The highlighted structures from left to right are the native, the structures of the best Cα-RMSD, and the centroid of the biggest cluster, respectively.</p
<p>(A) protein structural regions, (B) secondary structure types, (C) residue types, (D) residue con...
Alignment of the three-dimensional structures of proteins is an essential task in bioinformatics. Be...
<p>These clusters are identified based on the conformations sampled at 305 K during the last 60 ns o...
Visual comparisons on nine of the target proteins (the native and predicted structures are in red an...
<p>(A) A cartoon depiction of cluster of adjacent residues is shown (red circle). (B) Structural ali...
We introduce a method for comparing protein structures using the notion of residue contexts based on...
<p>Eukaryotic proteases (3EST, 1TON, 3RP2, 5CHA) are in blue, prokaryotic (1SGT, 2SGA, 3SGB, 2ALP) i...
<p><b>Copyright information:</b></p><p>Taken from "Clustering protein environments for function pred...
<p>The protein is shown in blue, the native RNA in red and the RNA candidates in yellow. For each pd...
For each protein family, the maximum χ1 range is given for A) apo vs holo structures, B) apo vs apo+...
<p>The 3D structures of ARID3A<sub>FREE</sub> (PDB entry 2KK0), Dri<sub>FREE</sub> (PDB entry 1C20) ...
The biggest clusters are colored in red, while other clusters are represented in blue.</p
Protein structures are routinely compared by their root-mean-square deviation (RMSD) in atomic coord...
<p>(A) Median of the heavy atom RMSD to the reference structures are shown for 280 protein structure...
<p>The native structure is indicated by a blue circled asterisk and the SDU2 prediction by a red squ...
<p>(A) protein structural regions, (B) secondary structure types, (C) residue types, (D) residue con...
Alignment of the three-dimensional structures of proteins is an essential task in bioinformatics. Be...
<p>These clusters are identified based on the conformations sampled at 305 K during the last 60 ns o...
Visual comparisons on nine of the target proteins (the native and predicted structures are in red an...
<p>(A) A cartoon depiction of cluster of adjacent residues is shown (red circle). (B) Structural ali...
We introduce a method for comparing protein structures using the notion of residue contexts based on...
<p>Eukaryotic proteases (3EST, 1TON, 3RP2, 5CHA) are in blue, prokaryotic (1SGT, 2SGA, 3SGB, 2ALP) i...
<p><b>Copyright information:</b></p><p>Taken from "Clustering protein environments for function pred...
<p>The protein is shown in blue, the native RNA in red and the RNA candidates in yellow. For each pd...
For each protein family, the maximum χ1 range is given for A) apo vs holo structures, B) apo vs apo+...
<p>The 3D structures of ARID3A<sub>FREE</sub> (PDB entry 2KK0), Dri<sub>FREE</sub> (PDB entry 1C20) ...
The biggest clusters are colored in red, while other clusters are represented in blue.</p
Protein structures are routinely compared by their root-mean-square deviation (RMSD) in atomic coord...
<p>(A) Median of the heavy atom RMSD to the reference structures are shown for 280 protein structure...
<p>The native structure is indicated by a blue circled asterisk and the SDU2 prediction by a red squ...
<p>(A) protein structural regions, (B) secondary structure types, (C) residue types, (D) residue con...
Alignment of the three-dimensional structures of proteins is an essential task in bioinformatics. Be...
<p>These clusters are identified based on the conformations sampled at 305 K during the last 60 ns o...
DOI
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