世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2014年
1期
177-180
,共4页
尹鸿翔%飞燕%张浩
尹鴻翔%飛燕%張浩
윤홍상%비연%장호
彝药“麻补”%重楼皂苷H%止血活性%物质基础及机理
彝藥“痳補”%重樓皂苷H%止血活性%物質基礎及機理
이약“마보”%중루조감H%지혈활성%물질기출급궤리
Yi medicine "Ma-Bu"%Paris saponin H%hemostatic activity%material basis and mechanism
目的:阐明彝药“麻补”(狭叶重楼)的止血活性物质基础及机理。方法:采用植物化学技术从“麻补”药材中分离鉴定出一种C27甾体皂苷类化合物---重楼皂苷H(PSH)。测定了PSH对正常小鼠的断尾出血时间(BT)、凝血酶原时间(PT)、活化的部分凝血活酶时间(APTT)、血浆纤维蛋白原(FIB)等凝血功能指标的影响。结果:PSH可显著缩短BT,显示出明显的止血活性;PSH对缩短正常小鼠PT、APTT作用不明显,但可显著提高FIB。结论:重楼皂苷H对内源凝血通路及外源凝血通路无明显促进作用,PSH升高FIB为其发挥止血活性的重要途径。
目的:闡明彝藥“痳補”(狹葉重樓)的止血活性物質基礎及機理。方法:採用植物化學技術從“痳補”藥材中分離鑒定齣一種C27甾體皂苷類化閤物---重樓皂苷H(PSH)。測定瞭PSH對正常小鼠的斷尾齣血時間(BT)、凝血酶原時間(PT)、活化的部分凝血活酶時間(APTT)、血漿纖維蛋白原(FIB)等凝血功能指標的影響。結果:PSH可顯著縮短BT,顯示齣明顯的止血活性;PSH對縮短正常小鼠PT、APTT作用不明顯,但可顯著提高FIB。結論:重樓皂苷H對內源凝血通路及外源凝血通路無明顯促進作用,PSH升高FIB為其髮揮止血活性的重要途徑。
목적:천명이약“마보”(협협중루)적지혈활성물질기출급궤리。방법:채용식물화학기술종“마보”약재중분리감정출일충C27치체조감류화합물---중루조감H(PSH)。측정료PSH대정상소서적단미출혈시간(BT)、응혈매원시간(PT)、활화적부분응혈활매시간(APTT)、혈장섬유단백원(FIB)등응혈공능지표적영향。결과:PSH가현저축단BT,현시출명현적지혈활성;PSH대축단정상소서PT、APTT작용불명현,단가현저제고FIB。결론:중루조감H대내원응혈통로급외원응혈통로무명현촉진작용,PSH승고FIB위기발휘지혈활성적중요도경。
This study was aimed to carry out pharmacological research on the hemostatic activity and mechanism of Yi medicine "Ma-Bu" (Paris polyphylla Smith var stenophylla Franch.). One kind of C27 steroidal saponin from P. polyphylla Smith var stenophylla Franch. was isolated and identified as Paris saponin H (PSH). The effect of PSH on the index of bleeding time (BT), prothrombin time (PT), activated partial thromboplastin time (APTT) and fibrinogen (FIB) of mice were measured. The results showed that PSH have significant hemostatic activity by shortening BT. The effect of PSH on shortening PT and APTT of mouse was not significant. However, the FIB was enhanced significantly after treatment with PSH. It was concluded that PSH had no significant promoting effect on the extrinsic coagulation pathway (ECP) or the intrinsic coagulation pathway (ICP). The enhancement of FIB may be a pathway for the effect of hemostatic activity by PSH.