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Effect of Auxin on Weedy Rice Mesocotyl Cell Wall Oxidase

机译:养肝稻草米科氏植物膜腹氧化酶的影响

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The seedling was developed on the dark condition by artificial climate chamber to determine the content of Auxin (IAA), activity of indoleacetic acid oxidase (IAO) and cell wall peroxidase (POD), mesocotyl length change and cell wall oxidase activity variation applied IAA. The study proves that endogenous hormone IAA content of long mesocotyl in weedy rice were much higher than that of short mesocotyl in Akimitsu. With the growth of mesocotyl elongation, endogenous IAA content showed cumulative effects. And then accumulation of IAA content reached up to maximum, when the Mesocotyl elongation stoped to grow. IAA might play a decisive role in the process of hypocotyl elongation. Reduction in the activity of IAO and POD accelerated the transformation from bound IAA to free IAA and promoted cell elongation and mesocotyl elongation.
机译:通过人造气候室在黑暗条件下开发了幼苗,以确定生长素(IAA)的含量,吲哚酸氧化酶(IAO)和细胞壁过氧化物酶(POD),中琴长变化和细胞壁氧化酶活性变异应用IAA的含量。该研究证明,杂草稻中长叶氏岩的内源激素IAA含量远高于Akimitsu中短叶蛋白的含量。随着中膜膜伸长的生长,内源性IAA含量显示累积效应。然后当叶片伸长率停止生长时,累积IAA含量达到最大值。 IAA可能在休克伸长率的过程中发挥决定性作用。减少IAO和POD的活性加速了从结合IAA转化为游离IAA和促进细胞伸长和中塞氏植物的转化。

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