<p>Reported and FIA-predicted β-sheets of representative starch-binding CBMs are underlined; ligand-binding aromatic residues and two polyN loops, validated <i>in vitro</i>, are denoted by white and gray boxes, respectively.</p
Multiple sequence alignment is a broadly used methodology in biological applications. It is expected...
<p>Residues K49 and R56 are coloured yellow on the white surface representation of 14-3-3ζ. Structur...
<p>(A) Structure-based sequence alignment of BPSV-CBP and ORFV-CBP. Amino acid sequence of BPSV-CBP ...
<p>No pair of sequences shares higher than 80% identity. The reported ligand-binding residues and po...
Carbohydrate binding modules (CBMs) are found in polysaccharide-targeting enzymes and increase catal...
[[abstract]]Multiple sequence alignment is widely applied to discover core conserved regions among q...
Carbohydrate binding modules (CBMs) are found in polysaccharide-targeting enzymes and increase catal...
<p>Residues in bold are highly conserved and those in boxes with a black background are perfect matc...
<p>In this MSA, the six <i>E</i>. <i>huxleyi</i> CBM1 domains are shown together with predicted non-...
[[abstract]]Multiple sequence alignment is often used to locate consensus sequence stretches with ev...
<p>Alignment has been performed using ClustalW2. It is focused on residues considered to participate...
<p>The secondary structure is shown above (CBM32-4) and below (CBM32-5) with arrows representing β-s...
<p>A, B and C correspond to the alignments of CBM21, 25 and 48 adjusted against the profile hidden M...
<p><b>(A)</b> Multiple sequence alignment of CBM1 domains found in <i>E</i>. huxleyi, with benchmark...
<p>Alignment of the predicted protein sequence of <i>ICS</i> in <i>S</i>. <i>baicalensis</i> (the ch...
Multiple sequence alignment is a broadly used methodology in biological applications. It is expected...
<p>Residues K49 and R56 are coloured yellow on the white surface representation of 14-3-3ζ. Structur...
<p>(A) Structure-based sequence alignment of BPSV-CBP and ORFV-CBP. Amino acid sequence of BPSV-CBP ...
<p>No pair of sequences shares higher than 80% identity. The reported ligand-binding residues and po...
Carbohydrate binding modules (CBMs) are found in polysaccharide-targeting enzymes and increase catal...
[[abstract]]Multiple sequence alignment is widely applied to discover core conserved regions among q...
Carbohydrate binding modules (CBMs) are found in polysaccharide-targeting enzymes and increase catal...
<p>Residues in bold are highly conserved and those in boxes with a black background are perfect matc...
<p>In this MSA, the six <i>E</i>. <i>huxleyi</i> CBM1 domains are shown together with predicted non-...
[[abstract]]Multiple sequence alignment is often used to locate consensus sequence stretches with ev...
<p>Alignment has been performed using ClustalW2. It is focused on residues considered to participate...
<p>The secondary structure is shown above (CBM32-4) and below (CBM32-5) with arrows representing β-s...
<p>A, B and C correspond to the alignments of CBM21, 25 and 48 adjusted against the profile hidden M...
<p><b>(A)</b> Multiple sequence alignment of CBM1 domains found in <i>E</i>. huxleyi, with benchmark...
<p>Alignment of the predicted protein sequence of <i>ICS</i> in <i>S</i>. <i>baicalensis</i> (the ch...
Multiple sequence alignment is a broadly used methodology in biological applications. It is expected...
<p>Residues K49 and R56 are coloured yellow on the white surface representation of 14-3-3ζ. Structur...
<p>(A) Structure-based sequence alignment of BPSV-CBP and ORFV-CBP. Amino acid sequence of BPSV-CBP ...
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