2006•PubMedRequires access

[Dynamics of microtubular cytoskeleton in higher plant meiosis. VI. Mechanisms of the successive cytokinesis].

Shamina Nv, Kovaleva Nm, E I Gordeeva, E G Seriukova

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Abstract

Intracellular morphological processes of successive cytokinesis in cereal pollen mother cells during normal and abnormal meiosis were studied. It was shown that the central spindle fiber system transforms into a phragmoplast at telophase. A model of centrifugal movement of the phragmoplast as a modification of B-anaphase has been proposed.

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Intracellular morphological processes of successive cytokinesis in cereal pollen mother cells during normal and abnormal meiosis were studied. It was shown that the central spindle fiber system transforms into a phragmoplast at telophase. A model of centrifugal movement of the phragmoplast as a modification of B-anaphase has been proposed.

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Available abstract

Intracellular morphological processes of successive cytokinesis in cereal pollen mother cells during normal and abnormal meiosis were studied. It was shown that the central spindle fiber system transforms into a phragmoplast at telophase. A model of centrifugal movement of the phragmoplast as a modification of B-anaphase has been proposed.

Key concepts: Phragmoplast, Cytokinesis, Telophase, Anaphase, Cell biology, Cell plate, Meiosis, Chemistry

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[Dynamics of microtubular cytoskeleton in higher plant meiosis. VI. Mechanisms of the successive cytokinesis]. — Research Paper | ScholarLens