<p>Predicted structures and known templates are shown in blue and gray, respectively. Residues present in predicted enzymes and templates are indicated in orange and green, respectively. All structures are rendered as a ribbon. Key amino acid residues involved in ligand binding are rendered in a stick model. Residues in close vicinity are only highlighted. Ligands are presented in a ball and stick model. (<b>A</b>) The overall structural alignment of predicted ARO-8 structure with a known enzyme structure (4JE5). PLP is bound inside the enzymatic catalytic site. (<b>B</b>) Structural insight into the ligand binding site of both the predicted and 4JE5 known structure. (<b>C</b>) Structural alignment of the predicted structure of the pyruvate...
<p>Overlay of the predicted three-dimensional positioning of functionally important amino acids in A...
The aim of this thesis, which is based on the coordinate data from known X-ray crystal and nuclear m...
Protein function is inextricably linked with protein three-dimensional (3D) structure. Therefore, a ...
Enzymes play a critical role in a wide array of industrial, medical, and research applications and w...
Predicting the location of the active site, and the identity of the catalytic residues, is an import...
P450 enzymes constitute a large superfamily of haem-thiolate proteins involved in the metabolism of ...
<p>The cartoon representation of protease domain of model VCO395_1035 (magenta) aligned with templat...
Enzymes play a critical role in a wide array of industrial, medical, and research applications and w...
<p>The binding modes (A) C15 (B) Hit 1 (C) Hit 2 and (D) Hit 3 at the active site of the enzyme. The...
Abstract Background The prediction of biochemical function from the 3D structure of a protein has pr...
The study of enzyme binding sites is an essential but rather demanding process of increased complexi...
<p>(A) Ribbon diagram of each CruCA 3D structure modeling. The three histidines coordinating the zin...
Background: The prediction of biochemical function from the 3D structure of a protein has proved to ...
Enzymes catalyse a huge variety of biochemical reactions, and often the same function might evolve i...
The engineering of catalytic function or substrate specificity in enzymes has been an interesting fi...
<p>Overlay of the predicted three-dimensional positioning of functionally important amino acids in A...
The aim of this thesis, which is based on the coordinate data from known X-ray crystal and nuclear m...
Protein function is inextricably linked with protein three-dimensional (3D) structure. Therefore, a ...
Enzymes play a critical role in a wide array of industrial, medical, and research applications and w...
Predicting the location of the active site, and the identity of the catalytic residues, is an import...
P450 enzymes constitute a large superfamily of haem-thiolate proteins involved in the metabolism of ...
<p>The cartoon representation of protease domain of model VCO395_1035 (magenta) aligned with templat...
Enzymes play a critical role in a wide array of industrial, medical, and research applications and w...
<p>The binding modes (A) C15 (B) Hit 1 (C) Hit 2 and (D) Hit 3 at the active site of the enzyme. The...
Abstract Background The prediction of biochemical function from the 3D structure of a protein has pr...
The study of enzyme binding sites is an essential but rather demanding process of increased complexi...
<p>(A) Ribbon diagram of each CruCA 3D structure modeling. The three histidines coordinating the zin...
Background: The prediction of biochemical function from the 3D structure of a protein has proved to ...
Enzymes catalyse a huge variety of biochemical reactions, and often the same function might evolve i...
The engineering of catalytic function or substrate specificity in enzymes has been an interesting fi...
<p>Overlay of the predicted three-dimensional positioning of functionally important amino acids in A...
The aim of this thesis, which is based on the coordinate data from known X-ray crystal and nuclear m...
Protein function is inextricably linked with protein three-dimensional (3D) structure. Therefore, a ...