<p>Table of structure, molecular mass, ORAC and DPPH antioxidant data for 6 JC analogues (JC005, JC007, JC010, JC011, JC017 and JC040).</p
<p>Chemical structure of screened inhibitors (A) ZINC01807204 (B) ZIC02318494.</p
<p>(A): •The correlation between the increment of total phenolics and DPPH scavenging IC<sub>50</sub...
CDAC (coulometrically determined antioxidant capacity) involves the determination of the antioxidant...
<p>ORAC values obtained from the six ginsenosides screened for radical scavenging capacity.</p
<p>Full names, their abbreviations as used in the text and CAS registry numbers (CAS RN) are given a...
<p>Structural comparison of Δ<sup>9</sup>-THC (1), the synthetic CP55,940 (4), tetrahydromagnolol (1...
Comparative table of synthesized-CQDs using various biomass precursors and their corresponding chara...
<p>Electron density maps (2<i>F</i>o-<i>F</i>c omit maps drawn at the 1σ level) are shown for indome...
The study determined the comparative antioxidant capacities of five similar dihydrochalcones: phlore...
<p>Chemical structures of <i>p</i>-coumaric acid, drupanin, artepillin C, baccharin, allyl isothiocy...
<p>Chemical structures of 6′-hydroxy justicidin B (HJB), 6′-hydroxy justicidin A (HJA), justicidin B...
<p>The chemical structures of the NSC666715 and its analogs NSC661073, NSC666713, NSC666717 and NSC6...
<p>14 compounds in the first panel shared the same structure with UDP-GlcNAc except the part at C2 (...
<p>The 2D chemical structures of human chymase inhibitors used in this study along with their IC<sub...
<p>Chemical structures of the 6 hit compounds exhibiting anti-CHIKV activities.</p
<p>Chemical structure of screened inhibitors (A) ZINC01807204 (B) ZIC02318494.</p
<p>(A): •The correlation between the increment of total phenolics and DPPH scavenging IC<sub>50</sub...
CDAC (coulometrically determined antioxidant capacity) involves the determination of the antioxidant...
<p>ORAC values obtained from the six ginsenosides screened for radical scavenging capacity.</p
<p>Full names, their abbreviations as used in the text and CAS registry numbers (CAS RN) are given a...
<p>Structural comparison of Δ<sup>9</sup>-THC (1), the synthetic CP55,940 (4), tetrahydromagnolol (1...
Comparative table of synthesized-CQDs using various biomass precursors and their corresponding chara...
<p>Electron density maps (2<i>F</i>o-<i>F</i>c omit maps drawn at the 1σ level) are shown for indome...
The study determined the comparative antioxidant capacities of five similar dihydrochalcones: phlore...
<p>Chemical structures of <i>p</i>-coumaric acid, drupanin, artepillin C, baccharin, allyl isothiocy...
<p>Chemical structures of 6′-hydroxy justicidin B (HJB), 6′-hydroxy justicidin A (HJA), justicidin B...
<p>The chemical structures of the NSC666715 and its analogs NSC661073, NSC666713, NSC666717 and NSC6...
<p>14 compounds in the first panel shared the same structure with UDP-GlcNAc except the part at C2 (...
<p>The 2D chemical structures of human chymase inhibitors used in this study along with their IC<sub...
<p>Chemical structures of the 6 hit compounds exhibiting anti-CHIKV activities.</p
<p>Chemical structure of screened inhibitors (A) ZINC01807204 (B) ZIC02318494.</p
<p>(A): •The correlation between the increment of total phenolics and DPPH scavenging IC<sub>50</sub...
CDAC (coulometrically determined antioxidant capacity) involves the determination of the antioxidant...