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The Division of Chemical
Information (CINF) of the American Chemical Society is the source for
maintaining professional competency in information resources, information
technology, and information policy. No other ACS Division is as relevant to the
professional lives of all researchers involved in any aspect of chemical
research. As one of approximately 1,400 divisional members and affiliates, you
will learn about the most current developments and practical application in
producing, accessing, and using chemical information.
| Members | $12.00 |
| Affiliates | $17.00 |
| Students | $ 2.00 |
The Chemical Information Bulletin, a semiannual
publication containing news, notes, and abstracts of papers to be presented at
Divisional meetings.| Membership Directory of the Division of Chemical
Information | A Divisional dues receipt card which entitles you to
purchase, at reduced rates, bound copies of the collected abstracts of each
national ACS meeting. | A reduced rate subscription to The Scientist, a
bi-weekly newspaper covering activities in the global scientific
community. | CINF E-News, a semiannual electronic newsletter.
Access to the current issue is provided only to CINF members and
affiliates. | |
To join online, point your browser to the ACS technical divisions application form
Or use the appropriate application form template:
| Division Affiliate (non-ACS member) |
For CINF Membership directory permission and updates only:
| Download this form, complete and mail it to ACS as directed. |
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The second meeting
of the CIC-CINF Committee took place in
While there has been a long relationship between the ACS and the GDCh at the organizational level, these meetings represent the first formal contact of the societies at the divisional level. The general goal of the CIC-CINF Committee is to foster a closer cooperation of the two groups, especially in matters of mutual interest and concern. These include, but are not limited to, recruitment of new members, promotion of the understanding and effective use of chemical information in both academic and industrial settings, and the development of open standards.
The Committee’s
first meeting in
1. A task force was created with the mission of assembling and generating an inventory of existing educational material in the field of chemical information. It will be used as a roadmap for enhancing information literacy and increasing the perception of its importance. It will also serve as a template for the discussion of information standards at the next meeting.
2.
Plans were made to organize the first joint CIC/CINF
symposium at the Fall 2006 ACS meeting in
3. A group was also formed to review and summarize recruitment issues in both divisions.
Persons attending
the Eltville meeting included: Rene Deplanque, Director of FIZ-Chemie Berlin and
Guenter Grethe, organizers of the joint committee; Christoph Steinbeck, chairman
of the CIC Division; Wolfram Koch, Executive Secretary of the GDCh; David
Schutt, ACS Chief Strategy Officer and Director of External Affairs; Andreas
Barth, Director of Online Services, FIZ Karlsruhe; Grace Baysinger, Head
Librarian, Swain Library, Stanford University; Andrea Twiss-Brooks,
Bibliographer for Chemistry, Crerar Library, University of Chicago; Esther
Tobschall, TIB Hannover, Frank Oellien, CIC board member; Bartow Culp, Chemistry
Librarian, Purdue University
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|
Company |
|
|
ArrgusLab |
(Molecular modeling) |
|
Barnard Chemical
Information |
Toolkit (Clustering) |
|
Cambridge Crystallographic Data
Ctr |
Cambridge Structrual DB &
GOLD |
|
CambridgeSoft |
ChemDraw Ultra |
|
Chemical Abstracts
Service |
SciFinder Scholar |
|
Chemaxon |
Marvin (and other
software) |
|
Daylight Chemical Information
Systems |
Toolkit |
|
FIZ Karlsruhe |
Inorganic Crystal Structure
Database |
|
MDL |
CrossFire Beilstein and
Gmelin |
|
OpenEye |
Toolkit (and other
software) |
|
Sage Informatics |
ChemTK |
|
Serena Software |
PCMODEL |
|
Spotfire |
DecisionSite |
|
STN International |
STN Express with Discover (Anal
Ed) |
|
Wavefunction |
Spartan |
|
MS: Chem |
MS: Lab |
MS: Bio |
MS: Health |
PhD: Chem |
PhD: Bio |
Phd: Health |
TOTAL | |
|
IUB |
3 |
0 |
38 |
0 |
1 |
3 |
0 |
45 |
|
IUPUI |
6 |
15 |
34 |
36 |
0 |
5 |
3 |
99 |
|
TOTAL |
9 |
15 |
72 |
36 |
1 |
8 |
3 |
144 |
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Indiana University Chemical Informatics and
Cyberinfrastructure Collaboratory Project
University Press Release
submitted by Gary Wiggins
Medical scientists must sift through and analyze mammoth amounts of data to find ways to treat disease, and an Indiana University School of Informatics-led team has been assembled to help them develop new discoveries.
