CYP450ā€“mediated metabolites of aqueous leaves extract of Moringa oleifera inhibits absorption of chloroquine in Plasmodium yoeli yoeli infection

Abstract Background: This study tested an in vivo model designed to evaluate the potential of HDI of chloroquine and aqueous leaf extract of Moringa oleifera to overcome multi-drug resistant Plasmodium yoeli yoeli infection in albino mice. Methods: Using Raneā€™s test, 40 male albino mice were randomized into 10 groups of four mice each. Nine groups inoculated with multidrug-resistant strains of Plasmodium yoeli yoeli were treated with water, 150 mg/kg of Moleifera oleifera aqueous leaf extract, 1...
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Potentiation of chloroquine by antiplasmodial fraction of moringa oleifera leaves in drug resistant Plasmodium berghei infection

Abstract Background:This study assessed changes in blood chemistry associated with co-administration of chloroquine with antiplasmodial fraction of crude methanol extract of Moringa oleifera leaves. Methods: Partial phytochemical profiling of antiplasmodial extract was done using standard methods. Using Raneā€™s test, 60 male albino mice were randomized into 10 groups of six mice each. Nine groups were inoculated with quinine resistant strains of Plasmodium berghei and treated with tween 80,10mg/k...
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Potentiation of chloroquine by antiplasmodial fraction of moringa oleifera leaves in drug resistant Plasmodium berghei infection

Abstract Background:This study assessed changes in blood chemistry associated with co-administration of chloroquine with antiplasmodial fraction of crude methanol extract of Moringa oleifera leaves. Methods: Partial phytochemical profiling of antiplasmodial extract was done using standard methods. Using Raneā€™s test, 60 male albino mice were randomized into 10 groups of six mice each. Nine groups were inoculated with quinine resistant strains of Plasmodium berghei and treated with tween 80,10mg/k...
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