Sentence examples for numerous gene order from inspiring English sources

Numerous gene order changes have also occurred within the family Vermetidae.

Tardigrada mitochondrial genomes resemble those of the arthropods in term of the gene order and strand asymmetry, whereas Onychophora genomes are characterized by numerous gene order rearrangements and strand asymmetry variations.

This expectation has also been borne out by additional data collected as part of a phylogenetic analysis of the Vermetidae: numerous gene order changes have now been uncovered within vermetid taxa based on short sequences (<3.5 kb) extending from rrnS to nad1 (Rawlings et al., in prep; data not shown).

Numerous differences in gene order are also observed between the IRs of the analyzed genomes.

Considering that the mtDNA features among arthropod species are also highly diverse (supplementary fig. S3 and table S2, Supplementary Material online), with groups such as the myriapods and the Acari arachnids showing numerous rearrangements of gene order (reviewed in Gissi et al. 2008), we can also predict that additional mechanisms of replication will be identified.

In addition to the clear morphological similarities between mitochondria and bacteria, numerous observations such as gene order conservation and bacterial-like ribosomes serve to emphasise the similarity between mitochondria and bacteria [ 17].

Although pairwise genome comparisons revealed that numerous genes form conserved clusters, gene order is substantially scrambled in all three sampled lineages and multiple ancestral clusters are disrupted in clades VI and VII.

Indeed, the low degree of compaction, the highly scrambled gene order and the numerous disrupted ancestral clusters observed in the Staurastrum and Zygnema genomes contrast sharply with the short intergenic spacers and with the extraordinary conservation of gene order and ancestral clusters exhibited by all their homologues in other streptophyte lineages.

Gene order varies due to numerous transpositions and inversions, and equivalent intergenic sequences have diverged to an extent that has erased any detectable similarity.

In two independent lineages, when the concerted evolution stopped in some subsections due to the accumulation of numerous substitutions and deletions, the duplicate tRNAThr CR gene order was transformed into three other gene orders.

The chloroplast genome of the olive has an organisation and gene order that is conserved among numerous Angiosperm species and do not contain any of the inversions, gene duplications, insertions, inverted repeat expansions and gene/intron losses that have been found in the chloroplast genomes of the genera Jasminum and Menodora, from the same family as Olea.