1.1 --- a/pair_cores/web/approot/locales/pair-cores-web.xml	Wed Jan 30 15:39:27 2013 +0400
     1.2 +++ b/pair_cores/web/approot/locales/pair-cores-web.xml	Wed Jan 30 15:48:01 2013 +0400
     1.3 @@ -65,7 +65,7 @@
     1.4      </message>
     1.5      <message id='desc.Width'>
     1.6          Pair geometrical cores with too few alignment positions
     1.7 -        (less than theshold) are discarded.
     1.8 +        (less than threshold) are discarded.
     1.9      </message>
    1.10  
    1.11      <message id='pair.in.Alignment'>Alignment file</message>
    1.12 @@ -104,7 +104,7 @@
    1.13              for each pair of sequences from input alignment.</li>
    1.14          <li>Filter pair geometrical cores.
    1.15              Pair geometrical cores with too few alignment positions
    1.16 -            (less than theshold) are discarded.
    1.17 +            (less than threshold) are discarded.
    1.18              Option "Ignore cores, owned by one SS element" can be enabled
    1.19              to discard pair cores, located in only one element of secondary
    1.20              structure of protein (because each SS elements of the same type
    1.21 @@ -113,7 +113,7 @@
    1.22              There are two implementations of this step:
    1.23              homology (recommended by default) and blocks3D.
    1.24              <br/>
    1.25 -            <b>Homology</b>. Aminoacids of the same position
    1.26 +            <b>Homology</b>. Amino acids of the same position
    1.27              of a pair geometrical core are considered homologous;
    1.28              relation of homology is enclosed by transitivity in each
    1.29              alignment position.
    1.30 @@ -124,7 +124,7 @@
    1.31              of the alignment. Two residues are connected with an edge,
    1.32              if there is a pair geometrical core, including both residues.
    1.33              Find cliques in the graph. Found cliques are sorted by number of
    1.34 -            affected sequences and then by number of resudues.
    1.35 +            affected sequences and then by number of residues.
    1.36              First clique is considered a plus-block;
    1.37              it is removed from the graph; find next clique and so on.
    1.38              Cliques are searched using time-limited Bron-Kerbosch algorithm.
    1.39 @@ -133,7 +133,7 @@
    1.40          Algorithm parameters can be regulated in pair-cores service.
    1.41          Results are available in several formats: interactive visualisation
    1.42          of plus-blocks over input alignment (HTML, JavaScript);
    1.43 -        superimposition of protein structures by plus-blocks (Pymol);
    1.44 +        superimposition of protein structures by plus-blocks (PyMol);
    1.45          table output.
    1.46      </message>
    1.47      <message id='pair.main.Description_compare'>