Cellular Analogues of Conditioning and Neural Plasticity

Satellite Symposium of the 28th International Congress of Physiological Sciences Szeged, Hungary, 1980

O. Fehér, F. Joó

• Publisher: Pergamon
• Year: 2013
• Print ISBN:
  9780080273723
• eBook ISBN:
  9781483190242
• Topic: Biological Sciences
• Subtopic: Zoology
• Index: Biological Sciences

Advances in Physiological Sciences, Volume 36: Cellular Analogues of Conditioning and Neural Plasticity is a collection of paper that details the various aspects of neural plasticity from various methodological perspectives. The title covers the physiological–morphological and biochemical methods in studying neural plasticity. The coverage of the text includes topics such as neuroplasticity in the superior cervical ganglion as a consequence of long-lasting inhibition; evidence for remodeling of synaptic contacts in muscles of adult frog; and calcium and presynaptic factors in synaptic plasticity. The selection also covers the regulation of acetylcholine receptors; molecular mechanisms of sensitization and desensitization of ß-receptors connected with adenylate cyclase; and cellular and behavioral studies of learning and memory in simpler systems. The book will be of great use to neurologists, neurosurgeons, and behavioral scientists.

Table of contents

• Cover image
• Title page
• Table of Contents
• ADVANCES IN PHYSIOLOGICAL SCIENCES
• Copyright
• PREFACE
• Chapter 1: NEUROPLASTICITY IN THE SUPERIOR CERVICAL GANGLION AS A CONSEQUENCE OF LONG-LASTING INHIBITION
• Chapter 2: INHIBITION AS THE BASIS FOR NEURONAL PLASTICITY
• Chapter 3: EVIDENCE FOR REMODELLING OF SYNAPTIC CONTACTS IN MUSCLES OF ADULT FROG
• Chapter 4: SENSORY END ORGAN MODULATION VS NERVE CELL REDUNDANCY AS POSSIBLE MECHANISMS IN THE DEVELOPMENT OF MISDIRECTED REFLEX RESPONSES IN SKIN GRAFTED ANURANS
• Chapter 5: THE SPINAL PROJECTION AREA OF PRIMARY NOCICEPTIVE AFFERENTS: REGENERATIVE SYNAPTO-NEOGENESIS IN THE ROLANDO SUBSTANCE
• Chapter 6: GROWTH AND PLASTICITY OF CORTICAL DENDRITES
• Chapter 7: EARLY MORPHOLOGICAL CHANGES OF THE APICAL DENDRITES OF NEOCORTICAL PYRAMIDAL CELLS IN ALBINO RATS SUBJECTED TO 3-AMINOPYRIDINE SEIZURES
• Chapter 8: VISUAL EXPERIENCE AND MODIFICATION OF THE PRESYNAPTIC GRID IN THE VISUAL CORTEX OF RABBITS
• Chapter 9: CALCIUM AND PRESYNAPTIC FACTORS IN SYNAPTIC PLASTICITY
• Chapter 10: SYNAPTOSOME-DERIVED Ca TRANSPORT SYSTEMS: PROPERTIES AND PURIFICATION
• Chapter 11: CALCIUM BINDING OF AXOLEMMAL INFOLDINGS IN STIMULATED CORTICAL SYNAPSES
• Chapter 12: STUDIES OF CONDITIONING AND OTHER FORMS OF ADAPTATION IN THE MAMMALIAN CNS
• Chapter 13: ANATOMICAL AND PHYSIOLOGICAL ANALYSES OF RABBIT NICTITATING MEMBRANE CONDITIONING
• Chapter 14: PHARMACOLOGICAL DIFFERENCES BETWEEN CA3 AND DENTATE GRANULE CELLS IN HIPPOCAMPAL SLICES
• Chapter 15: ROLE OF INHIBITION IN HETEROSYNAPTIC POSTACTIVATION POTENTIATION OF CA3 NEURONS IN VITRO
• Chapter 16: CELLULAR MECHANISMS OF LONG-TERM POSTTETANIC POTENTIATION IN THE HIPPOCAMPUS
• Chapter 17: NORADRENALINE DEPLETION REDUCES LONG TERM POTENTIATION IN THE RAT HIPPOCAMPUS
• Chapter 18: TEMPORAL CHARACTERISTICS OF STIMULI THAT PRODUCE LONG-TERM POTENTIATION
• Chapter 19: CELLULAR MECHANISMS OF CONDITIONING IN THE NEOCORTEX OF THE CAT
• Chapter 20: DIFFERENTIAL CONDITIONING AT CELLULAR LEVEL IN THE MOTOR CORTEX OF THE CAT
• Chapter 21: IDENTIFIED ISOLATED COMMAND NEURONES: ASSOCIATIVE LEARNING
• Chapter 22: EXOGENOUS NORADRENALINE INCREASES THE NEURONAL PLASTICITY IN CAT VISUAL CORTEX: LOCALIZED, CONTINUOUS MICROPERFUSION AND IONTOPHORESIS
• Chapter 23: POSTSYNAPTIC MECHANISMS IN SYNAPTIC PLASTICITY
• Chapter 24: ANGULAR DISPARITY ARTIFICIALLY INDUCED BETWEEN RECEPTIVE FIELDS OF CORTICAL NEURONS IN DEVELOPING KITTENS AS AN INDICATOR OF NEURONAL PLASTICITY
• Chapter 25: CELLULAR AND BEHAVIORAL STUDIES OF LEARNING AND MEMORY IN SIMPLER SYSTEMS
• Chapter 26: NEURONAL REGULATION OF MUSCLE CELL ACETYLCHOLINE RECEPTOR DISTRIBUTION, STABILITY AND CONCENTRATION
• Chapter 27: MOLECULAR MECHANISMS OF SENSITIZATION AND DESENSITIZATION OF ß-RECEPTORS CONNECTED WITH ADENYLATE CYCLASE
• Chapter 28: REGULATION OF ACETYLCHOLINE SYNTHESIS IN THE CENTRAL NERVOUS SYSTEM OF RAT
• Chapter 29: REGULATION OF ACETYLCHOLINE RECEPTORS
• Chapter 30: DEVELOPMENT AND DIFFERENTIATION OF CHICK CILIARY GANGLION CELLS IN CULTURE
• Chapter 31: CONCLUDING REMARKS ON CELLULAR ANALOGUES OF CONDITIONING AND NEURAL PLASTICITY
• INDEX