辽东楤木

辽东楤木[Araliaelata（Miq.）Seem.]是一种食药兼用型的五加科楤木属植物，富含三萜皂苷，药用价值高。

Aralia elata ( Miq . ) Seem is a kind of Araliaceae Aralia plant used as medicine as well as food , which is rich in triterpenoid aralosides , with high medicinal value .

研究了GA3对辽东楤木种子在变温（每天高温13～15℃12h，低温0～4℃12h）层积条件下解除休眠过程中部分信号分子变化的影响。

Under alternating temperature stratification ( high temperature 13-15 ℃ 12 h everyday and low temperature 0-4 ℃ 12 h everyday ) condition , the effect of GA3 on the change of partial signal molecule was studied during the process of breaking dormancy in Aralia elata seed .

GA对变温层积条件下解除辽东楤木种子休眠的作用及其机制研究

The Research on the Effect of GA on Breaking Dormancy of Aralia Elate Seed and the Mechanism of That under Altering Temperature Stratification

研究在变温条件下GA3对辽东楤木种子解除休眠过程和呼吸代谢途径关键酶（磷酸己糖异构酶、6-磷酸葡萄糖脱氢酶、6-磷酸葡萄糖酸脱氢酶、琥珀酸脱氢酶）的活性变化。

This study investigated the change 6-phosphogluconate dehydrogenase and succinic dehydrogenase and in the contents of metabolic substances in the activity of key enzymes for respiratory metabolic pathway hexosephosphate isomerase , 6-zwischenferment , in the Japanese aralia ( Aralia elata ) seed dormancy-breaking process under alternating temperature .

辽东楤木的离体培养及植株再生研究

Japanese Aralia in Vitro Culture and Plantlet Regeneration

结论辽东楤木具有突出的抗应激作用。

Conclusion : Aralia elata ( Miq ) seem has prominent anti-response to stimulation effect .

辽东楤木芽中的化学成分（I）

Chemical constituents of the buds of Aralia elata ( Miq . ) Seem . ( I )

国内外对辽东楤木的研究主要集中在化学成分和药理方面，对愈伤组织及皂苷的含量分析尚不深入。

Aralia elata study was mainly focused on chemical composition and pharmacology aspects both at home and abroad , it was not deep in aralosidess compounds content analysis .

辽东楤木的根和叶片是最重要的皂苷积累场所。在根、茎中均以皮部的皂苷含量相对较高。

The root , stem and leaf of Aralia elata was important place for callus accumulating , aralosides content in root , bark and leaf was relatively high .

最新研究表明：辽东楤木茎、叶具有较强的抗肝损伤作用，而且已经研制、开发出治疗肝炎的新药。

New research shows that : stems and leaves of Aralia elate ( Miq . ) Seem have the function of strong anti-liver injury , and based on which , new drugs had been studied and developed for treating hepatitis .