Sentence examples for processing of alignments from inspiring English sources

The idea of our proposed method can be applied to CUDASW++ 3.0 in the future to accelerate the processing of alignments with short query sequences for the intertask kernel.

MafFilter is a command-line driven program written in C++ that enables the processing of genome alignments stored in the Multiple Alignment Format in an efficient and extensible manner.

Details and programs for processing of the alignments are available at https://bitbucket.org/bxlab/mapper_comparisons.org/bxlab/mapper_comparisons

FSSP is based on an automatic processing of structural alignments, using a score of structural similarity (Z-score) (Holm and Sander, 1993).

Using the same input sequences as the first approach, this alignment strategy uses SATé for joint estimation of alignment and phylogenetic trees without any prior processing of the alignment.

It should be pointed out here, that though all the images shown in the results section are presented in decibels or logarithmic scale, image processing of image alignment and averaging (a few hundred images) had been done in linear scale.

We propose that an effective strategy to avoid these blind spots is to incorporate the primer bases in obtaining read alignments and post-processing of the alignments, thereby effectively moving these blind spots into the primer binding regions (which are not used for variant calling).

We analyzed the consensus reads with a standard pipeline that involves read alignment with BWA, post-processing of the alignments with GATK indel realigner, GATK base quality score recalibrator (BQSR), GATK base alignment quality (BAQ) computation [ 26], and trimming of the primer bases using custom scripts.

Our analysis suggests that primer bases should be part of read alignments and subsequent post-processing of the alignments to ensure variant calling with high sensitivity.

We analyzed the simulated reads with a standard pipeline that involves read alignment with BWA [ 6, 7], post-processing of the alignments with GATK indel realigner, GATK base quality score recalibrator (BQSR), and GATK base alignment quality (BAQ) computation [ 8], trimming of the residual primer bases using custom scripts, and variant calling with GATK Unified Genotyper [ 9].

Based on these results and the works of others, we propose an algorithm which does post-processing on alignments output by HMMs to automatically recognize vowel length.