Molecular Informatics: Confronting Complexity



May 13th - 16th, 2002, Bozen, Italy.

 

Program

Martin G. Hicks: Opening Remarks and Greetings

 

Session Chair: Hugo Kubinyi

Carsten Kettner: Studies on Yeast Membrane Transporters – How Can Computational Biology Help?

Abstract

Chris Dobson: Protein Folding, Evolution and Disease

Abstract

Richard Goldstein: Evolutionary Perspectives on Protein Folding, Structure and Thermodynamics

Abstract

Cornelius Frömmel: Bioinformatic´s View on Molecular Mimicry

Abstract

 

Session Chair: Holger Wallmeier

Graham Richards: Pattern Recognition and Distributed Computing in Drug Design

Abstract

A. Peter Johnson: Generating Synthetically Accessible Ligands by De Novo Design

Abstract

Christopher Lipinski: Physicochemical Properties and the Discovery of Orally Active Drugs: Technical and People Issues

Abstract

Luc De Raedt: Molecular Feature Mining in Predictive Toxicology

Abstract

 

Session Chair: Günther Metz

Athel Cornish-Bowden: Metabolic Analysis as a Tool in Drug Design

Abstract

Shoshana Wodak: Representing and Analysing Information on Networks of Cellular Function

Abstract

Jörg Hoheisel: Functional Genome Analysis

Abstract

Friedhelm Pfeiffer: Halolex: a Lighthouse in the Flood of Information

Abstract

 

Session Chair:  John Bradshaw

William Jorgensen: Computer-Aided Design and Screening of Combinatorial Drug Libraries

Abstract

Hans-Joachim Böhm: New Approaches to In-Silico Screening

Abstract

Brian Shoichet: Hits, Leads, and Artefacts from Molecular Docking and Other Screens

Abstract

Harren Jhoti: High Throughput X-ray Crystallography for Drug Discovery

Abstract

 

Session Chair:  Christoph Steinbeck

Gerald Maggiora: Computer-Assisted Decision Making in Pharmaceutical Research

Abstract

Karl-Heinz Baringhaus: Knowledge Based Lead Finding by Matching Chemical and Biological Space

Abstract

Carleton Sage: Providing Cheminformatics Solutions to Medicinal Chemists to Support Drug Discovery Decisions

Abstract

Timothy Clark: Does Quantum Chemistry Have a Place in Cheminformatics?

Abstract

Gisbert Schneider: Summary