This methodology permits the application of any equilibrium profile formulation.
This methodology permits the signal from several different species to be recorded at the exact same time with a single camera.
At the same time, the methodology permits the evaluation of both the individual and social learning that is derived from the scientific resolution of the problem and the democratisation of the knowledge that is extracted.
This fabrication methodology permits the rapid construction of thick, strong scaffolds from a range of biodegradable polymers often used in tissue engineering, and will be particularly useful when large dimension electrospun scaffolds are required.
The proposed methodology permits the incorporation of model and parameter uncertainty into the analysis and results in more robust estimates of past magnitude and a measure of the uncertainty associated with these predictions.
Hence, our methodology permits the design of a communication topology of size n which satisfies the linear recurrence equation Gn(A)=a1Gn−1(A)∪a2Gn−2(A)∪⋯∪akGn−k(A), with aj being any non-negative integer for each j∈{1,2,…,k} and a1>0.
Spatial information recovered by Geographic Information System (GIS) processing from these asymmetrical experimental units, when coupled with general linear mixed model methodology, permits the assessment of effects on geo-referenced yield points due to topography, the site-specific and/or traditional farm management practices, and various interactions among them.
Our new methodology permits the spurious associations that are detected when not accounting for genomic structure to be discarded.
This methodology permits the comparison of patients who received a colloid to controls with a similar AKI risk profile.
In addition, this methodology permits the simultaneous use of conventional flow cytometry analysis to quantify the expression of membrane receptors related to Leishmania-macrophage interactions.
