CELLmicrocosmos 4 PathwayIntegration (CmPI)

CELLmicrocosmos 4 PathwayIntegration (CmPI) maps and visualizes biological pathways within an abstract 3D virtual cell model to support reconstruction and spatial analysis of associative networks.

Key Features:

• 3D pathway mapping: Maps metabolic networks and protein-protein interaction networks onto an abstract virtual cell model for spatial context.
• Database integration: Queries external databases using protein or gene identifiers to retrieve and integrate molecular data into the model.
• Systems biology approaches: Applies systems biology techniques to analyze and reconstruct associative networks from diverse data sources.
• Data integration: Integrates experimental results, data warehouse content, and text mining data for network reconstruction and localization.

Scientific Applications:

• Systems biology network reconstruction: Reconstruction and analysis of associative networks to study interrelationships among biological objects and events.
• Disease-specific network localization: Localization and visualization of disease-related networks, exemplified by reconstruction of a cardiovascular disease network starting from proteins such as MUPP1/MPDZ.
• Functional and spatial analysis: Investigation of functional and spatial interrelationships within cellular environments using mapped pathway data.

Methodology:

Mapping of pathways onto an abstract 3D cell environment; querying databases by protein or gene identifiers; combining experimental results, data warehouse content, and text mining data; and applying systems biology computational approaches for network reconstruction and analysis.