Tetraodon

Compared with the four-way synteny blocks derived from DNA / protein alignments among four species human, mouse, rat, and chicken HGLBs are also preserved in zebrafish and tetraodon, which is more stringent in the sense of evolutionary constraint. ❋ Hong Sun Et Al. (2008)

Finally, Ugt5h is absent in zebrafish and medaka but present as single copies in the fugu, tetraodon, and stickleback genomes. ❋ Haiyan Huang Et Al. (2010)

Ugt1 gene repertoire in other teleosts such as fugu, tetraodon, medaka, and stickleback, as well as in a wide variety of lower tetrapods. ❋ Haiyan Huang Et Al. (2010)

Ugt5c genes in the second subclade are always located directly upstream of the The Ugt5d genes seem to be lost in pufferfishes (fugu and tetraodon) and duplicated in tandem in medaka. ❋ Haiyan Huang Et Al. (2010)

Ugt5c and Ugt5f genes are present in the genomes of zebrafish, fugu, medaka, and stickleback, but are absent in the tetraodon genome. ❋ Haiyan Huang Et Al. (2010)

Otocephala while fugu, tetraodon, medaka, and stickleback belong to ❋ Haiyan Huang Et Al. (2010)

The two HGLBs reside in two different chromosomes in the mouse, rat, zebrafish and tetraodon genomes respectively. ❋ Hong Sun Et Al. (2008)

The RDD values cluster at negative values for both the human-chicken and human-tetraodon comparisons. ❋ Hong Sun Et Al. (2008)

(HM: in the human-mouse comparison; HMR: in the human-mouse-rat comparison etc. H stands for human, M for mouse, R for rat, C for chicken, Z for zebrafish and T for tetraodon) ❋ Hong Sun Et Al. (2008)

(B) Phylogenetic tree of the zebrafish (z), fugu (f), tetraodon (t), medaka (m), stickleback (s), xenopus (x), lizard (l), zebra finch (zf), and human (h) ❋ Haiyan Huang Et Al. (2010)

(B) Phylogenetic tree of the zebrafish (z), fugu (f), tetraodon (t), medaka (m), stickleback (s), and xenopus (x) ❋ Haiyan Huang Et Al. (2010)

The Ugt genomic sequences of fugu, tetraodon, medaka, stickleback, xenopus, lizard, zebra finch, and chicken were identified and annotated similarly ( ❋ Haiyan Huang Et Al. (2010)