Add to ORKGAnalyzing three dimensional protein structures is a very important task in molecular biology. Nowadays, the solution for protein structures often stems from the use of the state-of-the-art technologies such as nuclear magnetic resonance (NMR) spectroscopy techniques or X-Ray crystallography etc. as seen in the increasing number of PD
[[abstract]]Understanding the functions of the vast number of proteins encoded in many genomes that ...
The general nature of the problem of molecular structure in protein chemistry is discussed. As in al...
Proteins are a primary functional component of organic life, and understanding their function is int...
The availability of three-dimensional spatial information about protein structures is expanding, as ...
Sequence analysis and structure analysis are two of the fundamental areas of bioinformatics researc...
Three-dimensional protein structures are invaluable sources of information for the functional annota...
Structural biologists will perform a significant portion of their future work in silico due to incre...
The central dogma of molecular biology asserts a one way transfer of information from a cell’s genet...
Abstract. The knowledge of structural classes is applied in numerous important predictive tasks that...
Comparing the 3D structures of proteins is an important but computationally hard problem in bioinfor...
International audienceThe three dimensional structure of a protein provides major insights into its ...
We introduce a method for comparing protein structures using the notion of residue contexts based on...
A protein is characterized by both the amino-acid sequence and the threedimensional (3-D) structure ...
In this paper, we present a new scheme named ProtClass for automatic classification of three-dimensi...
The database of known protein three-dimensional structures can be significantly increased by the use...
[[abstract]]Understanding the functions of the vast number of proteins encoded in many genomes that ...
The general nature of the problem of molecular structure in protein chemistry is discussed. As in al...
Proteins are a primary functional component of organic life, and understanding their function is int...
The availability of three-dimensional spatial information about protein structures is expanding, as ...
Sequence analysis and structure analysis are two of the fundamental areas of bioinformatics researc...
Three-dimensional protein structures are invaluable sources of information for the functional annota...
Structural biologists will perform a significant portion of their future work in silico due to incre...
The central dogma of molecular biology asserts a one way transfer of information from a cell’s genet...
Abstract. The knowledge of structural classes is applied in numerous important predictive tasks that...
Comparing the 3D structures of proteins is an important but computationally hard problem in bioinfor...
International audienceThe three dimensional structure of a protein provides major insights into its ...
We introduce a method for comparing protein structures using the notion of residue contexts based on...
A protein is characterized by both the amino-acid sequence and the threedimensional (3-D) structure ...
In this paper, we present a new scheme named ProtClass for automatic classification of three-dimensi...
The database of known protein three-dimensional structures can be significantly increased by the use...
[[abstract]]Understanding the functions of the vast number of proteins encoded in many genomes that ...
The general nature of the problem of molecular structure in protein chemistry is discussed. As in al...
Proteins are a primary functional component of organic life, and understanding their function is int...