Effects of Ficus capensis Leaves Aqueous Extracts (Lactogenic Medicinal Plant) on NMRI Mice Milk Secretion

Ouedraogo Rakiswendé Alexis, T. Basile, Azonbakin Azandégbé Simon, D. Maya, Ouedraogo Rakissida Alfred, Aweh A Bruno, Ouédraogo Aimé Sosthène, Yameogo Noé, Idani Boureima, Kouraogo M Paul, Kabore Jean Luc, Dabire Charlemagne, Ouedraogo Boris Honoré Amadou, Zouré Abdou Azaque, Ouédraogo W. H. Gautier, B. Balé, Sanou/Lamien Assita
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Abstract

Introduction: Ficus capensis is a plant used in traditional medicine to stimulate lactation in women and animals in Africa. However, the effects of their extracts on the mammary gland are poorly documented. The objective of the study was to evaluate the effects of Ficus capensis leaves aqueous extracts on NMRI mice milk secretion. Methodology: This was an experimental animal study using virgin female NMRI mice aged eight to ten weeks. The mice were grouped into for groups of eight mice each. Each group received one of the following products: distilled water, Galactogil™, sulpiride, aqueous extracts (AE) of capensis leaves. Data were analysed and processed using Microsoft Excel 2016 and Stata MP 16 with P ≤ .05 as the significance threshold. Results: Arborescence of the galactophorous ducts was more developed in the sulpiride lot. Galactogil™, and capensis leaves extracts treated groups showed almost equivalent arborescence with a higher tendency than the distilled water. With histological haematin- eosin staining, the ratio of galactophorous ducts containing secretions to total ducts was higher in the groups of Ficus capensis AE treated group than distilled water (P = .0001). Galactogil™, sulpiride and the group of Ficus capensis extracts each had higher levels of beta-casein in mammary tissue and average prolactinemia than distilled water (P < .01). Mammary tissue stained by immunohistochemistry with anti-prolactin receptor antibodies showed more intensely labelled mammary glands in the sulpiride and Ficus capensis extracts groups. There was no statistically significant difference between average progesteronemia among the different groups. Conclusion: F. capensis leaves AE administered to virgin female NMRI mice showed lactogenic and mammogenic effects. The extracts were able to increase the nutritional quality of the milk produced, as evidenced by the increase in protein secretion.
薜荔叶水提取物(泌乳药用植物)对 NMRI 小鼠乳汁分泌的影响
简介薜荔是非洲传统医学中用来刺激妇女和动物泌乳的一种植物。然而,其提取物对乳腺的影响却鲜有记载。本研究的目的是评估榕树叶水提取物对 NMRI 小鼠乳汁分泌的影响:这是一项动物实验研究,使用的是八至十周大的处女雌性 NMRI 小鼠。小鼠被分组,每组八只。每组接受以下产品中的一种:蒸馏水、Galactogil™、舒必利、毛果芸香叶水提取物(AE)。使用 Microsoft Excel 2016 和 Stata MP 16 分析和处理数据,以 P≤.05 为显著性阈值:结果:舒必利地段的半乳孔导管树状化程度更高。经 Galactogil™ 和 capensis 叶提取物处理的各组显示出几乎相同的腋化,但比蒸馏水处理组的腋化倾向更高。通过组织学血红素-伊红染色,含有分泌物的半乳孔导管与总导管的比率在榕树叶提取物处理组中高于蒸馏水处理组(P = .0001)。与蒸馏水相比,Galactogil™、舒必利和薜荔提取物组乳腺组织中的β-酪蛋白水平和平均泌乳素血症水平都更高(P < .01)。用抗催乳素受体抗体进行免疫组化染色的乳腺组织显示,舒必利组和薜荔提取物组的乳腺标记更强。不同组间平均孕酮血症的差异无统计学意义:结论:给处女雌性 NMRI 小鼠服用薜荔叶 AE 具有泌乳和乳腺增生作用。提取物能够提高所产乳汁的营养质量,蛋白质分泌的增加就是证明。
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