国际中医中药杂志
國際中醫中藥雜誌
국제중의중약잡지
INTERNATIONAL JOURNAL OF TRIDITIONAL CHINESE MEDICINE
2011年
9期
798-802
,共5页
潘艳丽%董玲%刘洋%石任兵%徐暾海%翟华强%赵保胜%方敏%汪国鹏
潘豔麗%董玲%劉洋%石任兵%徐暾海%翟華彊%趙保勝%方敏%汪國鵬
반염려%동령%류양%석임병%서돈해%적화강%조보성%방민%왕국붕
白芍%中药代谢%特征谱%门静脉入血成分%腹主动脉血中成分%肠吸收成分
白芍%中藥代謝%特徵譜%門靜脈入血成分%腹主動脈血中成分%腸吸收成分
백작%중약대사%특정보%문정맥입혈성분%복주동맥혈중성분%장흡수성분
Paeonia lactiflora Pall%Metabolism ofChineae materia medica%Chemical fingerprint%Serum compounds from hepatic portal vein%Serum compounds from aorta abdominalis%Intestinal absorption compositions
目的 探讨芍药Paeonia lactiflora Pall.的干燥根中紫外可检出成分在大鼠体内的代谢过程。方法 ①运用HPLC-DAD技术,建立白芍水提物化学成分特征谱,进行其中总体化学成分的并行即时监测;②采用门静脉采血、腹主动脉采血、离体外翻肠囊法,建立白芍水提物入血成分、血中成分及肠吸收成分特征谱;③在相同色谱条件下,分析比较大鼠门静脉入血成分、腹主动脉血中成分及肠吸收成分的化学成分特征谱,推断白芍水提取物中化学成分的代谢过程。结果在分析的24种成分中,白芍中的6种成分不能被肠直接吸收:8种成分可被肠道直接吸收入血;7种成分被肠道直接吸收入血前已被肠内菌群代谢;血中出现的8种成分在白芍水提取物中未能查见,推测其为肠代谢转化后新生的成分吸收入血。结论 本实验可判定整体用药时白芍所含化学成分的代谢过程。
目的 探討芍藥Paeonia lactiflora Pall.的榦燥根中紫外可檢齣成分在大鼠體內的代謝過程。方法 ①運用HPLC-DAD技術,建立白芍水提物化學成分特徵譜,進行其中總體化學成分的併行即時鑑測;②採用門靜脈採血、腹主動脈採血、離體外翻腸囊法,建立白芍水提物入血成分、血中成分及腸吸收成分特徵譜;③在相同色譜條件下,分析比較大鼠門靜脈入血成分、腹主動脈血中成分及腸吸收成分的化學成分特徵譜,推斷白芍水提取物中化學成分的代謝過程。結果在分析的24種成分中,白芍中的6種成分不能被腸直接吸收:8種成分可被腸道直接吸收入血;7種成分被腸道直接吸收入血前已被腸內菌群代謝;血中齣現的8種成分在白芍水提取物中未能查見,推測其為腸代謝轉化後新生的成分吸收入血。結論 本實驗可判定整體用藥時白芍所含化學成分的代謝過程。
목적 탐토작약Paeonia lactiflora Pall.적간조근중자외가검출성분재대서체내적대사과정。방법 ①운용HPLC-DAD기술,건립백작수제물화학성분특정보,진행기중총체화학성분적병행즉시감측;②채용문정맥채혈、복주동맥채혈、리체외번장낭법,건립백작수제물입혈성분、혈중성분급장흡수성분특정보;③재상동색보조건하,분석비교대서문정맥입혈성분、복주동맥혈중성분급장흡수성분적화학성분특정보,추단백작수제취물중화학성분적대사과정。결과재분석적24충성분중,백작중적6충성분불능피장직접흡수:8충성분가피장도직접흡수입혈;7충성분피장도직접흡수입혈전이피장내균군대사;혈중출현적8충성분재백작수제취물중미능사견,추측기위장대사전화후신생적성분흡수입혈。결론 본실험가판정정체용약시백작소함화학성분적대사과정。
Objective To research the metabolism of components in the Radix of Paeonia lactiflora Pall. Methods (①) we established the HPLC fingerprint of water extract of Paeonia lactiflora Pall. and real-time monitored the chemical composition. (②) We established the HPLC fingerprint of rats' serum samples from hepatic portal vein, serum samples from aorta abdominalis and samples of intestinal absorption of Paeonia lactiflora Pall. (③) On this basis, using the established methods, I-IPLC fingerprint spectrum of serum samples,the sample of herb, the sample after intestinal metabolism, rats' serum samples from hepatic portal vein and rats'serum samples from aorta abdominalis were analyzed and compared in order to infer the metabolism of components in the Radix of Paeonia lactiflora Pall. Results 24 compositions were detected, seven of which were metabolized by intestinal flora and could not be absorbed into blood; six of them could not be absorbed directedly into intestinal; eight new compounds were absorbed into blood after bowel metabolism while they were not detected in water extract in Paeonia lactiflora Pall. Conclusion We could infer the metabolic processes of chemicals of Paeonia lactiflora Pall. in oral administration with this method.