the best nannies" (Your Congressperson) **

===================  That's all. Thanks for your time ==================

From stoutepf@chemsci1.es.dupont.com  Fri Nov 11 09:25:38 1994
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Date: Fri, 11 Nov 1994 09:22:00 -0500
To: tudor@t10.Lanl.GOV (Tudor Oprea)
From: stoutepf@chemsci1.es.dupont.com (Pieter Stouten)
Subject: Re: program GALAXY & QSAR
Cc: chemistry@ccl.net


>But more often than not, people not
>familiar with QSAR call it QUASAR.
>
>The connection between the QSAR program GALAXY and astronomy
>becomes dangerously close 8=)
>
A dangerous association indeed as astronomy is a hard science whereas the
"Q" in QSAR stands for "quasi" as we all know :-).


Pieter Stouten, Senior Research Scientist    ||
Computer Aided Drug Design Group             ||
The Du Pont Merck Pharmaceutical Company     ||    Adventures get spoiled
P.O. Box 80353, Wilmington, DE 19880-0353    ||   by being reduced to data
Phone: +1 (302) 695 3515                     ||             --
Fax: +1 (302) 695 2813                       ||        Poul Anderson
E-mail: stoutepf@chemsci1.es.dupont.com      ||
Internet Shogi Server: kzinti                ||



From ZAHAREVITZ@dtpax2.ncifcrf.gov  Fri Nov 11 09:45:21 1994
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Date: Fri, 11 Nov 1994 8:52:11 -0500 (EST)
From: Dan Zaharevitz 301-496-8747 <ZAHAREVITZ@dtpax2.ncifcrf.gov>
To: chemistry@ccl.net
CC: ZAHAREVITZ@dtpax2.ncifcrf.gov
Message-Id: <941111085211.20207856@dtpax2.ncifcrf.gov>
Subject: NCI structure database



There are several possibilities for obtaining structural
infomation from NCI.  There is a set of about 125,000
connection tables in MDL's MACCS format.  This set is available
via anonymous ftp from helix.nih.gov

anonymous ftp to helix.nih.gov
cd ncidata/2D

In this directory there should be 3 files including a .readme
file. The connection table file is compressed with the standard
UNIX compress. It takes up about 11 Meg compressed and expands
to about 190 Meg.  This file contains only the connection table,
no coordinates ( 2D or 3D ) are available.

If you don't want to build a database from connection tables, you
should contact the vendor of your database software.  All the 
companies I know of have been made aware of the availability of
these connection tables and I think most have built a database
with them.  The NCI has had no involvement in these database builds
and also has no control of how much money the companies charge
for providing  the database.

At the NCI we have used Chem-X from Chemical Design to build databases
from connection tables. Details have been published:

Milne, et. al. J. Chem. Info. Comput. Sci. 34:1219-1224(1994)

There is also a WWW page that contains very detailed information on
how we build and search databases. The URL is:

http://www.nih.gov/molecular_modeling/dis_documents/dis3d.html

The availability of biological data is under discussion.  One of
the big concerns is how to make the data available in a form that
is useful to people, but doesn't require a lot of support from 
the NCI staff ( resources are tight ).  The WWW page experiment
has gotten some positive responses and there should soon be the 
start of efforts to make some biological data available over the 
net.  I'll try to announce when these attempts come online and
would greatly appreciate comments and criticisms.  


If you have any questions feel free to contact me.

DanZ.


/**********************************************************************
 *  Dan Zaharevitz
 *  Information Technology Branch, Developmental Therapeutics Program
 *  National Cancer Institute
 *  EPN Room 811,  6130 Executive Blvd.     Rockville, MD 20892-9903
 *  email:  zaharevitz@dtpax2.ncifcrf.gov      phone:  (301)496-8747
 **********************************************************************/
 

 

From LONGO@NPD.UFPE.BR  Fri Nov 11 11:25:42 1994
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 <01HJCPM53GRK8WWE2L@NPD.UFPE.BR>; Fri, 11 Nov 1994 12:21:52 -0300
Date: Fri, 11 Nov 1994 12:21:52 -0300
Subject: Lewis A-B
To: CHEMISTRY@ccl.net
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    Dear Netters,

    I'd appreciate any references, comments or suggestions on the
    semiempirical performance (MNDO, AM1, PM3) for structure and
    energetics of Lewis Acids (BH3, BF3, SnCl4...) - Bases (CO, NH3,
    RCO...) interactions.
    Thanks a lot.
                                 Ricardo Longo
                                 longo@npd1.npd.ufpe.br
                                 Departamento de Quimica Fundamental
                                 UFPE, Recife, Brazil

