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Speciation analysis of iron in traditional Chinese medicine by flame atomic absorption spectrometry.

机译:火焰原子吸收光谱法分析中药中铁的形态。

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摘要

In view of octanol, a long-chain alkanol, resembled as the configuration of carbohydrate and adipose in human body, the octanol-solubility and water-solubility were used to define the species of iron in medicine, to identify the lipophily and bioavailability of coordinated iron complex, and octanol-water system was adopted to study the distribution of iron in decoction of eight single medicines and compatibility of semen persicae and flos carthami in stomach and intestine. To study the effect of compatibility of medicines, the different acidity of stomach and intestine on the species of iron in phytomedicine decoction, the total concentration, octanol- and water-solubility concentration of iron in medicinal materials or decoctions under gastric and intestinal acidity, were determined, respectively, by flame atomic absorption spectrometry, analyzed and compared. The different acidity of digestive site, the different composition of medicine, and the compatibility of medicines, have greatly affected the species of iron, the pharmacological activity of coordinated iron complex in decoctions. Such factors, especially the concentration of octanol-solubility iron, could be the basis of the dosage to avoid iron overload.
机译:鉴于辛醇是一种长链烷醇,类似于人体内的碳水化合物和脂肪的构型,因此使用辛醇的溶解度和水溶性来定义医学中铁的种类,从而确定协调性的亲脂性和生物利用度采用铁络合物和辛醇-水系统研究了八种单一药物煎剂中铁的分布以及胃,肠中波斯菊和大花蜜的相容性。为了研究药物相容性的影响,胃和肠的酸度不同对植物药汤中铁的种类,胃和肠酸度下药材或汤中铁的总浓度,辛醇和水的溶解度浓度通过火焰原子吸收光谱法分别测定,分析和比较。消化部位的酸度不同,药物的组成不同以及药物的相容性都极大地影响了铁的种类,协同铁配合物的药理活性。这些因素,尤其是辛醇溶解性铁的浓度,可能是避免铁超载的剂量基础。

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