Forgot your password?
New user?
Nanoparticle fear over anti-odour socks
Fragment-based Lead Discovery Conference 2008
test conference
Document Actions
Workshop Chemoinformatics in Europe: Research and Teaching
Obernai, France, 29 May – 1 June 2006
| Type | Conference |
|---|---|
| Date |
May 29, 2006
to June 1, 2006 |
| Venue |
VVF Canterelle d’Obernai Les Géraniums, Obernai, France , |
| Chemistry Specialties |
|
| Chemistry Techniques |
|
| Contact |
Alexandre Varnek Congrès Louis Pasteur 19, rue du Maréchal Lefebvre 67100 Strasbourg, 67100 FR +33 3 90 24 49 38 +33 3 90 24 49 41 c.conf@chimie.u-strasbg.fr |
| Add event to calendar |
vCal (Windows, Linux)
iCal (Mac OS X)
|
by
ChemWeb Editor
—
last modified
11-12-05 10:06 AM
After a long history of development Chemoinformatics has finally matured to a field of its own. Nevertheless it has not yet received the attention that it deserves. The goals of this workshop are : * define the scope of chemoinformatics * raise the public awareness for chemoinformatics * raise the awareness of funding agencies (national and European Union) for chemoinformatics * integrate topics of chemoinformatics into chemistry curricula * train a new generation of experts in this field
Scientific Board
Lutgarde Buydens, The Netherlands
Flemming Jorgensen, Denmark
Thierry Langer, Austria
Botao Fan, France
Johann Gasteiger, Germany
Robert Glen, United Kingdom
Amiram Goldblum, Israel
Mati Karelson, Estonia
Vladimir Poroikov, Russia
Didier Rognan, France
Jens Sadowski (Astra Zeneca)
Ferran Sanz, Spain
Joao Aires de Sousa, Portugal
Christoph Steinbeck, Germany
Roberto Todeschini, Italy
Alexandre Varnek, France
Peter Willett, United Kingdom
Session titles
Scientific Program The program of the workshop includes 4 half-day scientific sessions, a poster session and a general discussion at the end of the workshop.
The following main topics are selected for the scientific sessions:
1. Encoding chemical structures (e.g., safe exchange of information, descriptors, fingerprints, phramacophores).
2. Databases and data sources.
3. Property predictions (e.g., ADME, environmental related applications).
4. "In silico” design of new compounds (e.g., virtual combinatorial libraries, similarity search).
5. Drug design: Linking chemo- and bio-informatics.
6. Teaching: chemoinformatics in graduate and undergraduate curricula.
Round Table devoted to further development of the European network on chemoinformatics will be organised at the end of the afternoon session on 31 May. The questions related to organisation of regular workshops and summer schools in this field will be discussed.
Other topics
Chemoinformatics