Cytomorphogenesis in Plants

In 1958 E. BUNNING published a book in the former series "Proto plasmatologia" entitled "Polaritat und inaquale Teilung des pflanzlichen Protoplasten" (polarity and unequal division of the plant protoplast) in which for the first time results of experimental plant cytomorphogenesis were re viewed. This book was based completely on light microscopic observations and rather simple experimental techniques. Since then our knowledge of basic cytomorphogenetic mechanisms has greatly increased, especially with the introduction of modern ultrastructural, biochemical and sophisticated experi mental methods so that the field of cytomorphogenesis in our days should be considered a separate discipline within the general field of cell biology. This book, "Cytomorphogenesis in Plants", represents a necessary attempt to bring together current knowledge in this field of research on a comparable basis. Unfortunately enormous gaps in our understanding of the underlying principles of cytomorphogenetic events still exist. Therefore it seemed reason able to present a book composed of individual chapters, each written by experts for a defined experimental system. Each chapter represent a separate treatise with its own references, hence it was not possible to avoid some overlap both in the text and in the literature of the chapters without destroying the uni formity of the respective article.

Klappentext

In 1958 E. BUNNING published a book in the former series "Proto­ plasmatologia" entitled "Polaritat und inaquale Teilung des pflanzlichen Protoplasten" (polarity and unequal division of the plant protoplast) in which for the first time results of experimental plant cytomorphogenesis were re­ viewed. This book was based completely on light microscopic observations and rather simple experimental techniques. Since then our knowledge of basic cytomorphogenetic mechanisms has greatly increased, especially with the introduction of modern ultrastructural, biochemical and sophisticated experi­ mental methods so that the field of cytomorphogenesis in our days should be considered a separate discipline within the general field of cell biology. This book, "Cytomorphogenesis in Plants", represents a necessary attempt to bring together current knowledge in this field of research on a comparable basis. Unfortunately enormous gaps in our understanding of the underlying principles of cytomorphogenetic events still exist. Therefore it seemed reason­ able to present a book composed of individual chapters, each written by experts for a defined experimental system. Each chapter represent a separate treatise with its own references, hence it was not possible to avoid some overlap both in the text and in the literature of the chapters without destroying the uni­ formity of the respective article.

Inhalt
I. Cytomorphogenesis in Unicellular Plants and Cell Aggregates.- Morphopoietic and Functional Aspects of Regular Protein Membranes Present on Prokaryotic Cell Walls.- Scale Formation in Flagellates.- Morphogenesis and Biochemistry of Diatom Cell Walls.- Form and Pattern in Pediastrum.- Pattern Formation in Acetabularia.- Cytoplasmic Basis of Morphogenesis in Micrasterias.- Nuclear Control of Morphogenesis in Micrasterias.- Formation and Distribution of Cell Wall Pores in Desmids.- II. Cytomorphogenesis in Multicellular Plants.- Control of Cell Expansion in the Nitella Internode.- Morphogenesis and Polarity of Tubular Cells with Tip Growth.- Microtubules and Cytomorphogenesis in a Developing Organ: The Root Primordium of Azolla pinnata.- Morphogenesis of Tracheary Elements and Guard Cells.- Sporogenesis and Pollen Grain Formation.- III. General Aspects of Cytomorphogenesis in Plants.- Ionic Currents as Control Mechanism in Cytomorphogenesis.- Role of Lipid Self-Assembly in Subcellular Morphogenesis.