<p>(<b>A</b>) Protein sequence alignments of human CIRHIN and zebrafish Cirhin. Identical residues are shaded black, and similar residues are shaded grey. Zebrafish Cirhin contains 685 amino acids, and is 54% identical and 72% similar to the human protein, with identity at the arginine residue mutated in NAIC (red arrowheads). (<b>B</b>) Synteny analyses of zebrafish chromosome 18 and human chromosome 16 near the <i>cirh1a</i> and <i>CIRH1A</i> loci. Diagonal lines indicate conserved syntenic relationships.</p
<p>(A) Red dots represent regions of orthology between zebrafish and human chromosomal segments. Zeb...
<p>Alignments were performed using NCBI BLAST (blastp). ZF: zebrafish. Protein identity: percentage ...
6) from the Tubingen strain, zebrafish chromosome 19 from the AB strain (Dr chr 19/AB), and Onchoryn...
<p>Alignment of optineurin protein sequences from human, mouse and zebrafish. Black shaded amino aci...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>Amino acid sequence alignment including all isoforms found in human and zebrafish. The position o...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
<p><b>(A)</b> Shared synteny between the genomic region containing <i>QKI</i> in human chromosome 6 ...
<p>Data is shown for genes identified as human-zebrafish orthologs. Axes show genes by chromosome fo...
<p>A. Comparative gene location of IFIT sequences between human chromosome 10 and zebrafish chromoso...
<p>Amino-acid alignments of zebrafish Sept9a and Sept9b putative protein products show a high degree...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
) from the Tubingen strain, zebrafish chromosome 19 from the AB strain (Dr chr 19/AB), and Onchorync...
<p>(A) Red dots represent regions of orthology between zebrafish and human chromosomal segments. Zeb...
<p>Alignments were performed using NCBI BLAST (blastp). ZF: zebrafish. Protein identity: percentage ...
6) from the Tubingen strain, zebrafish chromosome 19 from the AB strain (Dr chr 19/AB), and Onchoryn...
<p>Alignment of optineurin protein sequences from human, mouse and zebrafish. Black shaded amino aci...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>Amino acid sequence alignment including all isoforms found in human and zebrafish. The position o...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
<p><b>(A)</b> Shared synteny between the genomic region containing <i>QKI</i> in human chromosome 6 ...
<p>Data is shown for genes identified as human-zebrafish orthologs. Axes show genes by chromosome fo...
<p>A. Comparative gene location of IFIT sequences between human chromosome 10 and zebrafish chromoso...
<p>Amino-acid alignments of zebrafish Sept9a and Sept9b putative protein products show a high degree...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
Zebrafish have become a popular organism for the study of vertebrate gene function. The virtually tr...
) from the Tubingen strain, zebrafish chromosome 19 from the AB strain (Dr chr 19/AB), and Onchorync...
<p>(A) Red dots represent regions of orthology between zebrafish and human chromosomal segments. Zeb...
<p>Alignments were performed using NCBI BLAST (blastp). ZF: zebrafish. Protein identity: percentage ...
6) from the Tubingen strain, zebrafish chromosome 19 from the AB strain (Dr chr 19/AB), and Onchoryn...