<p>The pharmacophore features are colored with green, as are the hydrogen-bond acceptors (HBA1, HBA2 and HBA3). The hydrophobic aromatic feature (HYD) is denoted in cyan. Distances between features are in Ångström units.</p
a<p>Number for the hypothesis are consistent with the numeration as obtained as obtained by the hypo...
<p>(<b>A</b>). The pharmacophore mapping of the same compound is also depicted. HBA, hydrogen bond a...
<p>P, pos Ionizable, H, hydrophobic; A, H-bond acceptor; R, ring aromatic.</p><p>Scores of common fe...
<p>Pharmacophore features have mutual distances between aromatic hydrophobic (HyD/Aro), hydrophobic ...
<p>(A) Chemical features present in Hypo 1. (B) 3D spatial relationship and geometric parameters of ...
<p>Generated pharmacophore models (A) Hypo A, (B) Hypo B, and (C) Hypo C, consisting of hydrogen-bon...
<p>'Hypo 1' consists of one hydrogen bond acceptor lipid (HBAL: Green), one hydrogen bond donor (HBD...
<p>Generated pharmacophore models (A) Hypo A, (B) Hypo B and (C) Hypo C, in which hydrophobic, hydro...
<p>HBA, HBD, and HYP features are displayed in green, magenta, and cyan, respectively.</p
<p>Green, magenta and cyan represent hydrogen bond acceptor, hydrogen bond donor and hydrophobic, re...
<p>Pharmacophore features are defined as orange, green and purple colored represented by F1-aromatic...
<p>Pharmacophore features are color-coded: cyan, hydrophobic (HY); orange, ring aromatic (RA); green...
<p>Hypo1 represents the five common chemical features present in all 9 hypotheses. Green, magenta, b...
<p>The pharmacophore is formed by two hydrogen-bond acceptors (<i>i.e.</i>, <b>A1</b> and <b>A2</b>)...
The volumes of the spheres define the positions and sizes of the corresponding electronic and steric...
a<p>Number for the hypothesis are consistent with the numeration as obtained as obtained by the hypo...
<p>(<b>A</b>). The pharmacophore mapping of the same compound is also depicted. HBA, hydrogen bond a...
<p>P, pos Ionizable, H, hydrophobic; A, H-bond acceptor; R, ring aromatic.</p><p>Scores of common fe...
<p>Pharmacophore features have mutual distances between aromatic hydrophobic (HyD/Aro), hydrophobic ...
<p>(A) Chemical features present in Hypo 1. (B) 3D spatial relationship and geometric parameters of ...
<p>Generated pharmacophore models (A) Hypo A, (B) Hypo B, and (C) Hypo C, consisting of hydrogen-bon...
<p>'Hypo 1' consists of one hydrogen bond acceptor lipid (HBAL: Green), one hydrogen bond donor (HBD...
<p>Generated pharmacophore models (A) Hypo A, (B) Hypo B and (C) Hypo C, in which hydrophobic, hydro...
<p>HBA, HBD, and HYP features are displayed in green, magenta, and cyan, respectively.</p
<p>Green, magenta and cyan represent hydrogen bond acceptor, hydrogen bond donor and hydrophobic, re...
<p>Pharmacophore features are defined as orange, green and purple colored represented by F1-aromatic...
<p>Pharmacophore features are color-coded: cyan, hydrophobic (HY); orange, ring aromatic (RA); green...
<p>Hypo1 represents the five common chemical features present in all 9 hypotheses. Green, magenta, b...
<p>The pharmacophore is formed by two hydrogen-bond acceptors (<i>i.e.</i>, <b>A1</b> and <b>A2</b>)...
The volumes of the spheres define the positions and sizes of the corresponding electronic and steric...
a<p>Number for the hypothesis are consistent with the numeration as obtained as obtained by the hypo...
<p>(<b>A</b>). The pharmacophore mapping of the same compound is also depicted. HBA, hydrogen bond a...
<p>P, pos Ionizable, H, hydrophobic; A, H-bond acceptor; R, ring aromatic.</p><p>Scores of common fe...