The Plant Cytoskeleton: a Key Tool for Agro-Biotechnology

Cytoskeleton Fundamentals.- Plant gamma-TuSC-like Components: their Role in Microtubule Nucleation; V. Seltzer et al.- Gamma-tubulins and their Functions in Plant Cells; P. Binarova et al.- Coiled-coil and Intermediate Filament-Proteins in the Plant Nucleoskeleton; S. Moreno Díaz de la Espina, C. de la Torre.- Cytoskeleton and Development.- Microtubules and the Control of Cell Elongation in Arabidopsis Roots; J.-P. Verbelen et al.- Regulation of Root Hair Tip Growth: Can Mitogen-Activated Protein Kinases be taken into Account?; M. Ovecka et al.- Cytoskeletal Changes during Spermatogenesis in Chara Antheridia; Q. Jin, K.H. Hasenstein.- Cytoskeleton and Signalling.- Plant Tubulin Phosphorylation and its Role in Cell Cycle Progression; Y.B. Blume et al.- Plant Myosins: Do they have a Role in Gravi- and Mechanosensing?; D. Volkmann, F. Baluska.- Role of Cytoskeleton in Gravisensing of Plant Root Cells; E.L. Kordyum et al.- Genomics of the Cytoskeleton.- The Importance of being an Intron. By Wild... type Tubulin Genes; D. Breviario et al.- Transcription of the Tubulin Gene in Plants; V.V. Radchuk.- Array Technology for Studying Maize Tubulin; D. Griffin, S. Wick.- Cytoskeleton Proteomics.- Microtubules and Organelle Dynamics in Plants; T. Quilichini, D.G. Muench.- Qualitative and Quantitative Analysis of ß-tubulin Cva (C-Terminal Variable Acidic Amino Acid Region) by MALDI-TOF Mass Spectrometry; S. Okamura et al.- Structural Biology and Bioinformatics for Cytoskeleton Research.- Tubulin Isotypes and their Role in Microtubule Dynamic Instability, Implications for Modeling and Rational Design of Inhibitors; J. Tuszynski et al.- Dinitrolaniline Interactions with Tubulin; N. Morrissette, D. Sept.- Domain Complexity of Plant Kinesins; J. Malcos, R. Cyr.- Bioinformatic Search for Homologues of Animal Structural MAPs in the Arabidopsis Thaliana Genome; P.A. Karpov, Y.B. Blume.- Applied Biology/Biotechnology.- The Regularities of Structural Distribution in Tubulin