The combination of different methods allows information about film properties to be obtained.
The present study illustrates the clinical applications of EMG in orthodontics and emphasises how the use of this diagnostic method allows basic information to be obtained with respect to the functional needs for malocclusion correction.
This module examines methods that allow information about the structure of a biochemical network to be derived from time course data without prior knowledge of the network structure (topology).
This method allows access to information made available by these systems.
This method allows integrating the information carried by many genes in the gene sets.
The method allows incorporating previous information providing an appropriate setting for complex models and missing data problem, and the approach yields results in a form of probability distribution that is interpretable intuitively.
This method allows tracking the information-acquisition process.
A method allowing this information to be recovered and accurately interpreted would reveal patterns and relationships between mutations not previously appreciated, undoubtedly leading to an improved understanding of the molecular mechanisms driving SB-induced tumor formation.
