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首页> 外文会议>Annual Meeting of the Plant Growth Regulation Society of America >INOCULATION OF RHIZOBIUM JAPONICUM AND 0- SITOSTEROL EFFECT ON GROWTH, YIELD AND SOME BIOCHEMICAL CONSTITUENTS OF SOYBEAN max L.) PLANT
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INOCULATION OF RHIZOBIUM JAPONICUM AND 0- SITOSTEROL EFFECT ON GROWTH, YIELD AND SOME BIOCHEMICAL CONSTITUENTS OF SOYBEAN max L.) PLANT

机译：接种japonicum和0-谷甾醇对大豆Max L.）植物生长，产量和一些生化成分的影响

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摘要

To study the possibility of promoting effect of p - sitosterol (0,10,20 and 40mgL" ) for increasing the nodule development through inoculation of Rhizobiumjapomcum (0,20 and 40gkg4) and their interaction effect on growth, yield and biochemical constituents of soybean plant, two trials were conducted under green house conditions. Node number was significantly increased by inoculation(40gkg~(-1)) at vegetative and 20gkg~(-1)at flowering stages.p - sitosterol (40mgL~(-1)) application significantly increased nodes number/plant at vegetative and 20mgL~(-1) at flowering stages. Also, the interaction between Rhizobium inoculation(40gkg~(-1)) and p- sitosterol (40 mgL~(-1)) resulted in the maximal values of root and shoot mass at seed filling stage, p -sitosterol (10mgL~(-1)) caused a significant increment of seed yield and 100-seed mass. Biochemical constituents in the leaves, as sugars, free amino acids, protein, phenols and indoles were significantly differed according to Rhizobacterin inoculation rateand p-sitosterol concentration at all physiological stages. Which were flocculated within or between roots and leaves of soybean.
机译：研究通过接种rhizobiumjapomcum（0,20和40gkg4）来增加对p - sitosterol（0,10,20和40mgl“的影响，以增加结节发育及其对大豆生长，产率和生化成分的相互作用影响植物，两项试验是在绿色房屋条件下进行的。在植物植物和20gkg〜（-1）处，在开花阶段的接种（40gkg〜（-1））显着增加了节点数量.p - 谷甾醇（40mgl〜（-1））在开花阶段的营养型和20mgL〜（-1）下的节点数/植物显着增加。此外，导管rozobium接种（40gkg〜（-1））和p-谷甾醇之间的相互作用（40 mgl〜（-1））种子填充阶段的根和芽质量的最大值，p-sitterol（10mgl〜（-1））导致种子产量和100种块状的显着增量。叶子中的生物化学成分，作为糖，游离氨基酸，蛋白质，苯酚和吲哚根据Rhizobacterin Inoc而显着差异所有生理阶段的抑制率靶标对谷甾醇浓度。在根和大豆根部和叶片之间絮凝。

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