Sentence examples for biological information system from inspiring English sources

openBIS (Open Biological Information System), developed at ETH Zürich in the SyBIT project, is designed to streamline raw data transfer from instruments into analysis workflows.

The Biological Information System for Marine Life (BISMaL) (36), is an exclusive marine biodiversity database supported by a Japanese government initiative.

We have constructed an integrated biological information system termed the Roche Cancer Genome Database (RCGDB) combining different human mutation databases already publicly available.

To facilitate the analyses of cancer mutations, we developed the second version of the Roche Cancer Genome Database (RCGDB) [ 14], an integrative biological information system combining different databases which are already publicly available.

Irrespective of the intended application, the two common components of PBPK are: physiological and biological information (system properties assumed to be independent of drugs), and drug-specific information, which starts with physicochemical and human in vitro data.

Keet [12] has suggested exploiting existing data better and bringing more structure to the "biological data anarchy" on the Web by enhancing biological information systems with granularity and harnessing Semantic Web technologies.

In conclusion, we have shown that, using purely computational analysis of publicly available biological information, systems biology has revealed the core of a multi-cancer metastasis-associated gene expression signature.

Our ongoing research includes the automatic generation of ACP expressions to genomic complex tests, stochastic process algebra approach to genomic laboratory routines, and handling exceptions to medical and biological information systems.

To combat these challenges, researchers should develop a framework for describing and reasoning about biological information, design systems with modularity in mind, and investigate how to predictively describe the diverse sources and consequences of metabolic load and stress.

Many social, biological, and information systems can be well described as networks, where nodes represent objects (individuals), and links denote the relations or interactions between nodes.

The rapid growth of this huge, manmade, information-processing system has been a major factor stimulating scientists to take a fresh look at the organisation of biological information-processing systems like the brain.