Modeling methods to derive 3D-structure of proteins have been recently developed. Protein homology-modeling, also known as comparative protein modeling, is nowadays the most accurate protein modeling method. This technique can produce useful models for about an order of magnitude more protein sequences than there have been structures determined by experiment in the same amount of time. All current protein homology-modeling methods consist of four sequential steps: fold assignment and template selection, template-target alignment, model building, and model evaluation. In this paper we discuss in some detail the protein-homology paradigm, its predictive power and its limitations
Abstract Background The analysis of protein structures provides fundamental insight into most bioche...
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
The most frequently used approach for protein structure prediction is currently homology modeling. T...
Homology modeling plays a central role in determining protein structure in the structural genomics p...
Homology/comparative modeling of proteins is the most accurate approach aimed at predicting their st...
Homology/comparative modeling of proteins is the most accurate approach aimed at predicting their st...
Knowledge of three-dimensional protein structure is of the paramount importance for determination of...
Homology modeling is a computational methodology to assign a 3-D structure to a target protein when ...
Homology modeling [4] aims to build three-dimensional protein structure [2] models using experimenta...
Proteins are subject to evolutionary forces that shape their three-dimensional structure to meet spe...
Determination of the protein structure and understanding its function is essential for any relevant ...
Summary Determination of the protein structure and understanding its function is essential for any r...
OAK B202 INTEGRATION OF STRUCTURAL AND SEQUENCE INFORMATION FOR HOMOLOGY-BASED MODELING OF PROTEINS....
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
The purpose of this quick guide is to help new modelers who have little or no background in comparat...
Abstract Background The analysis of protein structures provides fundamental insight into most bioche...
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
The most frequently used approach for protein structure prediction is currently homology modeling. T...
Homology modeling plays a central role in determining protein structure in the structural genomics p...
Homology/comparative modeling of proteins is the most accurate approach aimed at predicting their st...
Homology/comparative modeling of proteins is the most accurate approach aimed at predicting their st...
Knowledge of three-dimensional protein structure is of the paramount importance for determination of...
Homology modeling is a computational methodology to assign a 3-D structure to a target protein when ...
Homology modeling [4] aims to build three-dimensional protein structure [2] models using experimenta...
Proteins are subject to evolutionary forces that shape their three-dimensional structure to meet spe...
Determination of the protein structure and understanding its function is essential for any relevant ...
Summary Determination of the protein structure and understanding its function is essential for any r...
OAK B202 INTEGRATION OF STRUCTURAL AND SEQUENCE INFORMATION FOR HOMOLOGY-BASED MODELING OF PROTEINS....
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
The purpose of this quick guide is to help new modelers who have little or no background in comparat...
Abstract Background The analysis of protein structures provides fundamental insight into most bioche...
Life is driven by proteins as molecular machines. To properly understand these, detailed 3D protein ...
The most frequently used approach for protein structure prediction is currently homology modeling. T...