We have designed and realised a knowledge base for collecting, eleborating, and extracting analytical results of genomic, proteomic, biochemical, morphological investigations for animal models of cerebral stroke. Data analysis techniques are tailored to make the data available for processing and correlation, in order to increase the predictive value of the preclinical data, to perform biosimulation studies, and to support both academic and industrial research in the area of cerebral stroke therapy. The KB is conceived as a persistent tool, mantained and easy to update also with data of type different from initial project.
Animal models of cerebral stroke
ZINI, MARIA FRANCESCA;PISANTI, NADIA;
2012-01-01
Abstract
We have designed and realised a knowledge base for collecting, eleborating, and extracting analytical results of genomic, proteomic, biochemical, morphological investigations for animal models of cerebral stroke. Data analysis techniques are tailored to make the data available for processing and correlation, in order to increase the predictive value of the preclinical data, to perform biosimulation studies, and to support both academic and industrial research in the area of cerebral stroke therapy. The KB is conceived as a persistent tool, mantained and easy to update also with data of type different from initial project.File in questo prodotto:
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