Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/9643
Title: In vivo efficacy of top five surveyed Ghanaian herbal anti-malarial products
Authors: Wilmot, Dennis
Ameyaw, Elvis Ofori
Amoako‑Sakyi, Daniel
Boampong, Johnson Nyarko
Quashie, Neils Ben
Keywords: Anti‑malarial drug
Plasmodium falciparum
ICR mice
Chemosuppression
Herbal‑ preparations
In vivo
Issue Date: 2017
Publisher: Malaria Journal
Abstract: Background: Anti malarial herbal preparations (HPs) continue to enjoy high patronage in Ghana despite reports that the artemisinin based combination therapy (ACT), the recommended first choice for treatment of uncomplicated malaria in the country, remains efficacious. A major issue with the use of these preparations is inadequate or unreliable data on their efficacy and quality. An assessment of the potency and quality of the most popular commercial anti malarial HPs in Ghana was, therefore, carried out. The outcome of this investigation is herein discussed preceded by a short literature review of herbal medicines in Ghana. Methods: Using a questionnaire survey of 344 individuals in parts of Ghana, five of the most frequently used HPs were identified and selected for test of their efficacy and quality. The effect of the selected compounds on Plasmodium berghei in vivo was assessed using standard methods. Results: All five tested HPs (HP A, HP B, HP C, HP D and HP E) showed chemo suppressive activity against P. berghei in vivo. However the degree of parasites inhibition is significantly lower compared to the WHO recommended artemether–lumefantrine combination (p < 0.05, 99.9% chemo-suppression/activity, 28 days survival). Using the Solo mon Saker’s Test, two of the preparations were found to contain chloroquine or compounds with chemical properties like that of chloroquine. Conclusion: Popular anti malarial HPs used in southern Ghana were found to have chemo suppressive properties. Intentional addition of chloroquine or SCs to these preparations in order to enhance their effectiveness has serious public health concerns as it may induce cross resistance to amodiaquine, one of the partner drugs in the recom mended ACT for use in Ghana.
URI: http://hdl.handle.net/123456789/9643
Appears in Collections:School of Medical Sciences

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