<p>A. Tetratricopeptide repeat (TPR) motifs on the 10 IFIT proteins present in zebrafish. Orthologous proteins from human and mouse are shown for comparative purposes. B. Length, calculated molecular weight (kDa) and theoretical pI of the different zebrafish IFITs. C. 3D-structure of zebrafish IFITs, predicted using I-TASSER server, selecting the model with the best C-score and viewed using PyMOL.</p
<p>The structural domains of zebrafish (zf) PrP-1, PrP-2 and mouse (m) PrP are represented as follow...
<p>The wild-type zebrafish (Panel A), the zebrafish V567 mutant (Panel B), the wild-type murine (Pan...
<p>(A) Structure of the zebrafish <i>igf-1a</i> and <i>-1b</i> genes. Signal peptide and E domain re...
<p>Zebrafish IFIT family genes were identified by BLAST search of zebrafish genome. The putative TPR...
<p>A neighbor-joining tree was constructed based on analysis of 107 IFIT family protein sequences us...
<p>Protein sequence identity (%) and similarity (%) among zebrafish caspases.</p
<p>A. Comparative gene location of IFIT sequences between human chromosome 10 and zebrafish chromoso...
<p>(<b>A</b>) Comparison of human, mouse, elephant shark, zebrafish, medaka, fugu, stickleback, and ...
<p>A) Amino acid sequence alignment of human IGFBP-2, mouse IGFBP-2, zebrafish IGFBP-2a and -2b, and...
(A) Synteny analysis of duplicated 4.1B genes in the zebrafish Danio rerio (Dr). Red boxes connected...
(A) A linear diagram of 13 unique constructs of Tmie used in our experiments. Full-length zebrafish ...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>A. Constitutive expression of IFIT genes in tissues of adult zebrafish (S: Spleen; L: Liver; K: K...
In bony fishes, Bfsp2 orthologues are predicted to possess a C-terminal tail domain, which is absent...
<p>A. A protein sequence alignment of zebrafish PP1Ba and PP1Bb with human PP1β. The amino acids mar...
<p>The structural domains of zebrafish (zf) PrP-1, PrP-2 and mouse (m) PrP are represented as follow...
<p>The wild-type zebrafish (Panel A), the zebrafish V567 mutant (Panel B), the wild-type murine (Pan...
<p>(A) Structure of the zebrafish <i>igf-1a</i> and <i>-1b</i> genes. Signal peptide and E domain re...
<p>Zebrafish IFIT family genes were identified by BLAST search of zebrafish genome. The putative TPR...
<p>A neighbor-joining tree was constructed based on analysis of 107 IFIT family protein sequences us...
<p>Protein sequence identity (%) and similarity (%) among zebrafish caspases.</p
<p>A. Comparative gene location of IFIT sequences between human chromosome 10 and zebrafish chromoso...
<p>(<b>A</b>) Comparison of human, mouse, elephant shark, zebrafish, medaka, fugu, stickleback, and ...
<p>A) Amino acid sequence alignment of human IGFBP-2, mouse IGFBP-2, zebrafish IGFBP-2a and -2b, and...
(A) Synteny analysis of duplicated 4.1B genes in the zebrafish Danio rerio (Dr). Red boxes connected...
(A) A linear diagram of 13 unique constructs of Tmie used in our experiments. Full-length zebrafish ...
<p>(A) Shows alignment of Etsrp and its closest human and zebrafish homologs Ets1 proteins. Etsrp an...
<p>A. Constitutive expression of IFIT genes in tissues of adult zebrafish (S: Spleen; L: Liver; K: K...
In bony fishes, Bfsp2 orthologues are predicted to possess a C-terminal tail domain, which is absent...
<p>A. A protein sequence alignment of zebrafish PP1Ba and PP1Bb with human PP1β. The amino acids mar...
<p>The structural domains of zebrafish (zf) PrP-1, PrP-2 and mouse (m) PrP are represented as follow...
<p>The wild-type zebrafish (Panel A), the zebrafish V567 mutant (Panel B), the wild-type murine (Pan...
<p>(A) Structure of the zebrafish <i>igf-1a</i> and <i>-1b</i> genes. Signal peptide and E domain re...