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KMID : 1161420170200060592
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Journal of Medicinal Food
2017 Volume.20 No. 6 p.592 ~ p.600
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Newer Insights into the Antidiarrheal Effects of Acacia catechu Willd. Extract in Guinea Pig
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Micucci Matteo
Gotti Roberto
Corazza Ivan
Tocci Gabriella
Chiarini Alberto
De Giorgio Marta
Camarda Luca
Frosini Maria
Marzetti Carla
Cevenini Monica
Budriesi Roberta
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Abstract
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Acacia catechu Willd. is a plant diffused in India and other Asian countries, where it is used as a traditional medicine for the treatment of several ailments including diarrhea, one of the most common pathologies worldwide. In this study, we determined the chemical composition of Acacia catechu Willd. extract (AC) and evaluated its effect on spontaneous and induced contractility in isolated guinea pig ileum and proximal colon. Preliminary data about its antimicrobial effect against some pathogen agents versus some microbiota intestinal strain have been also reported. Chemical analysis revealed the presence of catechins, such as (?)-Epicatechin and (+)-Catechin. AC extract reduced frequency and amplitude of colon smooth muscle spontaneous contractility, in a concentration-dependent manner. A weaker effect of the extract was exerted toward ileum smooth muscle spontaneous contractility. The observed calcium antagonistic effect was more potent in proximal colon than in ileum. The extract showed a noncompetitive reversible antagonism to carbachol, both in proximal colon and ileum, with a higher potency in proximal colon. The antimicrobial effects of AC extract were observed toward Campylobacter jejuni, Escherichia coli, and Salmonella spp., while Bifido and Lactobacillus were not affected by treatment. These effects, however, occurred at concentrations fivefold higher than those inhibiting ileum and colon contractility. In conclusion, our results suggest that AC affects intestinal contractility without affecting intestinal bacterial flora and this may result in clinical benefits in patients suffering from nonbacterial diarrhea.
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KEYWORD
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Acacia Catechu Willd, antimicrobial activity, catechin analysis, functional studies, in vitro induced contractility, in vitro spontaneous contractility
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