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      SCIE KCI등재 SCOPUS

      녹두의 발아과정 중 GA3 및 ABA 의 처리가 Peroxidase , Catalase 활성변화와 Isoperoxidase Pattern 에 미치는 영향 = Effect of GA3 and ABA on Peroxidase and Catalase Activities and Isoperoxidase Patterns in Mung Bean Seedling

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      https://www.riss.kr/link?id=A3209612

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      The changes in peroxidase and catalase activities, and isoperoxidase patterns in different parts of mung bean seedling caused by the treatment with plant growth substances, GA₃, and ABA, were examined. As germination proceeded, the activity of peroxidase in all part except hypocotyl was increased, while that of catalase decreased. The separate application of GA₃, and ABA increased the activity of peroxidase which was more influenced by GA₃, than by ABA only in cotyledon, while that of catalase was more affected by ABA than by GA₃. Electrophoretic study revealed that the number of isoperoxidase was increased continuously in all parts during development. A greater influence was exerted on the intensity of isozyme than the number of isozyme by the hormonal treatment.

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      The changes in peroxidase and catalase activities, and isoperoxidase patterns in different parts of mung bean seedling caused by the treatment with plant growth substances, GA₃, and ABA, were examined. As germination proceeded, the activity of perox...

      The changes in peroxidase and catalase activities, and isoperoxidase patterns in different parts of mung bean seedling caused by the treatment with plant growth substances, GA₃, and ABA, were examined. As germination proceeded, the activity of peroxidase in all part except hypocotyl was increased, while that of catalase decreased. The separate application of GA₃, and ABA increased the activity of peroxidase which was more influenced by GA₃, than by ABA only in cotyledon, while that of catalase was more affected by ABA than by GA₃. Electrophoretic study revealed that the number of isoperoxidase was increased continuously in all parts during development. A greater influence was exerted on the intensity of isozyme than the number of isozyme by the hormonal treatment.

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