The ability of discrete and fuzzy logic models to determine the effects of protein overexpression or inhibition on phenotype, elucidate network properties, and identify the network that best describes high-throughput experimental data has been illustrated with case studies.
Important findings as regards the capacity of new/established methods and data sources for signal detection have been illustrated by a number of comparative studies [ 31, 33, 38, 41, 43, 44].
After calibration against experimental data, performances of this 2D model have been illustrated through two studies: the parametric influence of the butt-plate thickness and the internal force transfer mechanism in the joint.
The concepts in this paper have been illustrated using data from a low-income community.
The results were tested and validated with the 19 actual blast data set at acceptable correlation levels and have been illustrated in the form of figures, tables and graphs.
The proposed methods of modelling as well as a comparative analysis of the obtained results have been illustrated with the data obtained for a complex, catalytic hydrogenation of 2,4-dinitrotoluene performed at non-steady state conditions in a multiphase stirred tank reactor.
While various advances have been illustrated, e.g. common data models [ 5], reference datasets for evaluation [ 6], as well as new analysis methods and systematic empirical assessments [ 7– 12], the challenge of accurate, timely and evidence-based signal detection still remains [ 13].
In the following sections, model-based discussion has been made on the relationship between the oxygen uptake rate and the microbial growth kinetics, and also the procedure of the determination of the biokinetic coefficients from the oxygen uptake data obtained from BMRS has been illustrated.
The method has been illustrated on a data set of in-situ permeability measurements in rock masses in Shivashan dam, Iran.
The use of TDC has been illustrated in RCT data from 118 chronic pain patients with myogenous Temporomandibular Disorders, and the TDC-criterion was validated.