The School has been awarded a two-year $500,000 grant from the National Institutes of Health to establish the Chemical Informatics and Cyberinfrastructure Collaboratory (CICC). The research effort will bring together experts in informatics, medicine, computer science, chemistry, biology and scientists from IU’s Pervasive Technology Labs (PTL).
The group seeks to devise an integrated cyberinfrastructure composed of diverse and easily expandable databases, simulation engines and discovery tools such as PubChem, the NIH’s small molecule chemical and biological database. They will use emerging high-capacity computer networks and data repositories and develop grid and Web technology for chemistry research.
“The tools and infrastructure we build will be tested in real-world industries and academic institutions and tested by practicing scientists,” says IU principal investigator Geoffrey C. Fox, Ph.D., professor of informatics and director of PTL’s Community Grids Lab. “Ultimately, our work will help chemists better understand the mechanisms applicable to new methods of drug synthesis and may lead to new therapies for cancer, Alzheimer’s disease and other devastating disorders.”
The CICC also will pave the way for new academic courses and chemical informatics research at IU, notes Informatics Dean J. Michael Dunn, Ph.D. The School offers graduate degrees in chemical informatics at its campuses in Bloomington and Indiana University-Purdue University Indianapolis.
“It will be necessary for future scientists to integrate new methods of information technology and fundamental chemical expertise in life sciences research and discoveries,” Dunn says. “We are developing that talent today and the CICC will advance educational and research opportunities for tomorrow’s students.”
Michael A. McRobbie, vice president of information technology and chief information officer at Indiana University, envisions other benefits as the CICC unfolds. “The grant builds upon the strong base of research under way at IU,” McRobbie says. “The accomplishments of the School of Informatics and the Pervasive Technology Labs have been a tremendous boon to our scientific accomplishments and ability to compete for and receive external research funding.”
Among the researchers involved in the CICC: Gary Wiggins (informatics), Mu-Hyun Baik (informatics/chemistry), Randall Bramley (computer science), Peter Cherbas (Center for Genomics and Bioinformatics), Richard DiMarchi (chemistry), Keith Dunker (informatics, medicine and Center for Computational Biology and Bioinformatics), Dennis Gannon (computer science), Marlon Pierce (PTL), Beth Plale (computer science) and David Wild (informatics).
They will be assisted by
leaders from the computer and pharmaceutical industries
Editor's Note -
There were actually six of the NIH awards given
out at this time to establish exploratory centers for cheminformatics
research. Here’s the complete
list:
| Tropsha, Alexander |
Carolina
Exploratory Center for Chemoinformatics Research |
| Fox, Geoffrey |
Chemical
Informatics Cyberinfrastructure |
| Shedden, Kerby |
MACE-Michigan
Alliance for Cheminformatic Exploration |
| Hughes-Oliver, Jacqueline |
Comparative
and Web-Enabled Virtual Screening |
| Breneman, Curtis M |
Establishment
of the RPI Exploratory Center for Cheminformatics |
| Clemons, Paul A |
General
Data-analysis Tools to Relate Chemical Diversity to Biological
Outcomes |
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| Scientific data and laboratory integration and management system
(SDMS, LIMS)for regulatory compliant data management and processing (HIPAA,
GLP, GMP,21.11 CFR) |
| Single or batch data object creation from proprietary applications,
files, databasesor instruments – for unified viewing, sharing and analysis
using previously inaccessible data |
| Integration of numeric values, images spreadsheets, web content,
public or private databases, information from applications into a common,
unified data object environment |
| Support for distributed collaboration and security, including data
access control,privilege management and data state management |
| “Point and click” graphical and “plain English” query tools search
internal and external data sources – including data available in-house or via
the Web |
| Universal data normalization and analysis tools from unified image/data analysis |
| Template-based, user-definable, searchable index on every data object |
| Import, curate and propagate attachments and indexed information across datasets |
| Applications launching provides flexibility and audits use of 3rd party applications |
| User log and audit functions for queries, data state and processing histories |
| Extensive copy and export tools for reporting includes XLS, XML,
HTML, image and text. |
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Hoboken, NJ, August 29, 2005 - Global
publisher John Wiley & Sons, Inc., today announced the publication of the
Wiley Registry 7th Ed./NIST 2005 Mass Spectral
Library, a comprehensive library of more than 461,000 mass spectra that
combines - for the first time - the Wiley Registry of Mass Spectral Data(tm),
7th edition and the NIST/NIH/EPA Mass Spectral Library 2005, the two most
trusted names in mass spectrometry.
