In this tutorial review, we discuss the utilization of chemical shift information as well as ab initio calculations of nuclear shieldings for protein structure determination. Both the empirical and computational aspects of the chemical shift are reviewed and the role of molecular dynamics and the accuracy of different computational methods are discussed. It is anticipated that incorporating theoretical information on chemical shifts will increase the accuracy of protein structures, in the solid and liquid state alike, and extend the applicability of NMR spectroscopy to ever larger systems.</p
SummarySolid-state NMR spectroscopy does not require proteins to form crystalline or soluble samples...
Structural studies of proteins are critical for understanding biological processes at the molecular ...
Understanding biological phenomena at atomic resolution is one of the keys to modern drug design. In...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
Fast and accurate protein structure prediction is one of the major challenges in structural biology,...
A review of the Progress in Nuclear Magnetic Resonance Spectroscopy journal discusses the roles that...
of Molecular Biology and for proteins, using a set of co-ordinates provided for example from an X-ra...
AbstractAlthough three-dimensional protein structure determination using nuclear magnetic resonance ...
[[abstract]]Understanding the functions of the vast number of proteins encoded in many genomes that ...
The knowledge of the tridimensional structure of a protein is essential to study its interactions an...
The structural sensitivity of NMR chemical shifts as computed by quantum chemical methods is compare...
SummarySolid-state NMR spectroscopy does not require proteins to form crystalline or soluble samples...
Structural studies of proteins are critical for understanding biological processes at the molecular ...
Understanding biological phenomena at atomic resolution is one of the keys to modern drug design. In...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
In this tutorial review, we discuss the utilization of chemical shift information as well as ab init...
Fast and accurate protein structure prediction is one of the major challenges in structural biology,...
A review of the Progress in Nuclear Magnetic Resonance Spectroscopy journal discusses the roles that...
of Molecular Biology and for proteins, using a set of co-ordinates provided for example from an X-ra...
AbstractAlthough three-dimensional protein structure determination using nuclear magnetic resonance ...
[[abstract]]Understanding the functions of the vast number of proteins encoded in many genomes that ...
The knowledge of the tridimensional structure of a protein is essential to study its interactions an...
The structural sensitivity of NMR chemical shifts as computed by quantum chemical methods is compare...
SummarySolid-state NMR spectroscopy does not require proteins to form crystalline or soluble samples...
Structural studies of proteins are critical for understanding biological processes at the molecular ...
Understanding biological phenomena at atomic resolution is one of the keys to modern drug design. In...