Sentence examples for Basic informatics from inspiring English sources

Basic informatics principles, however, pose a limit on the applicability of such a description, since in general there exists no universal algorithm that could establish the equivalence of two Turing-complete language programs by formally analysing them [41, 42].

This may require an intense scripting effort which can rarely be made by a user with basic informatics skills.

DNA clones of the controls, basic informatics tools and appropriate documentation will be available to the public.

It contains scripts for over a 100 analysis tools and users can add new tools (requiring basic informatics skills) and share all analysis steps and pipelines.

Propagation and development of these standards, together with training in basic informatics for pathologists, would add still further to the efficiency and usefulness of the approach.

At the completion of the testing phase, the ERCC will release three products for use by the scientific community: DNA clones and sequences of the reference set of external RNA controls Basic informatics tools Publication of data, test results, protocols Several additional reagents and documents will be developed during the testing phase.

However, installation requires some basic informatic knowledge, since several dependencies must be installed separately to use the complete QIIME analysis pipeline.

The number of homologues was compared across the different sequenced pools to validate their enrichment through the selection procedure using basic bio- informatics.

A possible long term solution to this problem is to introduce basic medical informatics and telemedicine components in undergraduate medical school curricula.

Contributors ground the reader in the basics of informatics methodology and design, including creating salient research questions, and explore the human dimensions of informatics in studies detailing how patients perceive, respond to, and use health data.

Emphasis is on understanding basic principles underlying informatics approaches to interoperation among biomedical databases and software tools, standardized biomedical vocabularies and ontologies, biomedical natural language processing, modeling of biological systems, high-performance computation in biomedicine, and other related topics.