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2003•Chih Wu Sheng Li Hsueh T'ung HsunRequires access

Effects of Zeatin and IAA on Plant Regeneration of Tomato Cotyledon Explants

Bo Ouyang

Open publisher page 1 citations

Abstract

The results showed that high level of exogenous zeatin inhibited the regeneration of the adventitious buds, led to emergence of large amount of abnormal regenerated buds, and delayed the process of rooting. While under low level of exogenous zeatin used together with high level of exogenous IAA, the regeneration process was accelerated, the ratio of normal buds was raised and the rooting stage was also shortened.

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What this paper is about

The results showed that high level of exogenous zeatin inhibited the regeneration of the adventitious buds, led to emergence of large amount of abnormal regenerated buds, and delayed the process of rooting. While under low level of exogenous zeatin used together with high level of exogenous IAA, the regeneration process was accelerated, the ratio of normal buds was raised and the rooting stage was also shortened.

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Available abstract

The results showed that high level of exogenous zeatin inhibited the regeneration of the adventitious buds, led to emergence of large amount of abnormal regenerated buds, and delayed the process of rooting. While under low level of exogenous zeatin used together with high level of exogenous IAA, the regeneration process was accelerated, the ratio of normal buds was raised and the rooting stage was also shortened.

Key concepts: Zeatin, Cotyledon, Regeneration (biology), Explant culture, Biology, Botany, Cytokinin, Horticulture

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Effects of Zeatin and IAA on Plant Regeneration of Tomato Cotyledon Explants — Research Paper | ScholarLens