<p>(<b>A</b>). The pharmacophore mapping of the same compound is also depicted. HBA, hydrogen bond acceptor; HY_AR, hydrophobic aromatic, HY_Al, hydrophobic aliphatic. The locations of amino acid residues are represented in rectangular boxes, where pink and green colors denote both the hydrogen bond acceptor/donor and nonpolar contacts, respectively (<b>B</b>) Correlation graph between experimental IC<sub>50</sub> and scale fit values.</p
The volumes of the spheres define the positions and sizes of the corresponding electronic and steric...
<p>Active site residues are shown in stick form. PD00519 and compound 1 are color-coded: green – PD0...
Human chymase catalyzes the hydrolysis of peptide bonds. Three chymase inhibitors with very similar ...
<p>The pharmacophore mapping of the same compound is also illustrated. HBA, hydrogen bond acceptor; ...
<p>(A) Overlay of the binding modes of all the inhibitors at the active site of human chymase enzyme...
<p>(<b>A</b>) SB_Model1 mapped to N7O, (<b>B</b>) SB_Model2 mapped to OHH, (<b>C</b>) SB_Model4 mapp...
<p>FhCL3 residues interacting with Nitrile (A), HTS12701 (B), BTB03219 (C). Ligands (violet) and pro...
<p>The pharmacophore is formed by two hydrogen-bond acceptors (<i>i.e.</i>, <b>A1</b> and <b>A2</b>)...
<p>(A) Saracatinib, (B) Isopraeroside IV, (C) 9HFG, and (D) aurantiamide. Hydrophobic interactions a...
<p>The pictures on the left side are of HL complexed with (a) CHEMBL339297 and (c) CHEMBL133897. The...
<p>The pharmacophore features are colored with green, as are the hydrogen-bond acceptors (HBA1, HBA2...
<p>(A) Four featured pharmacophore model consists of two hydrogen bond donors (HBD), two hydrophobic...
<p>(A) Interactions between COX-2 and C_773. (B) Interactions between COX-2 and C_997. Hydrogen bond...
<p>Pharmacophore features are color-coded: cyan, hydrophobic (HY); orange, ring aromatic (RA); green...
<p>(A) Hit compound (Compound_Number_7720) is aligned to pharmacophore model Hypo1. Pharmacophore fe...
The volumes of the spheres define the positions and sizes of the corresponding electronic and steric...
<p>Active site residues are shown in stick form. PD00519 and compound 1 are color-coded: green – PD0...
Human chymase catalyzes the hydrolysis of peptide bonds. Three chymase inhibitors with very similar ...
<p>The pharmacophore mapping of the same compound is also illustrated. HBA, hydrogen bond acceptor; ...
<p>(A) Overlay of the binding modes of all the inhibitors at the active site of human chymase enzyme...
<p>(<b>A</b>) SB_Model1 mapped to N7O, (<b>B</b>) SB_Model2 mapped to OHH, (<b>C</b>) SB_Model4 mapp...
<p>FhCL3 residues interacting with Nitrile (A), HTS12701 (B), BTB03219 (C). Ligands (violet) and pro...
<p>The pharmacophore is formed by two hydrogen-bond acceptors (<i>i.e.</i>, <b>A1</b> and <b>A2</b>)...
<p>(A) Saracatinib, (B) Isopraeroside IV, (C) 9HFG, and (D) aurantiamide. Hydrophobic interactions a...
<p>The pictures on the left side are of HL complexed with (a) CHEMBL339297 and (c) CHEMBL133897. The...
<p>The pharmacophore features are colored with green, as are the hydrogen-bond acceptors (HBA1, HBA2...
<p>(A) Four featured pharmacophore model consists of two hydrogen bond donors (HBD), two hydrophobic...
<p>(A) Interactions between COX-2 and C_773. (B) Interactions between COX-2 and C_997. Hydrogen bond...
<p>Pharmacophore features are color-coded: cyan, hydrophobic (HY); orange, ring aromatic (RA); green...
<p>(A) Hit compound (Compound_Number_7720) is aligned to pharmacophore model Hypo1. Pharmacophore fe...
The volumes of the spheres define the positions and sizes of the corresponding electronic and steric...
<p>Active site residues are shown in stick form. PD00519 and compound 1 are color-coded: green – PD0...
Human chymase catalyzes the hydrolysis of peptide bonds. Three chymase inhibitors with very similar ...