Tobacco BY-2 Cells

1 When I Encountered Tobacco BY-2 Cells! . - Section I: Cell Cycle. - 2 Improvements of the Molecular Toolbox for Cell Cycle Studies in Tobacco BY-2 Cells. - 3 Transcriptional Regulation During the Plant Cell Cycle: Involvement of Myb Proteins in Cyclin B Transcription. - 4 Control of the G1/S Phase Transition in Tobacco BY-2 Cells. - 5 Expression, Localisation and Stability of Mitotic Cyclins in Tobacco BY-2 Cells. - Section II: Cell Biology and Cytoskeleton. - 6 Molecular Mechanisms of Microtubule Nucleation in Tobacco BY-2 Cells. - 7 Dynamic Behavior of Microtubules and Vacuoles at M/G1 Interface Observed in Living Tobacco BY-2 Cells. - 8 Tobacco BY-2 Cells as an Ideal Material for Biochemical Studies of Plant Cytoskeletal Proteins. - 9 Cell Plate Formation: Knowledge from Studies Using Tobacco BY-2 Cells. - Section III: Physiological and Developmental Aspects. - 10 Hormonal Control of the Plant Cell Cycle. - 11 Block Points in the Cell Cycle Progression of Plant Cells: Deduced Lessons from Tobacco BY-2 Cells. - 12 Growth and Physiology of Suspension-Cultured Plant Cells: the Contribution of Tobacco BY-2 Cells to the Study of Auxin Action. - 13 Dual Pathways for Auxin Regulation of Cell Division and Expansion. - 14 Studies on Dynamic Changes of Organelles Using Tobacco BY-2 as the Model Plant Cell Line. - 15 Cell Wall Dynamics in Tobacco BY-2 Cells. - 16 Regulation of Secondary Metabolism in Tobacco Cell Cultures. - 17 Boron Nutrition of Cultured Tobacco BY-2 Cells. - Section IV: Molecular Biological Aspects. - 18 In Vitro Transcription Systems from BY-2 Cells. - 19 Protein Sorting and Protein Modification Along the Secretory Pathway in BY-2 Cells. - 20 Characterisation of an Inducible/Repressible Gene Expression System in Tobacco BY-2 Cells. - 21 The Tobacco BY-2 Cell Line as a Model Systemto Understand in Planta Nuclear Coactivator Interactions. - 22 Tobacco BY-2 Proteomics.