<p>The red dot indicates an RCA<sub>L</sub> in different species, and the red box indicates RCA<sub>L</sub>-specific differential fragments that are more than the RCA<sub>S</sub>-specific ones. Different amino acid sequences of the RCA protein aligned using clustal Omega.</p
<p>Alignment of optineurin protein sequences from human, mouse and zebrafish. Black shaded amino aci...
<p>The shading of the alignment represents different degrees of conservation among sequences. The da...
<p>Multiple sequence alignment demonstrating evolutionary conservation of the six biologically chara...
<p>Multiple alignments of the four CRs for a representative set of protein sequences (>15% dissimila...
<p>Fig. 3a: αE114 and αR170; Fig. 3b: αD322 and αR393; Fig. 3c: αE462 and αG478.</p
<p>Conserved amino acid sequences are indicated by pink boxes for the Y-segment; blue boxes for the ...
<p>The position of the first amino acid of each sequence is indicated on the left, and the Uniprot r...
N protein amino acid sequence from representative RABV variants circulating in different hosts are c...
<p>Multiple sequence alignment was performed using the ClustalW algorithm of the AlignX program of t...
<p>Multiple sequence alignment of the hypothetical proteins with defined set of organisms.</p
<p>(A): Alignment of amino acid sequences of the candidate OBPs. (B): Alignment of amino acid sequen...
<p>Multiple sequence alignment of BmhGH-like and GH proteins in different species.</p
<p>Upper panel (A) is the multiple species sequence alignment of BRP44 and lower panel (B) shows the...
<p>Red highlighted residues above the sequences represent the amino acid differences between the cLY...
<p>The colour-coding bar shows the colouring scheme: conserved amino acids are coloured bordeaux, re...
<p>Alignment of optineurin protein sequences from human, mouse and zebrafish. Black shaded amino aci...
<p>The shading of the alignment represents different degrees of conservation among sequences. The da...
<p>Multiple sequence alignment demonstrating evolutionary conservation of the six biologically chara...
<p>Multiple alignments of the four CRs for a representative set of protein sequences (>15% dissimila...
<p>Fig. 3a: αE114 and αR170; Fig. 3b: αD322 and αR393; Fig. 3c: αE462 and αG478.</p
<p>Conserved amino acid sequences are indicated by pink boxes for the Y-segment; blue boxes for the ...
<p>The position of the first amino acid of each sequence is indicated on the left, and the Uniprot r...
N protein amino acid sequence from representative RABV variants circulating in different hosts are c...
<p>Multiple sequence alignment was performed using the ClustalW algorithm of the AlignX program of t...
<p>Multiple sequence alignment of the hypothetical proteins with defined set of organisms.</p
<p>(A): Alignment of amino acid sequences of the candidate OBPs. (B): Alignment of amino acid sequen...
<p>Multiple sequence alignment of BmhGH-like and GH proteins in different species.</p
<p>Upper panel (A) is the multiple species sequence alignment of BRP44 and lower panel (B) shows the...
<p>Red highlighted residues above the sequences represent the amino acid differences between the cLY...
<p>The colour-coding bar shows the colouring scheme: conserved amino acids are coloured bordeaux, re...
<p>Alignment of optineurin protein sequences from human, mouse and zebrafish. Black shaded amino aci...
<p>The shading of the alignment represents different degrees of conservation among sequences. The da...
<p>Multiple sequence alignment demonstrating evolutionary conservation of the six biologically chara...