Litcius/Paper detail

Antimalarial Activity of Highly Coordinative Fused Heterocycles Targeting β<i>-</i>Hematin Crystallization

María E. Acosta, Lourdes Gotopo, Neira Gamboa, Juan Rodrígues, Genesis C. Henriques, Gustavo Cabrera, Angel H. Romero

2022ACS Omega22 citationsDOIOpen Access PDF

Abstract

model. The complexation ability of the ligands with iron(III) was experimentally and theoretically determined, finding, in general, a good correlation between the complexation ability of the ligand and the inhibitory activity toward β-hematin crystallization. These findings open new perspectives toward the rational design of antimalarial β-hematin inhibitors based on the coordinative character as an alternative to the conventional β-hematin inhibitors.

Topics & Concepts

Plasmodium bergheiHemolysisIn vivoChemistryIn vitroParasitemiaCombinatorial chemistryAntimalarial AgentIC50ChloroquineIn silicoADMERational designHemeAminoquinolinesHemozoinPharmacologyCrystallizationStereochemistryBiochemistryMalariaPlasmodium falciparumBiologyEnzymeOrganic chemistryImmunologyGeneticsGeneBiotechnologyMalaria Research and ControlResearch on Leishmaniasis StudiesDrug Transport and Resistance Mechanisms