1983Acta Botanica NeerlandicaRequires access

FINE STRUCTURE OF THE ABSCISSION LAYER IN PHASEOLUS FLOWERS UNDER WATER STRESS CONDITIONS

Juma A. Kapuya, Julia T. Hoza

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Abstract

It has been observed that under control conditions, the abscission of flowers in Phaseolus vulgaris proceeds via the breakdown of both the middle lamella and the primary wall of the cells in the abscission layer of the pedicel. However, under conditions of water stress, the dissolution of the middle lamella occurs much faster than the breakdown of the primary wall. The difference in the integrity of the cell wall of the abscising cells under these two conditions is discussed in relation to differential enzyme activation of the separation process.

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What this paper is about

It has been observed that under control conditions, the abscission of flowers in Phaseolus vulgaris proceeds via the breakdown of both the middle lamella and the primary wall of the cells in the abscission layer of the pedicel. However, under conditions of water stress, the dissolution of the middle lamella occurs much faster than the breakdown of the primary wall. The difference in the integrity of the cell wall of the abscising cells under these two conditions is discussed in relation to differential enzyme activation of the separation process.

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Available abstract

It has been observed that under control conditions, the abscission of flowers in Phaseolus vulgaris proceeds via the breakdown of both the middle lamella and the primary wall of the cells in the abscission layer of the pedicel. However, under conditions of water stress, the dissolution of the middle lamella occurs much faster than the breakdown of the primary wall. The difference in the integrity of the cell wall of the abscising cells under these two conditions is discussed in relation to differential enzyme activation of the separation process.

Key concepts: Middle lamella, Abscission, Phaseolus, Pedicel, Cell wall, Lamella (surface anatomy), Botany, Bone canaliculus

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