(a) Exon-intron structure of human (Hs) ANKRD1 and ANKRD2 and their counterparts in mouse (Mm) and zebrafish (Dr). Exons (boxes) and introns (lines) are drawn to scale. White boxes indicate 5’ and 3’ UTRs. The numbers on the right indicate the length of the genomic region. (b) Amino acid sequence alignment of human, mouse and zebrafish proteins. (c) Schematic representation of the structural domains of human, mouse and zebrafish proteins. The predicted domains are indicated by colored boxes. Domain positions are listed in S2 Table.</p
A protein structural domain is defined as a compact, spatially distinct part of a protein that can f...
<p>Proteins are selected based on the sequence homology to the identified mouse proteins. Homology m...
The gene structure was determined by alignments of mRNA with genomic sequences. The exon-intron stru...
<p>Sequence comparison of zebrafish (<i>Danio rerio</i>; Dre) Dyx1c1 protein with that of Human (<i>...
<p>(<b>A</b>) Comparison of human, mouse, elephant shark, zebrafish, medaka, fugu, stickleback, and ...
<p>Phylogenetic tree (left) drawn from protein sequence alignments of the ectodomains of mammalian (...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>A) Amino acid sequence alignment of human IGFBP-2, mouse IGFBP-2, zebrafish IGFBP-2a and -2b, and...
<p>Identical amino acids are indicated by asterisks, amino acid position numbers are indicated on th...
<p>Amino acid sequence alignment including all isoforms found in human and zebrafish. The position o...
<p>Mc1r protein sequences of Surface (wild type) and three populations of cave <i>Astyanax</i>, thre...
<p>(<b>A</b>) Comparison of the amino acid sequence of zebrafish nr2fIa to orthologs from other spec...
<p>The amino acid sequences of 27 Kunitz domains from 18 human proteins, including HAI-1, HAI-2, and...
<p>Boxes in represent exons, and the numbers indicate the length (bp) of the exons and introns.</p
A protein structural domain is defined as a compact, spatially distinct part of a protein that can f...
A protein structural domain is defined as a compact, spatially distinct part of a protein that can f...
<p>Proteins are selected based on the sequence homology to the identified mouse proteins. Homology m...
The gene structure was determined by alignments of mRNA with genomic sequences. The exon-intron stru...
<p>Sequence comparison of zebrafish (<i>Danio rerio</i>; Dre) Dyx1c1 protein with that of Human (<i>...
<p>(<b>A</b>) Comparison of human, mouse, elephant shark, zebrafish, medaka, fugu, stickleback, and ...
<p>Phylogenetic tree (left) drawn from protein sequence alignments of the ectodomains of mammalian (...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>A) Amino acid sequence alignment of human IGFBP-2, mouse IGFBP-2, zebrafish IGFBP-2a and -2b, and...
<p>Identical amino acids are indicated by asterisks, amino acid position numbers are indicated on th...
<p>Amino acid sequence alignment including all isoforms found in human and zebrafish. The position o...
<p>Mc1r protein sequences of Surface (wild type) and three populations of cave <i>Astyanax</i>, thre...
<p>(<b>A</b>) Comparison of the amino acid sequence of zebrafish nr2fIa to orthologs from other spec...
<p>The amino acid sequences of 27 Kunitz domains from 18 human proteins, including HAI-1, HAI-2, and...
<p>Boxes in represent exons, and the numbers indicate the length (bp) of the exons and introns.</p
A protein structural domain is defined as a compact, spatially distinct part of a protein that can f...
A protein structural domain is defined as a compact, spatially distinct part of a protein that can f...
<p>Proteins are selected based on the sequence homology to the identified mouse proteins. Homology m...
The gene structure was determined by alignments of mRNA with genomic sequences. The exon-intron stru...