… calculation and pharmacological testing. It’s found that the Cu(II) complex possesses
more powerful anticancer effectivity than that of the ligand. In order to make its anticancer …

The present work reports the synthesis and structural elucidation of two dithiocarbazate
ligands derived from 4,6-diacetylresorcinol (H 3 L 1 ) and (H 3 L 2 ) and two Cu(II) complexes, […

… the synthesized compounds were tested as anticancer agents. In this study, we synthesized
the compounds 2a–2j and investigated their anticancer activity against A549 human lung …

… as good anti-cancer activity, its … at calculating the molecular descriptors for anticancer
activities of 1, 2, 3-triazole-pyrimidine hybrids using quantum chemical method and calculations of …

… good anticancer activity against the … anticancer activity. Overall, among the synthesized
compounds, compounds 17, 22, and 25 have demonstrated the most potent anticancer activity …

… ring systems thereby promote the anticancer activity of the drug … The recent evolution of the
anticancer activity of thiourea … In the present investigation, the theoretical calculations show …

… the observed anticancer activities. The molecular descriptors have been calculated only
from the molecular structure of the compounds and predicting the anticancer activities of …

… According to our calculations inclusion of the π-stacked Haza unit is expected to be only
slightly favoured (ΔE = −1.02 kcal mol −1 ). Two sets of binding forces holding together both …

… , their full potentials as anticancer agents have been hindered by … in terms of anticancer
activity and cardiac tolerability, great … The DOX is the most effective anticancer drug, and causes …

… This corroborates the reports of the anticancer activities of the two Pcs as observed in this
work for ZnPc and the work of Castilho-Fernandes et al. for ClAlPc, in which the %cytotoxicity …