Diff for "CytoscapeRetreat2006/Plugins"

Plugin & Usage Expo

(not in any particular order)

• Piet Molenaar (University of Amsterdam)

  • Cytoscape as a Repository: Visualization and Analysis of Human Genetics Data

    • As 'real life' human tumors are caused by multiple defects in many different pathways, obtaining an overview of the whole network involved is important. In our lab focus is therefore on high-throughput analysis and bioinformatics to detect potential relations between genes. To validate these interactions cell lines with inducible expression of transgenes and siRNA are analyzed in time-series and array data of large tumor series is used.
• Melissa Cline (Institut Pasteur, Paris)

  • CytoTreeView: Integration of Coexpression and Network Proximity Data

    • This plugin features integration of Cytoscape with the JavaTreeView expression cluster viewing package. This package, integrated with Cytoscape, allows users to cross-select between segments of the JavaTreeView dendogram and Cytoscape network, to determine if coexpressed genes are located in proximity in the network and vise versa, to facilitate detection of putative network modules.

• Gary Bader (University of Toronto)

  • NetSearch: Querying a Graph for Motifs

• Allan Kuchinsky (Agilent Technologies)

  • Agilent Literature Search: Latest Version

  • Agilent Network Builder

• Matthias Reimann (Technische Universitat Dresden, Germany)
• Guy Warner (Unilever, UK)

  • Development and Application of a Network-Based Approach for the Analysis of Toxicological Data

• Scooter Morris (UCSF)

  • structureViz: Integrating Structure-based Visualization with Cytoscape

    • Network visualization and graph analysis of biological data has been demonstrated to provide researchers with significant insights into the relationships and processes of biological macromolecules. Futher analysis of these relationships and processes often involves viewing and comparing molecules at the structural level. structureViz provides an interface between Cytoscape and UCSF/Chimera, a widely-used molecular visualization package, providing a link between the network view and the structural view.