A modeling of a multi-agent system for the protein synthesis

The progress of biological data acquisition technologies permit access to more massive, diverse, reliable, and less expensive data. The advent of these new technologies should provide to biologists, answers more accurate and more comprehensive. However, even if there are several work that revolve around regrouping and providing biological data for the biologists, there are still some issues to be studied; one of them is the integration of this biological information in databases and knowledge bases, in order to provide to biologists important knowledge allowing the characterization of the different causes of diseases. In this paper, we propose a modeling of a multi-agent system for the protein synthesis. Such a system will aim to synthesize, in an automatic way the proteins by exploiting the existing DNA sources, taking into account the dynamic behavior and the interactions that characterize the protein synthesis process. These proteins will be integrated automatically in a database, which will be enriched continuously as long as the sources of DNA exist. Such a database will be used by the biologists for several studies (medical, pharmaceutical, pathological, etc.).