Sentence examples for highlighting sequence from inspiring English sources

Both techniques offer the advantage of highlighting sequence polymorphisms but do not support clear visualization of consensus sequences from multiple sequence alignments.

These sequence alignments, which can be sorted by several parameters including blast hit, data type and organism, are useful not only for gene structure editing but also for detecting pseudogenes and highlighting sequence discrepancies between expressed and genome sequences.

Tools like Circos [ 115], Vista [ 116] or MizBee [ 117] extend this analysis to whole-genome level, enabling tracking of genome evolution by highlighting sequence and structural variation features or comparative genomics by aligning genomes of different organisms and finding conservation relationships.

In-house and commercial vector cloned insert reads after sequencing were similar thus highlighting that sequencing primers were designed and localised appropriately.

Here we summarize our work on the thermodynamics of human steroid receptors and their interactions with multi-site promoter sequences, highlighting results not available from more traditional biochemical and structural approaches.

We will then appraise the complexities in the molecular and cellular level phenotypic manifestation of gene sequences, highlighting potential processes responsible for this variation.

Here we illustrate this visualization approach with a few examples, highlighting connections between these different sequence and structural features for microRNAs in Drosophila melanogaster.

The in-depth interviews with caregivers and the parts of the FGDs that addressed experiences on specific healthcare-seeking processes and factors that influenced the process were analyzed in sequence, first by highlighting recurrent themes across many of the FGDs and interviews.

Finally, we use an analytical model to examine the damage tolerance of a variety of straight fiber stacking sequences utilizing hybrid materials, highlighting improvements in compressive strength that can be made when plies are stacked in sequences that maximize damage tolerance.

Highlighting strains from which we have genome sequences showed three clusters that we then defined as fast, medium and slow growers.

The combination of whole genome transformation and sequencing used here was useful for highlighting mutations playing a dual role in LNZ resistance and fitness compensation.