Secondly, small SOFG workshop developed the SAEL, simple anatomy list that can be used directly for annotation for example of cDNA or microarray data or as direct entry point to more sophisticated

Our third effort will focus more deeply on the comparison and integration of major publicly available, digital anatomy resources. Introduction This web site provides community resource for the development of ontologies and other controlled vocabularies relevant to biology and biological experimentation. Numerous ontologies for human and mouse anatomy exist or are being developed. Several major groups have already joined this effort, but the list presented on these pages is only beginning.

Numerous ontologies for human and mouse anatomy. The goal of the SOFG web site is the same as that of the conference to bring together biologists, bioinformaticians, and computer scientists who are developing and using standards and ontologies with an emphasis on describing highthroughput functional genomics experiments. Our third effort will focus more deeply on the comparison and integration of major publicly available, digital anatomy resources.. As first step towards improving the situation, we have listed the main resources available to the biomedical and bioinformatics communities.

Several major groups have already joined this effort, but the list presented on these pages is only beginning. It was established as result of the first conference on Standards and Ontologies for Functional Genomics SOFG, which was held at the Wellcome Trust Genome Campus, Hinxton, UK, 1720 Each has its own purpose. The goal of the SOFG web site is the same as that of the conference to bring together biologists, bioinformaticians, and computer scientists who are developing and using standards and ontologies with an emphasis on describing highthroughput functional genomics experiments.

It was established as result of the first conference on Standards and Ontologies for Functional Genomics SOFG, which was held at the Wellcome Trust Genome Campus, Hinxton, UK, 1720 Numerous ontologies for human and mouse anatomy exist or are being developed. If you feel that your own work should be included please contact Duncan Davidson who is coordinating this effort. This web site is part of community effort to integrate ontologies for human and mouse anatomy exist or are being developed.
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