A detailed understanding of protein dynamics remains elusive. Recent comparisons of computer simulations with experimental data are calibrating the methods and establishing their applications. In this issue of Structure, Kondrashov et al. (2007) exemplify the approach by comparing computed normal modes with measured crystallographic B factors
Intrinsic fluctuations of a protein enable it to sample a large repertoire of conformers including t...
[[abstract]]The analysis of normal vibration mode is a powerful tool, which can not only predict the...
Identification of correlated residues in proteins is very important for many areas of protein resear...
A detailed understanding of protein dynamics remains elusive. Recent comparisons of computer simulat...
International audienceNormal Mode Analysis is a fast and inexpensive approach that is largely used t...
SummaryThe deformation patterns of a large set of representative proteins determined by essential dy...
ABSTRACT Normal mode analysis of proteins of various sizes, ranging from 46 (crambin) up to 858 resi...
International audienceNormal mode analysis has become one of the standard techniques in the study of...
[[abstract]]Normal Mode Analysis (NMA) is forecast for a macro-molecule possible movement powerful t...
International audienceAs more and more structures of macromolecular complexes get solved in differen...
Normal mode analysis and essential dynamics analysis are powerful methods used for the analysis of c...
International audienceThe identification of dynamical domains in proteins and the description of the...
Molecular dynamics (MD) and normal mode analysis (NMA) are very useful methods for characterizing va...
Various types of large-amplitude molecular deformation are ubiquitously involved in the functions of...
A abordagem de modos normais de baixa frequência na descrição das flutuações conformacionais dos es...
Intrinsic fluctuations of a protein enable it to sample a large repertoire of conformers including t...
[[abstract]]The analysis of normal vibration mode is a powerful tool, which can not only predict the...
Identification of correlated residues in proteins is very important for many areas of protein resear...
A detailed understanding of protein dynamics remains elusive. Recent comparisons of computer simulat...
International audienceNormal Mode Analysis is a fast and inexpensive approach that is largely used t...
SummaryThe deformation patterns of a large set of representative proteins determined by essential dy...
ABSTRACT Normal mode analysis of proteins of various sizes, ranging from 46 (crambin) up to 858 resi...
International audienceNormal mode analysis has become one of the standard techniques in the study of...
[[abstract]]Normal Mode Analysis (NMA) is forecast for a macro-molecule possible movement powerful t...
International audienceAs more and more structures of macromolecular complexes get solved in differen...
Normal mode analysis and essential dynamics analysis are powerful methods used for the analysis of c...
International audienceThe identification of dynamical domains in proteins and the description of the...
Molecular dynamics (MD) and normal mode analysis (NMA) are very useful methods for characterizing va...
Various types of large-amplitude molecular deformation are ubiquitously involved in the functions of...
A abordagem de modos normais de baixa frequência na descrição das flutuações conformacionais dos es...
Intrinsic fluctuations of a protein enable it to sample a large repertoire of conformers including t...
[[abstract]]The analysis of normal vibration mode is a powerful tool, which can not only predict the...
Identification of correlated residues in proteins is very important for many areas of protein resear...