1) Pueraria flavonoid
葛根黄酮
1.
Protective effect of pueraria flavonoid on the cerebral ischemic reperfusion injury in rats;
葛根黄酮对大鼠脑缺血再灌注损伤的保护作用
2.
[Results]Pueraria flavonoid had no toxicity to mice according to the acute toxicity.
[目的]研究某种含葛根黄酮的保健食品的急性毒性和遗传毒性,为葛根黄酮的开发利用提供依据。
2) Puerarin
葛根黄酮
1.
Effect of Puerarin Dropping Pill on Coronary Artery Flow in Isolated Heart of Guinea Pig;
葛根黄酮滴丸对离体豚鼠心脏冠脉血流量的影响
2.
Effect of Octylphenol on Sperm and Antagonism of Puerarin Flavonoids in Rats
葛根黄酮对辛基酚染毒雄性大鼠睾丸和精子状态的影响
3) pueraria flavonoids
葛根黄酮
1.
Pharmacokinetics of pueraria flavonoids from Pueraria lobata by anti-oxidant pharmacodynamics effect method;
抗氧化效应法研究葛根黄酮微丸的药动学
4) pueraria isoflavones
葛根黄酮
1.
Aim To study the proper pilot-scale process of synthetical utilization of radix puerariae for preparing the starch of radix puerariae,pueraria isoflavones and puerarin.
方法磨浆法制备葛根淀粉,大孔树脂吸附法处理废水制备葛根黄酮,酸水解法制备葛根素。
5) total puerariae flavones
葛根总黄酮
1.
Study on parmacokenitics and bioavailability of total puerariae flavones bioadhesive sustained release tablets in dogs;
葛根总黄酮生物黏附性缓释片在家犬体内的药动学及生物利用度研究
2.
Drug release of sustained-released tablets of total puerariae flavones;
葛根总黄酮缓释片的多组分体外释放度研究
3.
OBJECTIVE:To study the main factors affecting in vitro dissolubility of total puerariae flavones(TPF)bioadˉhesive tablets.
目的 :探讨影响葛根总黄酮生物粘附片释放度的主要因素。
6) Pueraria flavonid
葛根总黄酮
1.
Effect of Pueraria Flavonid on GAT-2 Expression in the Brains of Exercised Rats;
葛根总黄酮对运动大鼠脑组织GAT-2基因表达影响的初步研究
2.
Objective:By genechip cDNA microarray,the biomolecular mechanism of anti-fatigue of Pueraria flavonid was studied in the quadriceps of the exercise-training rats.
目的:通过研究葛根总黄酮对运动大鼠骨四头肌转铁蛋白受体(transferrin receptor,TfR)基因表达的影响,分析葛根总黄酮抗疲劳的分子生物学机制。
补充资料:葛缕酮
分子式:C10H14O
分子量:150.22
CAS号:
密度:0.9608
沸点:231℃
闪点:92℃
折射率:1.4999(18℃)
性状:无色或淡黄色液体。有黄蒿子的香气。
溶解情况:溶于乙醇、乙醚、氯仿,不溶于水。
用途:用于配制香精和制药物等。
制备或来源:可由留兰香油、黄蒿子油等中分出。
备注:存在于留兰香油、黄蒿子油等中。
类别:天然香料
分子量:150.22
CAS号:
密度:0.9608
沸点:231℃
闪点:92℃
折射率:1.4999(18℃)
性状:无色或淡黄色液体。有黄蒿子的香气。
溶解情况:溶于乙醇、乙醚、氯仿,不溶于水。
用途:用于配制香精和制药物等。
制备或来源:可由留兰香油、黄蒿子油等中分出。
备注:存在于留兰香油、黄蒿子油等中。
类别:天然香料
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条