Sentence examples for genomic structures have from inspiring English sources

We need only decide that although all genomic structures have effects, only some of them should be said to have functions.

Future investigation of A. amazonense is necessary to support the hypothesis that its genomic structures have evolved to meet the requirements for adaptation to the rhizosphere and interaction with host plants.

With the completion of the whole genome sequence for many organisms, investigations into genomic structure have revealed that gene distribution is variable, and that genes with similar function or expression are located within clusters.

Chromatin structure and epigenetic modifications of genomic structure have been documented to regulate gene expression and affect replication, recombination and DNA repair [ 6, 7] through various mechanisms including nucleosome positioning and occupancy, histone modification (mainly acetylation and methylation) and DNA cytosine methylation [ 8, 9].

Future investigations are necessary to support the hypothesis that its genomic structure has evolved to meet the requirement for adaptation to the rhizosphere and interaction with host plants.

This genomic structure has been well conserved in rice (2n = 2× = 24 chromosomes) while it evolved to 2n = 2× = 14 through chromosome rearrangements in diploid wheat.

We found some key features that separate the tuatara MHC from that of birds, the only group falling within the Sauropsida for which the MHC genomic structure has been characterized in detail.

These physical genomic folding structures have been revealed using long-range genomic interaction maps derived from high-throughput sequencing data [68].

Despite small differences among the three de novo assembled genomes, the accurate cp genomic structures may have more important roles than the cp genomic sequences in plant development.

Structures have also been used with genomic datasets to predict toxicity and complex adverse drug reactions (Russom et al., 2013).

In order to analyze the complement of LD proteins both in number and genomic structure, we have undertaken a thorough bioinformatic analysis of publicly available completed genomes from diverse eukaryotes, with special emphasis on plant genomes, from both land plants and algae.