In this context, developing a technique that allows extrapolating information about the wave field utilizing only a relatively small number of records is highly impactful, as it allows minimizing the use of expensive and sophisticated measurement techniques.
All levels of the EQ-5D-5L were utilized by the overall cohort, but only a relatively small proportion of patients reported severe or extreme problems on each dimension (range 1.4-8.7 1.4-8.7e 2).
Several different polymer matrices can be utilized in advanced composites, but in construction only a relatively small number are actually used.
Our installation of GWAS Analyzer, implemented for the bacterial infection study with a relatively small number of subjects, utilized a server as described in the Section 2. The scalability of the system to larger datasets depends mostly on the specifications and configuration of the database server running the GWAS Analyzer database.
The charge accumulated in the first adsorbed layer is larger than the electrode charge, but is counterbalanced by the next layer, leading to a relatively small fraction of adsorbed ions utilized for energy storage [27, 68].
The three-fold cutoff for signal intensity ratio was utilized in this instance to allow a focus on a relatively small number of genes with relatively high enrichment in nectaries, as they are likely key mediators of nectary form and function.
One of the most intriguing questions of contemporary molecular biology is how can vastly dissimilar organisms develop utilizing a limited repertoire of basically similar molecules derived from a relatively small set of conserved protein domains?
Future follow up studies can use existing well-phenotyped sample sets, with a relatively small number of genetic tests, and attain far greater statistical power, by utilizing population ancestry differences in genetic architecture (LD patterns, allele frequencies, and population leveraging).
To circumvent high computational cost, the present study utilizes MaxPairs a heuristic version of EPSILON-OPTIMAL that searches through a relatively small subset of the space of all superpositions of the input proteins inspected by EPSILON-OPTIMAL.
