Sentence examples for sequences to understanding from inspiring English sources

Although NGS has been instrumental in the acquisition of a massive number of genomic sequences, the contribution of these sequences to understanding intra-host viral evolution have been modest, considering the enormous amount of genetic information generated by the technology [ 12].

RNA pseudoknots have important functions, and thermodynamic stability is a key to predicting pseudoknots in RNA sequences and to understanding their functions.

Characterizing these DNA sequences is central to understanding gene regulatory networks and gaining insight into mechanisms of transcriptional regulation, but genome-scale regulatory module discovery remains a challenge.

The study of this bank of sequences will contribute to understanding the propagation mode of the bacteria as variations accumulate relatively slowly, thus making it an ideal tool for global epidemiology.

For molecular evolution studies, protein-coding sequences are central to understanding the mutational dynamics of genes and the functional dynamics of gene networks within a population or among diverse species and lineages.

The ability to predict a domain's binding specificity directly from its primary sequence is essential to understanding the complexity of protein-protein interaction networks.

The draft sequence, while critical to understanding gene content and polymorphism, does not provide structural information of the genome.

This avian model where huge amounts of Ca2+ and HCO3- are exported daily following a precise spatial and temporal sequence should contribute to understanding the mechanism and regulation of ionic precursors of CaCO3 and provide insight for other species secreting a CaCO3 biomineral such as coral, molluscs, foraminifera or sea urchins.

Strong functional evidence indicates that periodic dinucleotides contribute to the positioning of nucleosomes, establishing the need for robust identification of periodic signals in DNA sequences as a prerequisite to understanding nucleosome organisation in genomes.

The sequence also provides clues to understanding the bug's lifestyle.

Elucidating the TKB recognition sequence has been central to understanding the biochemistry of tyrosine kinase downregulation by Cbl proteins.