The Wiley Registry 7th ed/NIST '05
library's coverage is extensive and includes: pharmaceuticals, illegal drugs,
chemical weapons, environmental pollutants, metabolites, flavors and fragrances,
and various compounds of interest. Wiley recommends this library for all
laboratories operating urgent care, emergency response, or other vital missions,
where immediate compound identification is critical.
Wiley Registry 7th
Ed./NIST 2005 Mass Spectral Library features 820,528 unique chemical names and
222,553 unique CAS numbers. Formats include NIST MSSearch/Thermo Xcalibur and
Agilent Chemstation.
For more information about Wiley Registry 7th
Ed./NIST 2005 Mass Spectral Library, as well as other Wiley database products,
please visit http://www.wiley.com/go/databases.
Wiley Scientific, Technical, and Medical
Databases is the leading publisher of spectroscopy libraries for mass
spectrometry, infrared (IR), and nuclear magnetic resonance (NMR)
spectroscopists. Wiley also publishes highly curated peer-reviewed databases
Organic Reactions, Organic Syntheses, and Wiley Database of Polymer Properties.
Available online and for direct use with scientific instruments, Wiley's data is
relied on for homeland defense, forensics, toxicology, pharmaceutical research,
and environmental health and safety.
Founded in 1807, John Wiley & Sons, Inc., provides must-have content and services to customers worldwide. Its core businesses include scientific, technical, and medical journals, encyclopedias, books, and online products and services; professional and consumer books and subscription services; and educational materials for undergraduate and graduate students and lifelong learners. Wiley has publishing, marketing, and distribution centers in the United States, Canada, Europe, Asia, and Australia. The Company is listed on the New York Stock Exchange under the symbols JWa and JWb. Wiley's Internet site can be accessed at http://www.wiley.com/.
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Dr. Rudolph
Potenzone has joined CambridgeSoft as Vice President of Enterprise
Solutions. Dr. Potenzone is a co-founder of ChemTelligence Partners and prior to
joining CambridgeSoft was the Senior VP of Business Development at Ingenuity.
With more than 25 years of cheminformatics experience, Dr. Potenzone has held
the position of CEO of LION bioscience Inc., at MDL as Senior Vice President of
Marketing & Development where he managed the design, development and
marketing of the company's software and database products. Earlier, Dr.
Potenzone was Director of Research and New Product Development at Chemical
Abstracts Service (CAS), the group that developed SciFinder. Prior
to CAS, Dr. Potenzone held senior position at Polygen/Molecular Simulations,
Inc.
Rudy Potenzone, Ph. D.
VP Enterprise
Solutions
CambridgeSoft
100 Cambridgepart Drive
Cambridge MA
02140
email: rpotenzone@cambridgesoft.com
cell:
(925) 963-5473
voice: (617) 588-9328
FAX: (925)
426-7287
Eileen Shanbrom, CINF Chair for 2005, was appointed Director of New Product Development at Chemical Abstracts Service.
Congratulations and good luck to Rudy
and Eileen on your new positions.