From janrad@tiger.chem.uw.edu.pl  Fri Nov 11 15:25:43 1994
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Date: Fri, 11 Nov 1994 20:32:17 +0100
From: janrad@tiger.chem.uw.edu.pl (Jan Radomski)
Message-Id: <9411111932.AA15581@tiger.chem.uw.edu.pl>
To: chemistry@ccl.net
Subject: SUMMARY: computer searchable structural & spectral databases (long)
Cc: janr@tiger.chem.uw.edu.pl



---
Dear All,

about two weeks ago I've posted query about computer searchable structural
& spectral databases. And then few days latter more detailed one about spec-
tral databases only.
Here are all responses. Like one of you mentioned this subject wasn't
discussed lately very much; before querrying I was through CCL archives. 
Despite obvious usefulness of such databases there was not much info sent to
me. Especially the querry about spectroscopic databases have drawn complete
blank. Maybe I should formulate it differently? Like I'm mostly interested
in spectral data of all kinds. Acommpanying software to search these data
are of less importance, though of course one would like to have it too. 

Many thanks to all of you who replied,
and especially Yvonne Martin and Nanette Butterworth

sincerely,
Jan Radomski

First my own questions:
===========================================================================
Date: Thu, 27 Nov 1994 23:01:29 +0100
From: janrad@tiger.chem.uw.edu.pl (Jan Radomski)
Subject: CCL: computer searchable structural & spectral databases
----
Dear Netters,
I am interested in contact with anyone willing to share their experience
on acquiring, installing, running, etc. any kind of spectral, structural,
QSAR, safety or any other chemical and material sciences computer database.
Public domain, shareware as well as commercial. Of special interest are
ease of use, availability of internal data formats, ASCII exports, portability,
and of course cost.
Please e-mail me direct, I'll summarize for the net if there would be suf-
ficient interest.
Jan Radomski
==========================================================================
Date: Thu, 3 Nov 1994 03:36:25 +0100
From: janrad@tiger.chem.uw.edu.pl (Jan Radomski)
Subject: CCL:spectral databases
----
Dear Netters,

in two quite recent review articles in Analytical Chemistry (vol. 65,
1045A-1050A; vol. 65, 1087A-1095A) Wendy A. Warr lists several NMR, IR and
MS spectral databases. Most if not all of them are meant to be used on small
computers, PCs & Macs. This is perhaps a good choice for interactive work
close to bench or spectrometer, but for other applications poses rather
severe limitation. I'd appreciate very much any comment about hands-on
experience or familiarity with the databases listed below. Of special
interest are ease of use, availability of internal data formats, ASCII
exports, and most of all portability to UNIX.

Please e-mail me direct, I'll summarize for the net.

Thanks in advance,
Jan Radomski

NMR spectral databases:
source/vendor                         ## of
                           13C          1H        other nuclei
SADTLER (on PC)           34000          -          -
-"- CSEARCH               60000          -          -
SpecInfo                  99000          830        13700
NIMCR Japan                8000        11000        -
Preston Scientific         -             -          10000 19F
                                                     1300 other
Bruker                    19000         9000        -
Tsukuba Univ. Japan       polymer spectra on CD-ROM


IR and FT-IR:
source/vendor           ## spectra       remarks

SADTLER                  160000       (mostly FTIR)
-"- vapor phase            9200            FTIR
Aldrich-Nicolet           17000            FTIR
Sigma-Nicolet             10600            FTIR
Aldrich vapor phase        5000            FTIR
NIST/EPA vp                5250            FTIR
SpecInfo                  22600            17000 digitized
                                            5600 peak/intensity list
NIMCR Japan               46400            FTIR
Coblenz S-ciety           10500             4400 digitized
IRDC Japan                19000           peak/intensity list only

all IR spectra with accompanying structures.


MS:
source/vendor           # spectra     # compounds      # structures

Wiley                   139859          118144            91529
NIST/EPA/NIH            >70000           65000            65000
                        +32000 duplicates
SpecData                150000          150000 ?         150000 ?
NIMCR Japan              16300           16300 ?            ?
JICST/ MS Society
of Japan                  6000            6000 ?          CAS Reg.#
Jan Radomski



and all replies

=============================================================================
Date: Fri, 28 Oct 1994 16:56:29 -0500 (CDT)
From: Marc Guy Decaire <umdecai0@cc.UManitoba.CA>
------
Hi.  I read your message about the fact that you were making a list of
spectroscopy/structures databases.  I saw the message on the CCL list.
When you're finished with it, could you email me a copy?

                            Thankyou
                            Marc DeCaire          umdecai0@CC.UManitoba.CA
============================================================================
From: kcousins@wiley.csusb.edu (Kimberley Cousins)
Date: Sat, 29 Oct 1994 00:54:41 -0700 (PDT)
----
Jan,
This subject has not been dicussed much in the last 1.5 yrs.  I would be
interested in a summary of your responses.

