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Changes in electrophoretic profiles of Ipomoea batatas (sweet potato) induced by gamma radiation

机译:γ射线诱导的番薯番薯电泳图谱的变化

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The ability of nodal segments of Ipomoea batatas to differentiate shoots and roots was evaluated after gamma irradiation. Shoot differentiation was less sensitive to irradiation than roots. However, at 90 Gy, no shoot was able to regenerate a new plant; in contrast 76 % of the roots from irradiated nodal segments continued to grow. The gamma radiation also induced changes in electrophoretic profiles of peroxidases of storage roots. Plants originated from irradiated storage roots presented changes in leaf peroxidase profiles very similar to those produced by leaves directly irradiated. The peroxidase profile of absorbent roots from irradiated storage roots was different from that obtained from directly irradiated absorbent roots.
机译:γ射线辐照后,评估番薯番薯节节段分化芽和根的能力。芽分化对辐射的敏感性不如根。但是,在90 Gy时,没有芽能够再生出新植物。相比之下,受照射的节段的根中有76%的根继续生长。 γ射线还会引起贮藏根过氧化物酶的电泳图谱变化。来自受辐照的贮藏根的植物呈现出的叶子过氧化物酶谱的变化非常类似于直接辐照的叶子所产生的变化。辐照过的贮藏根的吸收根的过氧化物酶谱与直接辐照过的吸收根的过氧化物酶谱不同。

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