Cell, Tissue, and Organ Cultures in Neurobiology pdf

Cell, Tissue, and Organ Cultures in Neurobiology pdf Unspecified writer

NEUROGLIA — FROM THE SUBVENTRICULAR PRECURSOR TO THE MATURE CELL. BIOCHEMISTRY OF GLIAL CELLS. PHYSIOLOGICAL AND PHARMACOLOGICAL STUDIES ON CENTRAL SYNAPTIC TRANSMISSION. CHARACTERISTICS OF NEURONS IN TISSUE CULTURE. DIFFERENTIATION OF CELLS IN ORGAN CULTURES. DIFFERENTIATION OF CELLS IN PRIMARY CULTURES: MYELINATION. SYNAPSE FORMATION IN NEURAL TISSUE CULTURES. DISSOCIATED BRAIN CELLS IN PRIMARY CULTURES. TRACING GLIAL CELL LINEAGES BY COLONY FORMATION IN PRIMARY CULTURES. DIFFERENTIATION OF GLIOBLASTS UNDER THE INFLUENCE OF GLIA MATURATION FACTOR. NEURAL CELL ISOLATION AND IDENTIFICATION. PRIMARY CULTURES, CELL LINES AND CELL STRAINS: TERMINOLOGY AND CHARACTERISTICS. GLIAL CELL LINES. GENETIC CONTROL OF NEURAL DEVELOPMENT. SPECIFIC PROTEIN SPECIES EXPRESSED BY DIFFERENTIATING NEUROBLASTOMA, GLIOMA, AND HYBRID CELLS IN CULTURE. EVIDENCE FOR NEUROBLAST-GLIOBLAST RECIPROCAL GENETIC REGULATION. IMMUNOCHEMICAL MARKERS IN PRIMARY CULTURES AND IN CELL LINES. TRANSMITTERS, PUTATIVE TRANSMITTERS AND TRANSMITTER-RELATED ENZYMES STUDIED IN CULTURED CELL SYSTEMS. DIFFERENCES BETWEEN ASTROCYTES IN PRIMARY CULTURES AND GLIAL CELL LINES IN UPTAKE AND METABOLISM OF PUTATIVE AMINO ACID TRANSMITTERS ROLE OF CYCLIC NUCLEOTIDE IN THE DIFFERENTIATION OF NERVE CELLS. HORMONAL EFFECTS ON DIFFERENTIATION IN NEURAL CULTURES. CELL AGGREGATION AND RECOGNITION IN THE SELF-ASSEMBLY OF BRAIN TISSUES, Pages 515-537, BEATRICE B. GARBER. ORGANIZATON OF PATHWAYS IN CULTURES OF MOUSE CEREBELLUM. CELL AND ORGANOTYPIC CULTURE STUDIES OF NEUROLOGICAL MUTATIONS AFFECTING STRUCTURAL DEVELOPMENT. NEUROSECRETION IN CULTURED SYSTEMS. A PUTATIVE PRECURSOR TO NEUROPHYSINS AND NEUROHYPOPHYSEAL HORMONES. NEUROBLAST-GLIOBLAST INTERACTIONS: ECTO-ENZYMES. HORMONES AND GROWTH FACTORS IN CELL CULTURES: PROBLEMS AND PERSPECTIVES. NUTRITIONAL REQUIREMENTS OF CELLS IN CULTURE, WITH SPECIAL REFERENCE TO NEURAL CELLS. CELL AND TISSUE DIFFERENTIATION IN CULTURES: DISCUSSION. CULTURED NEURAL CELLS AND TISSUES AS MODELS OF THEIR IN VIVO COUNTERPARTS: DISCUSSION.