Kimberley Cousins
Department of Chemistry
California State University, San Bernardino
5500 University Parkway
San Bernardino, CA  92407

(909)880-5391
kcousins@wiley.csusb.edu
===========================================================================
Date: Sat, 29 Oct 1994 13:43:08 -0400 (EDT)
From: "William T. Winter" <wtwinter@mailbox.syr.edu>
-----
I recommend you contact Dave Kristofferson via biosci-help@net.bio.net

He has been involved with this for some years with thanks like genome 
project and protein sequence databases. 
=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
Dr. William T. Winter                  Phone: (315)470-6876
315 Baker Lab                          FAX:   (315)470-6856
SUNY-ESF                               Internet: wtwinter@mailbox.syr.edu
Syracuse, NY 13210-2786 
==========================================================================
Date: Sat, 5 Nov 94 11:51:52 PST
From: <biosci-help@net.bio.net>
----
> on acquiring, installing, running, etc. any kind of spectral, structural,
> QSAR, safety or any other chemical and material sciences computer database.
> Public domain, shareware as well as commercial.

I have no experience with the above.

                                Sincerely,
                                Dave Kristofferson
                                BIOSCI/bionet Manager
                                biosci-help@net.bio.net
=========================================================================
Date: Fri, 28 Oct 1994 12:26:19 -0500 (CDT)
From: MARTIN%cmda@randb.abbott.com
----  
We are big users of Daylight databases.  Information is stored on a "page"
associated with a particular chemical structure.

The neat thing about it is that it has a wonderful toolkit that allows one
to tie chemical knowledge to a particular structure. There are also tools
for showing the 2D or 3D(if stored) structure, for making postscript output,
and for doing ordinary things such as chemical structure look-ups from
"names" or sub- and super-structure searching in record time (everything
is kept in memory).

The Da in Daylight is from Dave Weininger, the inventor of the SMILES
line notation and associated uniquification & hashing routines.

All the new stuff is Unix based.  There are tool-kits for making Mac or PC
programs that call the Unix programs.

Yvonne Martin
Abbott Laboratories
==========================================================================
Date: Fri, 28 Oct 94 17:04:03 EST
From: nxb96@acs.org (Nanette Butterworth)
----
Jan,
        Please send your complete address and I will send you a catalog of
80 or so programs peer-reviewed by ACS.  This includes several packages in
the categories you mentioned in your inquiry.  Good Luck!  NB

From wendy@cumbnd.bioc.columbia.edu  Fri Nov 11 16:25:43 1994
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Subject: Focus on Microscopy 1995




Begin forwarded message:

To: str-nmr@net.bio.net
From: liao@acsu.buffalo.edu (Jui-Ping Liao)
Subject: Focus on Microscopy 1995
Sender: nntp@acsu.buffalo.edu
Nntp-Posting-Host: autarch.acsu.buffalo.edu
Date: Fri, 11 Nov 1994 16:57:31 GMT


                            FOCUS ON MICROSCOPY 95
                                       

A joint meeting of
8th International Conference on 3D Image Processing in Microscopy and  
7th
International Conference on Confocal Microscopy

April 18-20, 1995
Howard Plaza Hotel, Taipei, Taiwan, Rep. of China

   

   

                                CALL FOR PAPERS
                                       

   

      
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                              SCIENTIFIC PROGRAM
                                       

   Scientific sessions start on Tuesday, April 18, 1995. Original
   contributions will be presented in the following areas:
   

Confocal microscopy

     * theory of confocal imaging
     * scanning confocal designs: point / slit arrangements, beam
       scanning, direct field scanning (bilateral, tandem)
     * high resolution optical 3-D Microscopy
     * two photon and time resolved fluorescence imaging
     * transfer functions and deconvolution
       

Applications

     * confocal microscopy in-vivo: approaches, problems and  
prospects
     * 3D imaging for agricultural research
     * fluorescence 3-D imaging in cell biology and neurobiology
     * fluorescent probes, in-situ hybridization
     * 3-D cytometry
     * microstructures of materals, polymers and thin films
     * application in environmental sciences
       

Near-field microscopy

     * near-field scanning techniques (NSOM, STM, AFM)
     * high resolution DNA - imaging
     * spectroscopy and surface modification
     * combined near-field and confocal designs
       

Optical tweezers and scalpel

     * instrumentation
     * applications
       

Electron Microscopy

     * cryo-microscopy
     * low-voltage SEM
     * electron beam tomography
       

X-ray microscopy

     * theory and instrumentation of x-ray microscopy
     * x-ray sources
       

3-D imaging processing

     * 3-D reconstruction of histological, optical and tomographical
       sections
     * visualization models in 3-D and 4-D microscopy
     * supercomputing in microscopy
     * analysis of serial section images, 3-D scene recognition
     * 3-D image restoration and image quality
       

