This is consistent with a structural biological analysis that correlates specific amino acid replacements with specific changes in the substrate and product specificity of the protein [ 57].
The definition of these zones for a pool of variables (OC, N, SMB, LOM, CEC) is useful at 3 levels: (1) to record the initial values of the measured variables for each plot, (2) to integrate these zones as blocks in experimental design for future experiments, and (3) to focus analysis of specific biological mechanisms such as activity of micro-organisms.
Also the capability of inputting priori knowledge is helpful for functional analysis of specific biological pathways.
The body fluids are the most accessible biological samples, ideal for the analysis of specific biomarkers.
Targeted analysis of specific biological pathways allowed us to compare genes from many different gene families simultaneously.
Through a regulator specific comparison and analysis of specific biological subsystems, we have shown that at stringent significance cutoffs, the conceptual differences in statistically scoring potential regulatory interactions lead to topologically distinct inferred networks containing different kinds of regulators and biological information.
As a matter of fact, microarray-based analysis of specific biological systems have indeed shown that non-exonic RNAs, including intronic RNAs, not only can be used as diagnostic markers [ 45, 46], they could actually be better discriminators and predictors than exons [ 47, 48].
First, the definition may encourage investigators to develop their biological system for experimental analysis of a specific disorder, which was not considered previously because the system was not an obvious model.
In addition, Ingenuity pathway analysis of the specific biological pathways that differentiate DC-derived cells from carpal tunnel-derived cells has identified the potential involvement of microRNAs in this fibroproliferative disorder.
Methods usually used for this biological analysis are either for measuring the total accumulation of biological matter or for the detection of specific species of microorganisms through analysis of microbial activity on cultured samples.
