The method has several advantageous features resulting in lower complexity relative to the methods presented in the literature.
The resulting method has several advantageous features: It supports fairly general meshes, it enables arbitrary approximation orders, and has a moderate computational cost thanks to hybridization and static condensation.
The MIA-TF method has several advantageous characteristics, including fast detection, high sensitivity, specific detection, and flexible as well as wide application.
In the post-genomic era, the introduction of bioinformatics methods has been advantageous to the study of selenoproteins, resulting in a surge of recent works focusing on the integration of the selenoproteomes of one or more species rather than only a single selenoprotein.
Although this method has proved to be extremely advantageous in terms of computational resources – as a matter of fact it is able to simulate in a time-dependent fashion many-body systems on relatively small machines – the Wigner kernel can represent the bottleneck of simulations of certain systems.
The kernel density method has previously been used in neighborhood-health literature (24) and is advantageous because it can account for distance, density, and diversity.
Even though these methods have several advantageous features such as not requiring the identification of the adaptive syndrome [ 7], they often have been criticised for their difficulty in building realistic demographic models to test, in avoiding single-locus false positives or in estimating their relevance to fitness without phenotypic information.
However, the application of other proteolytic cleavage methods has been promoted for ETD data acquisition due to peptides with higher charge densities being advantageous for ETD analysis.
In this context, moment matching methods have shown to be advantageous, since moments matched on component level are still matched in the assembled system.
Paramagnetic resonance methods have proven to be uniquely advantageous for characterization of trapped nitrogenase intermediates.
