芍药的例句大全

HPLC detection indicated that there only little GA and trace PE contained in deposit.

HPLC检测发现配伍组水煎液沉淀中仅含微量芍药甙,基本不含甘草酸.

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Objective To establish a method for the determination of Paeoniflorin in Tonglin Capsules.

目的建立通淋胶囊中芍药苷的含量测定方法.

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Objective : To develop an assay for paeoniflorin in Xiaoqinglong Granules.

目的: 建立小青龙颗粒中芍药苷含量的测定方法.

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HPLC method for determination of paeoniflorin Siwu tablets was established.

建立了测定四物片中芍药苷含量的HPLC法.

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OBJECTIVE To establish a method for determination of paeoniflorin in Jiechangan mixture.

目的:建立结肠安合剂中芍药苷含量测定方法.

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Results The percentage loss of paeoniflorin was highest during extracting with water.

结果芍药苷在水提取过程中损失率最高.

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OBJECTIVE To study compatibility rationality of Shaoyao-gancao decoction.

目的研究经典方芍药甘草汤的配伍合理性.

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HPLC detection indicated that there only little GA and trace PE contained in deposit.

HPLC检测发现配伍组水煎液沉淀中仅含微量芍药甙,基本不含甘草酸.

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Paeoniflorin sulfonate only existed in white peony roots. The content of albiflorin in white peony root was much higher than that in red peony roots.

芍药苷亚硫酸酯只存在于白芍，白芍中芍药内酯苷的含量远远大于赤芍，而赤芍中芍药苷和苯甲酸的含量又明显高于白芍。

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The floral Heart contains creamy jasmine, pink peony, freesia lace, Moroccan rose and orange flower.

花的心含有像奶油般柔滑的素馨, 石竹科的芍药, 小苍兰, 摩洛哥的玫瑰和柑橘的花.

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The results of HPLC showed that paeoniflorin was the primary component in Hangzhou white peony, and only a little albiflorin with no oxypaeoniflorin was observed.

高压液相色谱（HPLC）法测定结果表明：杭白芍以芍药苷为主，仅含少量的芍药内酯苷，并且未出现氧化芍药苷的吸收峰；

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RP-HPLC Determination of Paeoniflorin and Albiflorin in White Peony Root

RP-HPLC法同时测定白芍中芍药苷和芍药内酯苷的含量

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OBJECTIVE To examine the paeoniflorin ( PF) content and FTIR spectra of White Peony Root from different processes and provide informations for the process of White Peony Root.

目的检测不同方法加工杭白芍的芍药苷含量及其FTIR光谱，为杭白芍的科学加工提供资料。

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Studies on Preservation and Forcing Culture Technologies of Cut Peony Flowers

芍药贮藏切花保鲜技术及芍药催化技术研究

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Objective : To study the optimum extracting procedure for Paeoniae-Glycyrrhizae decoction.

目的: 优选芍药甘草汤中芍药苷的最佳提取工艺.

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Objective : To study the optimum extracting procedure for Paeoniae-Glycyrrhizae decoction.

目的: 优选芍药甘草汤中芍药苷的最佳提取工艺.

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RESULTS The PF content of White Peony Root by the hereditary processing was 1.150%.

结果不同方法加工杭白芍样品的芍药苷含量：传统去皮煮制为1.150%；

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In part I, we reported that the repetitive administration of Shaoyao-Gancao-Tang ( SGT ) increased the bioavailability of glycyrrhizin ( GL ) in SGT.

在第I部分中, 已经报告了芍药甘草汤 ( SGT ) 的连续给药提高了SGT中 甘草酸 ( glycyrrhizin,GL ) 的生物利用度.

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CONCLUSION: In coronary heart No ⅱ decoctions, that ligusticum wallichi add white peony root, safflower and root of red sage don ′ t affect the blood drug concentration and AUC of FA.

结论：在冠心号中川芎配伍芍药、红花和丹参等并不影响体内FA的血药浓度及其生物利用度。

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Tubiform petal and its formation of Paeonia suffruticosa and P.lactiflora

牡丹和芍药的筒状花瓣及其形成

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