Sentence examples for mt gene organization from inspiring English sources

Gastropods exhibit an important degree of variation in mt gene organization compared with other animals [ 28, 57- 59].

This contrasts markedly with the situation in octocorals, where many successive inversion events explain the observed diversity of mt gene organization (Brockman and McFadden 2012).

Since Desjardins and Morais [ 1] have presented the mt gene organization of the domestic chicken (Gallus gallus), it is known that birds possess a different gene order compared to other vertebrates.

Thus, although Corallimorphus is unquestionably a corallimorpharian in terms of the sequences of mt genes, the organization of those genes is scleractinian-like, implying that it might represent a key transitional state.

The most surprising finding was that, in terms of gene organization, the mt genome of the deep sea corallimorph C. profundus (Type CIII) was more similar to the canonical scleractinian organization (Type SII) than it was to other corallimorpharians.

This is strikingly evident from the diversity that eukaryotes display in terms of mt gene content, gene and genome organization, genome size and the presence of mobile genetic elements [ 6, 7].

The organization of the human metallothionein (MT) gene family is more complex than the commonly used mouse and rat models.

The most surprising finding of this study was that the mt genome of the deep-sea corallimorpharian, C. profundus, more closely resembles scleractinians in gene organization than it does other corallimorpharians (fig. 3 A and B).

Duplicated non-coding sequence present coincided with pseudo mt gene in booklice multipartite mt genomes.

Considered not as derived as in the Volvocales, the mt genome organization and gene content of Acutodesmus obliquus is derived compared to non-chlorophyceans, with a similar general pattern following in the nine other mt genomes surveyed from the order [ 7, 8].

The same organization of the GART and MT genes, has already been described in the Fugu genome [ 18].