Titlebook: Neuroscience Databases; A Practical Guide Rolf Kötter Book 2003 Springer Science+Business Media New York 2003 bioinformatics.data mining.da

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Construction of a Protein-Protein Interaction Database (PPID) for Synaptic Biology,ract with them. This database should serve several purposes including clustering and integration of datasets to facilitate the display and comprehensive analysis of biological systems including the synapse.

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The fMRI Data Center: Software Tools for Neuroimaging Data Management, Inspection, and Sharing,nd sharing of functional magnetic resonance imaging data. Designed to be flexible and extensible, these software tools should help researchers organize their data more carefully, inspect their neuroimaging experimental data more closely, and share their data more readily.

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The Brain Positioning Software, also be used. For fast performance, the atlas database is converted and label descriptions are managed in a hash-table. The BPS can be downloaded from our website on http://www.informatik.uni-ulm.de/ni/staff/FSommer/BPS.html.

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Web-Based Neuronal Archives,rties and emergent network activity. Further, integrating together multiple databases of neurons may facilitate an overall goal of reconstruction and understanding of circuitry within the brain, approaching the brain as a collection of morphologically unique, interconnected neurons

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Statistical Parametric Mapping,hat each part of the brain does, and how different brain systems interact to support various sensori-motor and cognitive functions. This chapter discusses how this understanding is attained from the perspective of design and analysis of neuroimaging data.

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Federation of Brain Data through Knowledge-guided Mediation,sources that are related conceptually, even if they do not contain similar elements in their schemata. For each of the tools and resources described, we indicate its current state of development and availability.