Each branch of the axillary long can see axillary bud.

长枝每个叶腋均可见到腋芽.

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The accumulation of carbohydrate supplied the matter and energy for the axillary buds to grow.

碳水化合物的积累为腋芽的产生提供了物质基础.

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There are 2 ~3 layers tunica cells in the reproductive shoot apexes whose surface were flat.

而将来发育为果枝的腋芽,其生长锥为圆柱形,顶端表面平坦,体积较大,原套层数为2～3层.

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The buds differentiation rate of callus, which induced by the axillary buds, was higher comparatively.

愈伤组织的诱导分化以腋芽为外植体的芽分化率相对较高.

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Result shows that clustered shoots induction rate can be 80 % , and shoot terminal buds.

以蝴蝶兰的叶片、花瓣、花梗、花梗顶芽和腋芽为外植体, 通过组织培养方法诱导原球茎和丛生芽.

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