The RIG workflow enables research communities to use the GATK (i) to interrelate different sequencing template preparation methods such as reduced representation and WGS into common, standardized file formats; (ii) accurately call genetic variants from genomic sequence data; and (iii) to iteratively refine variant resources.
Such template-based methods such as TESS (Wallace et al., 1997) are local structure searching (LSS) algorithms, which search for the occurrence of a predefined template structure that comprises active-site residue atoms, from unknown protein structures.
The benchmark of the FREAD method contains 30 targets for each loop length, (from 4 to 20 residues) and a recent assessment using this benchmark (Choi and Deane, 2010) has shown that template-based methods such as FREAD can achieve better performance compared to the ab-initio loop modeling methods such as MODLOOP, RAPPER and PLOP on this benchmark.
The wetting process of the alumina template to fabricate nanostructures deploys infiltration of solution into the nanochannels of the template through several methods such as immersion, spin-coating, and dip-coating methods [6 8].
The newly proposed methods, such as template pruning and filtering [19], template-like dimension reduction of speech observations [20], and template matching in the second-pass decoding search [21], are beginning to address this problem.
For a future perspective, our approach can be extended, because the DNA products of ASLR-PCR can serve as templates for high-throughput methods such as next-generation sequencing (Mamanova et al. 2010).
Kinds of synthetic methods such as template method, sol-gel method, and hydrothermal method have been successfully applied to prepare lithium metal silicates based compounds and composite materials.
Through scientists constantly efforts, it has accumulated a lot of methods, such as template method, self-assembly method, hydrothermal synthesis method, and polyol method, to synthesis different length to diameter ratio of silver nanowires.
Therefore, methods such as template matching [6] or methods which are based on the segmentation results of blood vessels [9, 10, 15 17] fail to localize the center of optic disc in presence of pathological regions and exudates in retina image.
Some broadly used methods such as template matching or derivative-thresholding have the disadvantage that they do not deal well with multiple events occurring within a time period comparable to the sampling interval.
