Add to ORKGBackground: Protein structural alignment is one of the most fundamental and crucial areas of research in the domain of computational structural biology. Comparison of a protein structure with known structures helps to classify it as a new or belonging to a known group of proteins. This, in turn, is useful to determine the function of protein, its evolutionary relationship with other protein molecules and grasping principles underlying protein architecture and folding. Results: A large number of protein structure alignment methods are available. Each protein structure alignment tool has its own strengths and weaknesses that need to be highlighted. We compared and presented results of six most popular and publically available servers for prot...
The importance of pairwise protein structural comparison in biomedical research is fueling the searc...
SummaryWith the continuous growth of the RCSB Protein Data Bank (PDB), providing an up-to-date syste...
The increasing number of available protein structures requires efficient tools for multiple structur...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
AbstractBackgroundProtein structural alignment is one of the most fundamental and crucial areas of r...
Background: Several methods are currently available for the comparison of protein structures. These ...
The large number of experimentally determined protein 3D structures is a rich resource for studying ...
Multiple protein sequence alignment methods are central to many applications in molecular biology. T...
AbstractStructure comparison is a crucial aspect of structural biology today. The field of structure...
Multiple protein sequence alignment methods are central to many applications in molecular biology. T...
Summary: Accurate alignment of protein sequences and/or structures is crucial for many biological an...
Proteins are flexible, and this flexibility has an essential functional role. Flexibility can be obs...
Motivation: Aligning and comparing protein structures is important for understanding their evolution...
International audienceThe three dimensional structure of a protein provides major insights into its ...
The three dimensional structure of a protein provides major insights into its function. Protein stru...
The importance of pairwise protein structural comparison in biomedical research is fueling the searc...
SummaryWith the continuous growth of the RCSB Protein Data Bank (PDB), providing an up-to-date syste...
The increasing number of available protein structures requires efficient tools for multiple structur...
Background: Protein structural alignment is one of the most fundamental and crucial areas of researc...
AbstractBackgroundProtein structural alignment is one of the most fundamental and crucial areas of r...
Background: Several methods are currently available for the comparison of protein structures. These ...
The large number of experimentally determined protein 3D structures is a rich resource for studying ...
Multiple protein sequence alignment methods are central to many applications in molecular biology. T...
AbstractStructure comparison is a crucial aspect of structural biology today. The field of structure...
Multiple protein sequence alignment methods are central to many applications in molecular biology. T...
Summary: Accurate alignment of protein sequences and/or structures is crucial for many biological an...
Proteins are flexible, and this flexibility has an essential functional role. Flexibility can be obs...
Motivation: Aligning and comparing protein structures is important for understanding their evolution...
International audienceThe three dimensional structure of a protein provides major insights into its ...
The three dimensional structure of a protein provides major insights into its function. Protein stru...
The importance of pairwise protein structural comparison in biomedical research is fueling the searc...
SummaryWith the continuous growth of the RCSB Protein Data Bank (PDB), providing an up-to-date syste...
The increasing number of available protein structures requires efficient tools for multiple structur...