flavone ['fleivəun]

flavone的基本解释

n.

[化]黄酮

与flavone相关的网络例句 [注：此内容来源于网络，仅供参考]

Result:As compared with the model group, the effect of small dose group and middle dose group of osteopractic total flavone on TBV% of shankbone increased significantly; the effect of small dose group and middle dose group of osteopractic total flavone on TRS% of shankbone reduced significantly and TFS%, AFS%, MAR, BFR of shankbone reduced obviously; the effect of middle dose group of osteopractic total flavone on OSW and mAR reduced obviously, the effect of small dose group of osteopractic total flavone on them had the tendency of reducing, but there was no statistical significance.

结果 ：对胫骨骨小梁体积百分比的影响，与模型组比较，骨碎补总黄酮小剂量组和中剂量组的TBV %明显增高；对胫骨骨小梁吸收表面百分比的影响，与模型组比较，骨碎补总黄酮小剂量组、中剂量组的TRS %显著降低；对胫骨骨小梁形成表面百分比，活性生成表面百分比，骨小梁矿化率和骨小梁骨生成率的影响，骨碎补总黄酮小剂量组、中剂量组的TFS %，AFS %，MAR ，BFR较模型组皆明显降低；对胫骨类骨质平均宽度和骨皮质矿化率的影响，骨碎补总黄酮中剂量组的OSW和mAR与模型组比较，明显降低；骨碎补总黄酮小剂量组与之相比，有下降的趋势，但无统计学意义。

objective by using alzheimer's model rats induced by alcl3,the effects and mechanism of ginkgo flavone were investigated.methods ginkgo flavone were given to rats by oral for seven weeks.then,the ability of study of mice were determined by step-down test and the number of neurons in the bregma hippocampus containing β-app proteins were counted.results to the model rats,ginkgo flavone 100,200,400mg?

目的 研究银杏黄酮对三氯化铝所致痴呆模型大鼠学习记忆能力和海马内β-app阳性神经元的影响，以期探讨银杏黄酮抗老年性痴呆的作用机制。方法用三氯化铝致老年性痴呆模型大鼠为实验对象，以其学习记忆能力、背海马和齿状回内β-app阳性神经元的数量为指标，全面考察银杏黄酮抗老年性痴呆的作用。

Content of flavone is the hightest in browning callus. It is supposed, that suppose which the last pace of synthesize flavone is in brovwing callus. SDS-PAGE cataphoresis electrophoresis show protein has big change from differentiating callus to browning callus. The change may has relation with change of enzymire activiation of control flavone synthesize.

黄酮含量的变化以褐化愈伤组织中含量最高，因此我们推测：黄酮合成的最后几步，可能发生在褐化愈伤组织中，从可溶性蛋白质的 SDS-PAGE 平板电泳结果表明，分化愈伤组织与褐化愈伤组织相比蛋白质谱带发生了明显的变化，这可能与控制黄酮合成的有关酶的活性变化有关。

与flavone相关的网络解释 [注：此内容来源于网络，仅供参考]

flavone：黄酮

4、含一个苯并吡喃环和一个苯环的化合物,它又有花色素(anthocyan,或称为花青素,早期曾译作因素塞因)、黄酮 (flavone)和儿茶素(catechin) 等三大类. 花色素广泛存在于自然界,是植物显红、蓝、紫色的主要物质. 它有几种不同的组成,

flavone：黄酮类

其中三种如:花青素类(anthocyanins)、黄烷酮类(flavanone)、黄酮类(flavone)则可明显减少心血管疾病的死亡率. 美国心脏病学会建议各个不同年龄层妇女应多吃苹果,因苹果含的黄酮醇类(flavonol)具有强大抗氧化功能、抗癌、并且促进血液循环、抑制血压上升、保护血管使血管强壮,

flavone：黄酮类化合物

此外有些种类的花粉含有多量的特殊成分如:百合和黄槐的花粉含高量胡萝卜素(carotene);荞麦、柑桔花粉含高量的芸香苷(维生素P),及某些种类如榆树、三夜草、苜蓿等黄酮类化合物(flavone)含量很高(1398~2549mg/100g),

flavone：黄碱素/黄酮

flavokinase /黄素激酶/核黄素激酶/ | flavone /黄碱素/黄酮/ | flavonoid /黄酮类/类黄酮/

general flavone：总黄酮

泡沫:General equilibrium model | 总黄酮:general flavone | 广义解:General solution