Protein structure alignment is a crucial step in protein structure–function analysis. Despite the advances in protein structure alignment algorithms, some of the local conformationally similar regions are mislabeled as structurally variable regions (SVRs). These regions are not well superimposed because of differences in their spatial orientations. The Database of Structural Alignments (DoSA) addresses this gap in identification of local structural similarities obscured in global protein structural alignments by realigning SVRs using an algorithm based on protein blocks. A set of protein blocks is a structural alphabet that abstracts protein structures into 16 unique local structural motifs. DoSA provides unique information about 159 780 co...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
Motivation: Protein structure alignment is one of the most important computational problems in molec...
While the genome for a given organism stores the information necessary for the organism to function ...
Protein structure alignment is a crucial step in protein structure-function analysis. Despite the ad...
International audienceProtein structure alignment is a crucial step in protein structure-function an...
Proteins are flexible, and this flexibility has an essential functional role. Flexibility can be obs...
Abstract NMR chemical shifts in proteins depend strongly on local structure. The program TALOS estab...
AbstractStructure comparison is a crucial aspect of structural biology today. The field of structure...
The three dimensional structure of a protein provides major insights into its function. Protein stru...
Motivation: Accurate multiple sequence alignments are essential in protein structure modeling, funct...
Motivation: Aligning and comparing protein structures is important for understanding their evolution...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
International audienceThe three dimensional structure of a protein provides major insights into its ...
Summary: Accurate alignment of protein sequences and/or structures is crucial for many biological an...
Background: Several methods are currently available for the comparison of protein structures. These ...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
Motivation: Protein structure alignment is one of the most important computational problems in molec...
While the genome for a given organism stores the information necessary for the organism to function ...
Protein structure alignment is a crucial step in protein structure-function analysis. Despite the ad...
International audienceProtein structure alignment is a crucial step in protein structure-function an...
Proteins are flexible, and this flexibility has an essential functional role. Flexibility can be obs...
Abstract NMR chemical shifts in proteins depend strongly on local structure. The program TALOS estab...
AbstractStructure comparison is a crucial aspect of structural biology today. The field of structure...
The three dimensional structure of a protein provides major insights into its function. Protein stru...
Motivation: Accurate multiple sequence alignments are essential in protein structure modeling, funct...
Motivation: Aligning and comparing protein structures is important for understanding their evolution...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
International audienceThe three dimensional structure of a protein provides major insights into its ...
Summary: Accurate alignment of protein sequences and/or structures is crucial for many biological an...
Background: Several methods are currently available for the comparison of protein structures. These ...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
Motivation: Protein structure alignment is one of the most important computational problems in molec...
While the genome for a given organism stores the information necessary for the organism to function ...