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Book Synopsis
In angiosperms, about 30% -- 80% of species were estimated to be of polyploid origin. Polyploidisation is a key evolutionary process in higher plants that lead to the formation of new species. The majority of higher plant species evolutionised this way, or by means of hybridisation with more or less widely related species and further polyploidisation. This book presents and discusses research on meiotic division abnormalities, specifically cytoskeleton aberrations in karyo- and cytokinesis, leading to 2n gametes formation in plants, which includes 40 meiotic restitution mechanisms in pollen mother cells.

2n Pollen Formation: 40 Cytological Mechanisms of

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    A Paperback / softback by Nataliya V Shamina

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      View other formats and editions of 2n Pollen Formation: 40 Cytological Mechanisms of by Nataliya V Shamina

      Publisher: Nova Science Publishers Inc
      Publication Date: Publication Date: 01/08/2010
      ISBN13: 9781616689766, 978-1616689766
      ISBN10: 1616689765

      Description

      Book Synopsis
      In angiosperms, about 30% -- 80% of species were estimated to be of polyploid origin. Polyploidisation is a key evolutionary process in higher plants that lead to the formation of new species. The majority of higher plant species evolutionised this way, or by means of hybridisation with more or less widely related species and further polyploidisation. This book presents and discusses research on meiotic division abnormalities, specifically cytoskeleton aberrations in karyo- and cytokinesis, leading to 2n gametes formation in plants, which includes 40 meiotic restitution mechanisms in pollen mother cells.

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