<p>Map of hydrogen bonding interactions occurring between ΔN123-GBD-CD2 and sucrose in clusters taken from the energy landscape basins (ΔG < 100 J. mol<sup>-1</sup>) (A). The x and y axis indicate the atoms from sucrose and the enzyme involved in hydrogen bonding interactions. The color code indicates the hydrogen bond occurrence percentage over the cluster. In (B) panel are illustrated the important interactions observed between sucrose and amino acids in the catalytic pocket.</p
Phosphoryl transfer reactions figure prominently in energy metabolism, signaling, transport and moti...
2To whom correspondence should be addressed Molecular recognition and site-directed mutagenesis are ...
<p>The interacting residues forms hydrogen bond, hydrophobic, and cation- π interactions are listed....
The role of noncovalent interactions in carbohydrate recognition by aromatic amino acids has long be...
International audienceThe idea that hydrogen bond cooperativity is responsible for the structure and...
<p>(A) Structure of the enzyme in the apo-form and (B) structure of the ternary TlGK·Mg·ADPβS·D-gluc...
The process of deducing the catalytic mechanism of an enzyme from its structure is highly complex an...
<p>The binding modes (A) C15 (B) Hit 1 (C) Hit 2 and (D) Hit 3 at the active site of the enzyme. The...
Phosphoryl transfer reactions figure prominently in energy metabolism, signaling, transport and moti...
© 2014 Summerton et al. Phosphoryl transfer reactions figure prominently in energy metabolism, signa...
Saccharides interact with aromatic residues mostly through CH⋯π mediated stacking interactions....
<p>(a) H-bond density is plotted per residue, which identifies regions rich in H-bond interactions. ...
Main interactions are designated as Van der Waals interactions (yellow), conventional H-bonds (light...
<p>(A) Interactions between COX-2 and C_773. (B) Interactions between COX-2 and C_997. Hydrogen bond...
Various types of interactions involving the sulfhydryl group of free cysteine residues have been ana...
Phosphoryl transfer reactions figure prominently in energy metabolism, signaling, transport and moti...
2To whom correspondence should be addressed Molecular recognition and site-directed mutagenesis are ...
<p>The interacting residues forms hydrogen bond, hydrophobic, and cation- π interactions are listed....
The role of noncovalent interactions in carbohydrate recognition by aromatic amino acids has long be...
International audienceThe idea that hydrogen bond cooperativity is responsible for the structure and...
<p>(A) Structure of the enzyme in the apo-form and (B) structure of the ternary TlGK·Mg·ADPβS·D-gluc...
The process of deducing the catalytic mechanism of an enzyme from its structure is highly complex an...
<p>The binding modes (A) C15 (B) Hit 1 (C) Hit 2 and (D) Hit 3 at the active site of the enzyme. The...
Phosphoryl transfer reactions figure prominently in energy metabolism, signaling, transport and moti...
© 2014 Summerton et al. Phosphoryl transfer reactions figure prominently in energy metabolism, signa...
Saccharides interact with aromatic residues mostly through CH⋯π mediated stacking interactions....
<p>(a) H-bond density is plotted per residue, which identifies regions rich in H-bond interactions. ...
Main interactions are designated as Van der Waals interactions (yellow), conventional H-bonds (light...
<p>(A) Interactions between COX-2 and C_773. (B) Interactions between COX-2 and C_997. Hydrogen bond...
Various types of interactions involving the sulfhydryl group of free cysteine residues have been ana...
Phosphoryl transfer reactions figure prominently in energy metabolism, signaling, transport and moti...
2To whom correspondence should be addressed Molecular recognition and site-directed mutagenesis are ...
<p>The interacting residues forms hydrogen bond, hydrophobic, and cation- π interactions are listed....