Using silica gel column chromatography and recrystallization,a light yellow needle crystal with a purity of 97.21% was obtained from ethyl acetate fraction of ethanol extract from dry root of Glehnia littoralis Fr.Sch...Using silica gel column chromatography and recrystallization,a light yellow needle crystal with a purity of 97.21% was obtained from ethyl acetate fraction of ethanol extract from dry root of Glehnia littoralis Fr.Schmidt ex Miq.,and was identified as bergapten by means of NMR.The experimental result of antitumor activity in vitro shows that 0.01-100.00 mg·L-1 bergapten have inhibitory effect to liver cancer cell line HEP-G2,in which inhibition of 100.00 mg·L-1 bergapten is the highest with an inhibitory rate of 95.0%.In concentrations of 0.01-100.00 mg·L-1,only 100.00 mg·L-1 bergapten has an inhibitory effect to stomach cancer cell line SGC-7901 with an inhibitory rate of 79.6%.展开更多
利用植物解剖学方法对珊瑚菜(Glehnia littoralisFr.Schmidt ex Miq.)体内分泌道的发育和分布进行了观察。结果表明,珊瑚菜的分泌道有分枝,为溶生型,由1层分泌细胞围绕腔道而成。珊瑚菜叶片的分泌道发育较早,在幼叶阶段即发育成形。在...利用植物解剖学方法对珊瑚菜(Glehnia littoralisFr.Schmidt ex Miq.)体内分泌道的发育和分布进行了观察。结果表明,珊瑚菜的分泌道有分枝,为溶生型,由1层分泌细胞围绕腔道而成。珊瑚菜叶片的分泌道发育较早,在幼叶阶段即发育成形。在根的次生韧皮部、根状茎的皮层和靠近初生木质部的髓部、叶脉的薄壁组织、叶柄维管束周围和厚角组织内侧的薄壁组织、花序轴正对维管束的皮层薄壁组织中以及果实的果壁维管束内外侧的薄壁组织中均分布有分泌道,分泌道在珊瑚菜体内分布广泛。展开更多
文摘Using silica gel column chromatography and recrystallization,a light yellow needle crystal with a purity of 97.21% was obtained from ethyl acetate fraction of ethanol extract from dry root of Glehnia littoralis Fr.Schmidt ex Miq.,and was identified as bergapten by means of NMR.The experimental result of antitumor activity in vitro shows that 0.01-100.00 mg·L-1 bergapten have inhibitory effect to liver cancer cell line HEP-G2,in which inhibition of 100.00 mg·L-1 bergapten is the highest with an inhibitory rate of 95.0%.In concentrations of 0.01-100.00 mg·L-1,only 100.00 mg·L-1 bergapten has an inhibitory effect to stomach cancer cell line SGC-7901 with an inhibitory rate of 79.6%.
文摘利用植物解剖学方法对珊瑚菜(Glehnia littoralisFr.Schmidt ex Miq.)体内分泌道的发育和分布进行了观察。结果表明,珊瑚菜的分泌道有分枝,为溶生型,由1层分泌细胞围绕腔道而成。珊瑚菜叶片的分泌道发育较早,在幼叶阶段即发育成形。在根的次生韧皮部、根状茎的皮层和靠近初生木质部的髓部、叶脉的薄壁组织、叶柄维管束周围和厚角组织内侧的薄壁组织、花序轴正对维管束的皮层薄壁组织中以及果实的果壁维管束内外侧的薄壁组织中均分布有分泌道,分泌道在珊瑚菜体内分布广泛。
