<p>Comparison of interactions of catalytic aspartates in the structures at pH 2.0 and pH7.0.</p
<p>Chemical structures of the docked compounds (A) Ligand_7 (B) Ligand_5 (C) ATP (D) Folic acid.</p
<p><b>A)</b> The cation-π interaction structure of Lys<sup>+</sup>–Phe. <b>B)</b> The cation-π inter...
<p>Amide bridge interaction energies between the two amide amino acids (Asn and Gln).</p
<p>Comparison of conformation of catalytic aspartates in the structures at pH 2.0 and pH7.0.</p
<p>Comparison of distances between atoms of the catalytic triad in the peptide bound and unbound for...
<p>Pairwise potential difference between catalytic residues in Class A β-lactamases – Ser70(a), Lys7...
The aspartate biosynthetic pathway provides essential metabolites for many important biological func...
Organocatalysis has revolutionized asymmetric synthesis. However, the supramolecular interactions of...
Copyright © 2014 A. Barman and R. Prabhakar.This is an open access article distributed under the Cre...
ABSTRACT: Catalytic promiscuity, the ability of enzymes to catalyze multiple reactions, provides an ...
Recently, Wolfe-Simon has discovered a bacterium which is able to survive using arsenic(V) rather th...
Cation-se interactions between aromatic residues and cationic amino groups in side chains and have b...
Geometries of aromatic/aromatic interactions in crystal structures of small molecules from the Cambr...
The cooperative interplay between the functional devices of a preorganized active site is fundamenta...
The process of deducing the catalytic mechanism of an enzyme from its structure is highly complex an...
<p>Chemical structures of the docked compounds (A) Ligand_7 (B) Ligand_5 (C) ATP (D) Folic acid.</p
<p><b>A)</b> The cation-π interaction structure of Lys<sup>+</sup>–Phe. <b>B)</b> The cation-π inter...
<p>Amide bridge interaction energies between the two amide amino acids (Asn and Gln).</p
<p>Comparison of conformation of catalytic aspartates in the structures at pH 2.0 and pH7.0.</p
<p>Comparison of distances between atoms of the catalytic triad in the peptide bound and unbound for...
<p>Pairwise potential difference between catalytic residues in Class A β-lactamases – Ser70(a), Lys7...
The aspartate biosynthetic pathway provides essential metabolites for many important biological func...
Organocatalysis has revolutionized asymmetric synthesis. However, the supramolecular interactions of...
Copyright © 2014 A. Barman and R. Prabhakar.This is an open access article distributed under the Cre...
ABSTRACT: Catalytic promiscuity, the ability of enzymes to catalyze multiple reactions, provides an ...
Recently, Wolfe-Simon has discovered a bacterium which is able to survive using arsenic(V) rather th...
Cation-se interactions between aromatic residues and cationic amino groups in side chains and have b...
Geometries of aromatic/aromatic interactions in crystal structures of small molecules from the Cambr...
The cooperative interplay between the functional devices of a preorganized active site is fundamenta...
The process of deducing the catalytic mechanism of an enzyme from its structure is highly complex an...
<p>Chemical structures of the docked compounds (A) Ligand_7 (B) Ligand_5 (C) ATP (D) Folic acid.</p
<p><b>A)</b> The cation-π interaction structure of Lys<sup>+</sup>–Phe. <b>B)</b> The cation-π inter...
<p>Amide bridge interaction energies between the two amide amino acids (Asn and Gln).</p
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