In the world of RNAs and proteins, similarities at the level of primary structures of two comparable molecules usually correspond to structural similarities at the tertiary level. In other words, measures of sequence and structure similarities are in general correlated - a high value of sequence similarity imposes a high value of structural similarity. However, important exceptions that stay in contrast to this general rule can be identified. It is possible to find similar structures with very different sequences, as well as similar sequences with very different structures. In this paper, we focus our attention on the latter case and propose a tool, called StructAnalyzer, supporting analysis of relations between the sequence and structure s...
© 2001-2011 IEEE. The structure of a molecule is critical to determine its function in a biological ...
In a similar manner to sequence database searching, it is also possible to compare three-dimensional...
One of the landmark successes in bioinformatics has been the development of sequence-based algorithm...
RNA sequences creates complicated secondary structures, unlike DNA. In the presented work we state t...
Motivation: The underlying assumption of many sequence-based comparative studies in proteomics is th...
Proteins are very complex physical objects consisting of thousands of atoms and hundreds of amino ac...
Secondary and tertiary RNA structures play an important role in many biological processes. Therefore...
International audienceWe present a thorough analysis of the relation between amino acid sequence and...
Sequence alignment techniques have been developed into extremely powerful tools for identifying the ...
The rapidly growing structure databases enhance the probability of finding identical sequences shari...
The dramatic increase in heterogeneous types of biological data--in particular, the abundance of new...
AbstractIn this paper, we propose a new similarity measure to compare RNA secondary structure. We fi...
AbstractA set of proteins is a complex system whose elements are interrelated on the concept of sequ...
AbstractCurrent analyses of protein sequence/structure relationships have focused on expected simila...
Protein structural annotation and classification is an important and challenging problem in bioinfor...
© 2001-2011 IEEE. The structure of a molecule is critical to determine its function in a biological ...
In a similar manner to sequence database searching, it is also possible to compare three-dimensional...
One of the landmark successes in bioinformatics has been the development of sequence-based algorithm...
RNA sequences creates complicated secondary structures, unlike DNA. In the presented work we state t...
Motivation: The underlying assumption of many sequence-based comparative studies in proteomics is th...
Proteins are very complex physical objects consisting of thousands of atoms and hundreds of amino ac...
Secondary and tertiary RNA structures play an important role in many biological processes. Therefore...
International audienceWe present a thorough analysis of the relation between amino acid sequence and...
Sequence alignment techniques have been developed into extremely powerful tools for identifying the ...
The rapidly growing structure databases enhance the probability of finding identical sequences shari...
The dramatic increase in heterogeneous types of biological data--in particular, the abundance of new...
AbstractIn this paper, we propose a new similarity measure to compare RNA secondary structure. We fi...
AbstractA set of proteins is a complex system whose elements are interrelated on the concept of sequ...
AbstractCurrent analyses of protein sequence/structure relationships have focused on expected simila...
Protein structural annotation and classification is an important and challenging problem in bioinfor...
© 2001-2011 IEEE. The structure of a molecule is critical to determine its function in a biological ...
In a similar manner to sequence database searching, it is also possible to compare three-dimensional...
One of the landmark successes in bioinformatics has been the development of sequence-based algorithm...