Alignment of L. major and human ATR (A) and ATM (B) protein sequences according to their secondary structure. Secondary structures are indicated by red ovals for alpha-helices and green arrows for beta-sheets; gaps in the alignment are indicated as dashes (-), more than one possible amino acid in the consensus is indicated by a plus sign (+). Red arrows above the sequences indicate important residues for the catalytic activity of the proteins; the numbers above the sequence indicate the position of that amino acid in the corresponding L. major protein. Amino acids residues are presented as International Union of Pure and Applied Chemistry (IUPAC) one-letter notation code.</p
<p>Length and sequence positions are given in the parentheses. Single letter codes are used to repre...
In molecular biology, a common question often rises about a gene or protein is whether it is related...
<p>(A) Relative conservation of amino acids at different positions from a multiple sequence alignmen...
The basic operation in analysis of protein evolution is alignment: the specification of residue-resi...
<p>(A) Alignments of all <i>P</i>. <i>sojae</i> W/Y/L motifs. With respect to protein surface access...
The prediction of protein secondary structure (alpha-helices, beta-sheets and coil) is improved by 9...
The use of multiple sequence alignments for secondary structure predictions is analysed. Seven diffe...
An algorithm is presented for the accurate and rapid generation of multiple protein sequence alignme...
<p>The secondary structural elements corresponding to 10077a (2PZZ) is shown at the top of the align...
<p>A. Sequence alignment for the last 130 amino acids of human Akt1 and Akt2. Different residues are...
<p>Alignment of light chain (Vl) and heavy chain (Vh) variable regions of the murine V5B2 scFv (moSc...
<p>Alignment logo, and consensus secondary structure are plotted below (full secondary structure ali...
<p>The secondary structure elements of the <i>Tm</i>Cel12B proteins homology modelled are drawn at t...
Abstract-Methods for protein secondary structure prediction have improved significantly in recent ye...
This chapter describes a strategy for the hierarchical analysis of residue conservation and the iden...
<p>Length and sequence positions are given in the parentheses. Single letter codes are used to repre...
In molecular biology, a common question often rises about a gene or protein is whether it is related...
<p>(A) Relative conservation of amino acids at different positions from a multiple sequence alignmen...
The basic operation in analysis of protein evolution is alignment: the specification of residue-resi...
<p>(A) Alignments of all <i>P</i>. <i>sojae</i> W/Y/L motifs. With respect to protein surface access...
The prediction of protein secondary structure (alpha-helices, beta-sheets and coil) is improved by 9...
The use of multiple sequence alignments for secondary structure predictions is analysed. Seven diffe...
An algorithm is presented for the accurate and rapid generation of multiple protein sequence alignme...
<p>The secondary structural elements corresponding to 10077a (2PZZ) is shown at the top of the align...
<p>A. Sequence alignment for the last 130 amino acids of human Akt1 and Akt2. Different residues are...
<p>Alignment of light chain (Vl) and heavy chain (Vh) variable regions of the murine V5B2 scFv (moSc...
<p>Alignment logo, and consensus secondary structure are plotted below (full secondary structure ali...
<p>The secondary structure elements of the <i>Tm</i>Cel12B proteins homology modelled are drawn at t...
Abstract-Methods for protein secondary structure prediction have improved significantly in recent ye...
This chapter describes a strategy for the hierarchical analysis of residue conservation and the iden...
<p>Length and sequence positions are given in the parentheses. Single letter codes are used to repre...
In molecular biology, a common question often rises about a gene or protein is whether it is related...
<p>(A) Relative conservation of amino acids at different positions from a multiple sequence alignmen...