Sentence examples for more efficient characterization from inspiring English sources
We then compared the three multiple epitope presentations in a microarray assay using sera samples from milk allergic patients, confirming that a multiple presentation, in particular that of the tandem construct, allows for a more efficient characterization of IgE-binding fingerprints at a statistically significant level.
Although more traditional regression analyses are useful for delineating causal relationships among variables, SEM enables more efficient characterization of complex, real-world processes than can be achieved using correlation-based analyses [ 38].
Therefore, it is of significant importance to generate more precise, unbiased gene annotation datasets from M. tuberculosis to allow more efficient proteomic characterization.
This will allow the more efficient identification and characterization of transcript specific RNA editing accessory proteins.
This may allow the more efficient identification and characterization of transcript specific RNA editing accessory proteins.
An expression analysis of the nine trifoliate orange miRNAs was also carried out in this study for a more comprehensive and efficient characterization of the miRNAs, using shared primers and the same miRNA library, which has been one of the most important works to be studied on miRNAs.
In this study, we show that the simultaneous analysis of 26 genes causative of inherited glomerular diseases allows a more complete and efficient characterization of patients with SRNS/FSGS than traditional Sanger sequencing.
In this article, we describe a prefatory JWST Early Release Science(ERS Cycle1 program that focuses on testing specific observing modes to quickly give the community the data and experience it needs to plan more efficient and successful transiting exoplanet characterization programs in later cycles.
This helps to group semantically similar visual words into a relatively small number of latent topics, and thus a more efficient latent topic-based image characterization can be derived with RBM-based image modeling.
While adaptive video partitioning was first described in [9, 30], here we propose a new and more efficient method for performing the scene characterization required for scene partitioning, and a method for automated determination of thresholds based on the video shot classes.
The determination of phenolic acids is important both for their characterization and to facilitate more efficient uses of important plant resources [ 22].
