Currently, DOLite is utilized in the Functional Disease Ontology (http://www.projects.bioinformatics.northwestern.edu/fundo) Web application to interpret clinical relevancies of a gene list.
To wit, we present a categorization based on how a SBIM application chooses to interpret a sketch, of which there are three primary methods: to create a 3D model, to add details to an existing model, or to deform and manipulate a model.
In conclusion, there is inevitably no ideal "one size fits all" equation, and clinicians need to be careful of potential limitations in their application and to interpret the results in a comprehensive clinical context.
To analyze omics data and clustering analysis using hierarchical clustering algorithm, KEGG has also developed a JAVA-based application, called KegArray to interpret high-throughput data derived from microarray, metabolomics and metagenomics study (101).
Other uses include a decision tool for research and management applications and a vehicle to interpret differences between LFSMs.
The enhanced capability of innovative software applications that allow clinicians to interpret and maneuver through various three-dimensional images has far-reaching implications when interactive treatment planning software is combined with computer-aided design and manufacturing.
These properties allow us to use MT to express and prove tactics, i.e. expressions which specify how to compose possibly failing applications of inference rules, to interpret them procedurally to assert theorems in OT, to compile them into the system implementation code, and, finally, to generate MT automatically from the system code.
Easy to interpret applications that combine risk prediction for high penetrance genes along with lifestyle factors remain to be implemented.
"In the long game, we want to become that piece of software that runs on every hardware and software application that allows you to interpret brain activity.
