Libraries of strategies and ontology-driven subject area models as "corner stones" in Grid development.

Series of experiments of Grid-based calculations by Monte-Carlo simulation of molecular conformations have shown that there are classes of problems that could be "gridified" in short time with reasonable efforts. That could awake serious interest in the Grid from the biophysics and biochemistry community. Experiments with scientific problems that include both intensive computations and intensive data interchange have shown that libraries of strategies could provide an effective tool to adapt Grid-node infrastructure to problem structure.

Grid-based onto-technologies provide an effective instrument for biomedical research.

New experimental technologies have rapidly transformed biomedical research into a data-intensive discipline. Being grafted onto Grid environment ontologies deliver an effective "onto-technology" to explore wide variety of different sorts of links in heterogeneous distributed data sources as well as to define new facts and represent new relationships between data sets.