              CONTRIBUTION AND PUBLICATION OF EXTENDED ABSTRACTS
                                       

   Papers are invited for oral and poster presentation from the  
fields
   indicated by the scientific program and related areas. Deadline  
for
   submission of abstracts is December 31, 1994. An extented abstract
   (minimum 700 words and maximum 1500 words) is required for each
   presentation, and will be published as a suplement issue of  
Zoological
   Studies (ISSN 1021-5506). All text will be typeset by the  
publisher.
   Authors are encouraged to submit their manuscript in electronic  
forms.
   Files created from the following word processos are acceptable,
   otherwise, please submit your manuscript in ASCII form (both Mac  
and
   IBM-PC format). Manuscript can also be submitted by e-mail to:  
elepcc@
   ubvms.cc buffalo.edu, however, a hardcopy has to be sent by mail  
(or
   faxed) to the address in USA. A hardcopy is required accompany the
   electronic form.
   

   Mac Word, Wordstar, Word Perfect, Microsoft Word, Ventura, ASCII
   

   Figures and photos are permitted, however they have to fit the
   following format specified in the photo and diagram format guide  
for
   direct photoreproduction. Original photographs (both B&W and  
color)
   and line drawings are required. If it is possible, authors please
   provide a FAX number to facilatate the transmission of galley  
proof in
   early 1995. The organizing committee will make a selection of the
   abstracts for oral presentation. By the end of January 1995  
authors
   will be notified about acceptance and the final program will be  
mailed
   to all registrants.
   

                                 ACCOMMODATION
                                       

   The Howard Plaza Hotel provides subtantially reduced room rates  
for
   conference participants of Focus on Microscopy '95. Hotel
   Accommodation at the Howard Plaza Hotel is offered on a first  
come,
   first served basis. Please refer to Focus on Microscopy '95 for
   qualifying the reduced room rates at booking: (refer to  
Registration
   form)
   

   Howard Plaza Hotel
   160 Jen Ai Road, Sec. 3
   Taipei, Taiwan, Republic of China
   

   Phone: 886-2-700-2323
   FAX: 886-2-700-0729
   

   The room rate includes 10% service charge, welcome wine, fruit  
basket,
   newspaper and the use of health club facilities including sauna.  
Major
   credit cards (American Express, Visa, Mastercard, JCB, Diners  
Club)
   are accepted at the hotel.
   

                         REGISTRATION & CONFERENCE FEE
                                       

   The conference fee is US$220, which includes, documentation,  
abstract
   book and refreshments during breaks. A preregistration fee of
   US$180.00, is available when postmarked before January 31, 1995.
   

                             OFFICIAL AIR CARRIER
                                       

   China Airlines is the official air carrier of Focus on Microscopy  
95,
   special discount airfare is available through CAL's world wide  
branch
   offices.
   

                                  INFORMATION
                                       

    Registration, abstract forms and enquires:

N. America and Europe:

Focus on Microscopy '95 c/o Dr. P. C. Cheng
Advanced Micrscopy and Imaging Laboratory
Department of Electrical and Computer Engineering
State University of New York at Buffalo
P.O. Box. 84
Getzville, NY 14068
USA
Tel and Fax: 716-645-3868
e-mail: elepcc@corn.eng.buffalo.edu

Other nations:

Focus on Microscopy '95 c/o Dr. J. L. Wu
Institute of Zoology
Academia Sinica
Nankang, Taipei, Taiwan 11529
Republic of China
Tel: 886-2-789-9500
Fax: 886-2-789-9503/886-2-785-8059
e-mail: zojlwu@ccvax.sinica.edu.tw

                                  ORGANIZERS
                                       


C.P. Chen (Taipei)  G.J. Brakenhoff (Amsterdam)      A.Kriete  
(Giessen)
C.H. Chou (Taipei)  P. C. Cheng (Buffalo)(Chairman)  C.J.R. Sheppard  
(Sydney)

P.P. Hwang (Taipei) C. Cogswell (Sydney)             D.M.Shinozaki  
(London,Cana
da)
W.Y. Lee  (Taipei)  M. Gu (Sydney)                   E.H.K. Stelzer  
(Heidelberg
)
H.K. Wu   (Taipei)  V. Howard (Liverpool)            T. Wilson  
(Oxford)
J.L. Wu   (Taipei)  H. Kim (Rochester)
W.L. Wu   (Taipei)

   

   

   

      
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             THE CONFERENCE IS JOINTLY O RGANIZED AND SUPPORTED BY
                                       


The Society for 3-D Imaging Sciences in Microscopy, Amsterdam
Institute of Zoology, Academia Sinica, Taiwan, R.O.C.
Electron Microscopy Society of China, Taipei, R.O.C.
Life Science Research Promotion Center, NSC, R.O.C.
AMIL, State University of New York at Buffalo, U.S.A.

   

      
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