<p>Three sets of (<b>A</b>) Modeller and (<b>B</b>) TASSER-Lite models are constructed using: structure alignments, <i>e</i>Thread alignments for structurally related (“good”) templates only as well as all alignments generated by <i>e</i>Thread. Gray-bricked area points up a room for further improvement using structure refinement. Dashed and dotted line corresponds to the accuracy of PSI-BLAST/Nest and the original TASSER-Lite, respectively.</p
© 2006 by the Biophysical SocietyThis study involves the development of a rapid comparative modeling...
Motivation: Quality assessment of protein structures is an important part of experimental structure ...
Abstract Background Prediction of protein structures is one of the fundamental challenges in biology...
<p>Models are constructed by Modeller and TASSER-Lite using <i>e</i>Thread alignments and compared t...
Background In the area of protein structure prediction, recently a lot of effort has gone into the ...
Motivation: Modelling the 3D structures of proteins can often be enhanced if more than one fold temp...
Comparative or homology protein structure model-ing is severely limited by errors in the alignment o...
Comparative or homology protein structure model-ing is severely limited by errors in the alignment o...
<p>Models constructed by <i>e</i>Thread/Modeller and <i>e</i>Thread/TASSER-Lite are compared to crys...
AbstractAn automated protein structure prediction algorithm, pro-sp3-Threading/ASSEmbly/Refinement (...
<p>TASSER was applied to a benchmark set of 38 membrane proteins with structures in the PDB. RMSD to...
In the absence of experimental structures, comparative modeling continues to be the chosen method fo...
(Threading/ASSembly/Refinement) method is ap-plied to predict the tertiary structures of all CASP6 t...
AbstractTo improve the prediction accuracy in the regime where template alignment quality is poor, a...
AbstractThis study involves the development of a rapid comparative modeling tool for homologous sequ...
© 2006 by the Biophysical SocietyThis study involves the development of a rapid comparative modeling...
Motivation: Quality assessment of protein structures is an important part of experimental structure ...
Abstract Background Prediction of protein structures is one of the fundamental challenges in biology...
<p>Models are constructed by Modeller and TASSER-Lite using <i>e</i>Thread alignments and compared t...
Background In the area of protein structure prediction, recently a lot of effort has gone into the ...
Motivation: Modelling the 3D structures of proteins can often be enhanced if more than one fold temp...
Comparative or homology protein structure model-ing is severely limited by errors in the alignment o...
Comparative or homology protein structure model-ing is severely limited by errors in the alignment o...
<p>Models constructed by <i>e</i>Thread/Modeller and <i>e</i>Thread/TASSER-Lite are compared to crys...
AbstractAn automated protein structure prediction algorithm, pro-sp3-Threading/ASSEmbly/Refinement (...
<p>TASSER was applied to a benchmark set of 38 membrane proteins with structures in the PDB. RMSD to...
In the absence of experimental structures, comparative modeling continues to be the chosen method fo...
(Threading/ASSembly/Refinement) method is ap-plied to predict the tertiary structures of all CASP6 t...
AbstractTo improve the prediction accuracy in the regime where template alignment quality is poor, a...
AbstractThis study involves the development of a rapid comparative modeling tool for homologous sequ...
© 2006 by the Biophysical SocietyThis study involves the development of a rapid comparative modeling...
Motivation: Quality assessment of protein structures is an important part of experimental structure ...
Abstract Background Prediction of protein structures is one of the fundamental challenges in biology...