首页> 外文期刊>Phytomedicine : >A phytosterol enriched refined extract of Brassica campestris L. pollen significantly improves benign prostatic hyperplasia (BPH) in a rat model as compared to the classical TCM pollen preparation Qianlie Kang Pule'an Tablets
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A phytosterol enriched refined extract of Brassica campestris L. pollen significantly improves benign prostatic hyperplasia (BPH) in a rat model as compared to the classical TCM pollen preparation Qianlie Kang Pule'an Tablets

机译:与经典中药花粉制剂前列康普乐安片相比,富含植物甾醇的芸苔花粉提纯提取物可显着改善大鼠模型中的良性前列腺增生(BPH)。

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摘要

In Qinghai Province, the Brassica campestris L. pollen preparation Qianlie Kang Pule'an Tablet (QKPT) is traditionally used for BPH therapy. However, in QKPT the content of supposedly active phytosterols is relatively low at 2.59%, necessitating high doses for successful therapy. Therefore, a phytosterol enriched (4.54%) refined extract of B. campestris pollen (PE) was developed and compared with QKPT in a BPH rat model. Six groups of rats (n=8 each), namely sham-operated distilled water control, castrated distilled water control, castrated QKPT 2.0g/kg, castrated PE 0.1g/kg, castrated PE 0.2g/kg, and castrated PE 0.4g/kg, were intragastrically treated with the respective daily doses. Testosterone propionate (0.3mg/day) was administered to all castrated rats, while the sham-operated group received placebo injections. After 30 days, the animals were sacrificed and prostates as well as seminal vesicles excised and weighted in order to calculate prostate volume index (PVI) as well as prostate index (PI) and seminal vesicle index (SVI), defined as organ weight in g per 100g body weight. Compared with sham-operated controls, PI (p<0.01), PVI (p<0.01), and SVI (p<0.01) were all significantly increased in all castrated, testosterone treated rats. After treatment with PE at 0.4 and 0.2g/kg or QKPT at 2.0g/kg per day, both indices were significantly reduced (p<0.01) as compared to the castrated distilled water control. For PE at 0.1g/kg per day only PI was significantly reduced (p<0.05). At the highest PE concentration of 0.4g/kg per day both PI and SVI were also significantly reduced when compared to the QKPT group (p<0.05). Both PE and QKPT demonstrated curative effects against BPH in the applied animal model. In its highest dose at 0.4g/kg per day, PE was clearly superior to QKPT. (C) 2014 Elsevier GmbH. All rights reserved.
机译:在青海省,甘蓝型油菜花粉制剂前列康普乐安片(QKPT)传统上用于BPH治疗。然而,在QKPT中,据称活性植物甾醇的含量相对较低,为2.59%,因此需要大剂量才能成功治疗。因此,开发了富含植物固醇(占4.54%)的野菜花粉(PE)精制提取物,并将其与BPH大鼠模型中的QKPT进行了比较。六组大鼠(每组n = 8),即假手术控制的蒸馏水,去势的蒸馏水控制,去势的QKPT 2.0g / kg,去势的PE 0.1g / kg,去势的PE 0.2g / kg和去势的PE 0.4g / kg,分别以每日剂量进行胃内治疗。向所有cast割的大鼠施用丙酸睾丸酮(0.3mg /天),而假手术组接受安慰剂注射。 30天后,处死动物,切除前列腺和精囊并称重,以计算前列腺体积指数(PVI)以及前列腺指数(PI)和精囊指数(SVI),定义为以g为单位的器官重量每100克体重。与假手术对照组相比,在所有去势的睾丸激素治疗大鼠中,PI(p <0.01),PVI(p <0.01)和SVI(p <0.01)均显着增加。每天用0.4和0.2g / kg的PE或2.0g / kg的QKPT处理后,与去势蒸馏水对照相比,两个指标均显着降低(p <0.01)。对于每天0.1g / kg的PE,只有PI显着降低(p <0.05)。与QKPT组相比,每天最高PE浓度为0.4g / kg时,PI和SVI均显着降低(p <0.05)。 PE和QKPT在所应用的动物模型中均显示出对BPH的治愈作用。 PE的最高剂量为每天0.4g / kg,显然优于QKPT。 (C)2014 Elsevier GmbH。版权所有。

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