It required more than 15 to induce the adventitious ro - ots.

栽培麦冬时不定根发生需要15以上的温度.

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It required more than 15℃ to induce the adventitious ro - ots.

栽培麦冬时不定根发生需要15℃以上的温度.

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A new Liriope long in cultivation key to species of the genus.

一种栽培已久新有正名的麦冬附该属的种检索表.

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Virus - free materials of Ophiopogon japonicus were obtained from meristem culture in vitro.

采用茎尖分生组织培养技术,获得了川麦冬的脱病毒试管苗.

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The polygonum multiflorum , Mai Dong, the flax kernel nourishes yin.

何首乌、麦冬、天冬 、 胡麻仁滋阴润燥.

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Scutellariae 、 Radix Ophiopogonis could be identified by TLC.

结果:在tlc色谱中可检出黄芩、麦冬的特征斑点.

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Results: Scutellariae 、 Radix Ophiopogonis could be identified by TLC.

结果: 在TLC色谱中可检出黄芩、麦冬的特征斑点.

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ObjectiveTo observe the curative effect of FuFangMaiDong Pill ( FFM ) on laryngic chronic inflammatory disease.

目的观察复方麦冬丸 ( FFM ) 对喉慢性炎症性疾病的临床疗效.

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Dry mouth can often Ophiopogon japonicus, such as Chinese medicine Shashen tea drinking.

口腔干燥可经常用麦冬, 沙参等中药泡茶饮用.

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Methods: To observe the effect of Maidong medicated serum by means of MTT assay and morphology.

方法: 通过MTT比色测定及形态学方法观察麦冬药物血清的作用效果.

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Conclusions: The leaf of Ophiopogon japonicus can be used as medicinal materials to extract the flavones.

结论: 麦冬叶可代替块根作为提取麦冬黄酮的药用原料.

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Phytochemical researches have shown that this plant mainly includes steroidal saponins, homoisoflavonoids, polysaccharides and so on.

植物化学研究表明,麦冬中含有甾体皂苷 、 高异黄酮 、 多糖等多种化学成分.

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The purification capacity and adaptability of Ophiopogon japonicus . F in different water were.

麦冬对不同程度富营养化水的净化能力和适应性是不同的.

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Objective To explore the prescription factor on Ophiopogon japonicus saponin enteric microsphere by spray drying technique.

目的探索喷雾干燥技术制备麦冬皂苷肠溶微球的处方因素对微球成型性的影响.

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OBJECTIVE: To provide the evidences for appraising the quality of medicinal materials Maidong.

目的: 为全面评价麦冬类药材的质量提供科学依据.

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