Tissue Culture of the Nervous System

Herausgegeben:Sato, Gordon

• Broschiertes Buch

Produktbeschreibung

The impetus for compiling this book was the recent development of culture strains of neuroblastoma and glial cells and the immediate and enthusiastic way they have been taken up as model systems. After the first sudden rush of activity, it seems appropriate to pause, to assess progress, and to contemplate the future contributions that may be possible using these culture techniques. Long before the advent of established strains, cultures of nervous tissue had already contributed to neurobiology. Ross Harrison, in 1906, in a single experimental series, established tissue culture as a promising new technique in cell biology and settled the Golgi-Cajal controversy as to whether axonic processes originated as outgrowths from the cell body or were formed first in the intercellular spaces and were later connected to the cell body. Harrison observed process growth from nerve cells in cultures, thus settling the matter in favor of Cajal. Of great importance to neurobiology is the discovery by Rita Levi-Montalcini of nerve growth factor. Cultures of spinal ganglia played a major role in the discovery, isolation, and characterization of the factor (Levi-Montalcini et ai. , 1954). In my opinion, this discovery, although very well known, has not yet been adequately recognized for its germinal influence on neurobiology and embryology. Progress since the advent of clonal cultures has been more modest. I would like to cite two pieces of work which emphasize the technical ad vantages of these cultures.

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Produktdetails

• Current Topics in Neurobiology
• Verlag: Springer / Springer US / Springer, Berlin
• Artikelnr. des Verlages: 978-1-4684-2906-0
• 1973
• Seitenzahl: 308
• Erscheinungstermin: 26. März 2012
• Englisch
• Abmessung: 229mm x 152mm x 17mm
• Gewicht: 449g
• ISBN-13: 9781468429060
• ISBN-10: 146842906X
• Artikelnr.: 39511233

Inhaltsangabe

1 Long-Term Cultures of Embryonic and Mature Insect Nervous and Neuroendocrine Systems.- I. Introduction.- II. The Object of Choice: Periplaneta americana.- III. Material and Techniques.- IV. Specific Problems.- V. Concluding Remarks and Perspectives.- VI. References.- 2 Differentiation of Aggregating Brain Cell Cultures.- I. Introduction.- II. Aggregation.- III. Migration.- IV. Biochemical Differentiation.- V. Morphological Differentiation.- VI. Prospectus.- VII. Acknowledgments.- VIII. References.- 3 Differentiation and Interaction of Clonal Cell Lines of Nerve and Muscle.- I. Introduction.- II. Origin of Cell Lines.- III. Morphological Differentiation.- IV. Chemical Differentiation.- V. Electrical Differentiation.- VI. Differentiation and Cell Culture.- VII. Tropic Interaction Between Neuroblastoma and Myoblast Cell Lines.- VIII. Summary.- IX. References.- 4 Biochemical Characterization of a Clonal Line of Neuroblastoma.- I. Introduction.- II. Nucleic Acid and Protein Content.- III. RNA Biosynthesis.- IV. Protein Biosynthesis.- V. Glycoproteins of the Cell Surface.- VI. Discussion.- VII. References.- 5 Regulation of Neuronal Enzymes in Cell Culture.- I. Introduction.- II. Dissociated Primary Mouse Brain Cultures.- III. Neuroblastoma C1300 Ajax Mouse Cells in Culture.- IV. Neuroblast-Glioblast Biochemical Relationships.- V. Speculation.- VI. References.- 6 Electrophysiological Studies of Normal and Neoplastic Cells in Tissue Culture.- I. Introduction.- II. The Mouse C1300 Neuroblastoma.- III. Hybrid Cell Lines.- IV. Other Continuous Cell Lines: Electrical Coupling.- V. Normal Dissociated Cultures.- VI. References.- 7 Genetic Analysis of the Mammalian Nervous System Using Somatic Cell Culture Techniques.- I. General Methods for Genetic Analysis of the Nervous System.-II. Mitotic Inheritance of Differentiated Functions.- III. Hybridization Experiments.- IV. Generation of Propagating Cell Lines from Normal Neurons and Glia.- V. Conclusions and Future Forecast.- VI. Acknowledgments.- VII. References.- 8 Nervous System-Specific Proteins in Cultured Neural Cells.- I. Introduction.- II. Experimental Neural Tumors.- III. S100 Protein Production by C6 Rat Glial Cells.- IV. Synthesis and Degradation of S100 Protein in C6 Cells.- V. Production of 14-3-2 Protein by Human Neuroblastoma Cells in Culture.- VI. Conclusions.- VII. Acknowledgments.- VIII. References.- 9 Clonal Lines of Glial Cells.- I. Introduction.- II. Isolation of Clonal Lines.- III. Cellular Location of S100 Protein.- IV. Studies of Myelination in Vitro.- V. Prospectus.- VI. References.- 10 Induction of Enzymes by Glucocorticoids and Catecholamines in a Rat Glial Cell Line.- I. Introduction.- II. Materials and Methods.- III. Induction of Glycerol Phosphate Dehydrogenase by Cortisol.- IV. Effect of Catecholamines on Cyclic AMP and Lactic Dehydrogenase.- V. Differential Sensitivity of GPDH and LDH Inductions to Inhibitors of RNA Synthesis.- VI. Conclusions.- VII. References.- 11 The Metabolism of Glycosphingolipids and Glycosaminoglycans.- I. Introduction.- II. Glycosphingolipids.- III. Glycosaminoglycans.- IV. Collagen Synthesis.- V. Conclusions.- VI. References.