The role of a protein depends heavily on its 3D shape, which is composed of semi-independent three-dimensional blocks called domains. Domains fold independently and constitute units of evolution. Most proteins contain multiple domains that are associated with a particular functions; moreover, the same domain can be found in different proteins. Automated recognition of domains can make prediction of proteins function easier and can support the analysis of proteins. Here, we propose a novel algorithm designed for domain recognition by identification of domain boundaries in the protein structure. The proposed algorithm uses a contact graph and an iterative approach to find m...
Background: Conformational transitions are implicated in the biological function of many proteins. S...
Abstract Background High-throughput methods for detecting protein-protein interactions enable us to ...
The classification of the protein structure is commonly not performed for the whole protein but for ...
The role of a protein depends heavily on its 3D shape, which is composed of semi-independe...
A novel automatic procedure for identifying domains from protein atomic coordinates is presented. Th...
Abstract Background Protein structures are comprised of modular elements known as domains. These uni...
With a growing number of structures available in the Brookhaven Protein Data Bank, automatic methods...
An algorithm is presented for the fast and accurate definition of protein structural domains from co...
This paper presents a new algorithm for the decomposition of a multi-domain protein into individual ...
[[abstract]]Many proteins contain compact units (domains) that can fold into a 3D structure that loo...
BACKGROUND:Identification of the structural domains of proteins is important for our understanding o...
We present a novel method for the identification of structural domains and domain interface residues...
ABSTRACT We present a novel method for the identification of structural domains and domain interface...
The three-dimensional structure of proteins is useful to carry out the biophysical and biochemical f...
The precise prediction of protein domains, which are the structural, functional and evolutionary uni...
Background: Conformational transitions are implicated in the biological function of many proteins. S...
Abstract Background High-throughput methods for detecting protein-protein interactions enable us to ...
The classification of the protein structure is commonly not performed for the whole protein but for ...
The role of a protein depends heavily on its 3D shape, which is composed of semi-independe...
A novel automatic procedure for identifying domains from protein atomic coordinates is presented. Th...
Abstract Background Protein structures are comprised of modular elements known as domains. These uni...
With a growing number of structures available in the Brookhaven Protein Data Bank, automatic methods...
An algorithm is presented for the fast and accurate definition of protein structural domains from co...
This paper presents a new algorithm for the decomposition of a multi-domain protein into individual ...
[[abstract]]Many proteins contain compact units (domains) that can fold into a 3D structure that loo...
BACKGROUND:Identification of the structural domains of proteins is important for our understanding o...
We present a novel method for the identification of structural domains and domain interface residues...
ABSTRACT We present a novel method for the identification of structural domains and domain interface...
The three-dimensional structure of proteins is useful to carry out the biophysical and biochemical f...
The precise prediction of protein domains, which are the structural, functional and evolutionary uni...
Background: Conformational transitions are implicated in the biological function of many proteins. S...
Abstract Background High-throughput methods for detecting protein-protein interactions enable us to ...
The classification of the protein structure is commonly not performed for the whole protein but for ...