Neuroscience

Informationen zum Autor John Stein is based at Oxford University, where he has taught neuroscience to medical and psychology students for 35 years. Klappentext Written in an engaging style, this accessible textbook concentrates on concepts that students find difficult, amusing, interesting or exciting and conveys the oddities and fascination of neuroscience. It discusses the most important concepts in neuroscience without getting diverted by unnecessary details, thus enabling students to understand the basic principles of neuroscience.Starting with a brief history of neuroscience, it covers all aspects of the area, including:* Cellular and biophysical aspects* Sensory systems* Motor systems* The hypothalamus* The automatic nervous system* Learning and memory* Speech and readingNeuroscience: An Introduction illuminates how the brain actually works. It will serve as an introductory neuroscience textbook for both medical and psychology students. Zusammenfassung Written in an engaging style, this accessible textbook concentrates on concepts that students find difficult, amusing, interesting or exciting and conveys the oddities and fascination of neuroscience. It discusses the most important concepts in neuroscience without getting diverted by unnecessary details, thus enabling students to understand the basic principles of neuroscience.Starting with a brief history of neuroscience, it covers all aspects of the area, including:* Cellular and biophysical aspects* Sensory systems* Motor systems* The hypothalamus* The automatic nervous system* Learning and memory* Speech and readingNeuroscience: An Introduction illuminates how the brain actually works. It will serve as an introductory neuroscience textbook for both medical and psychology students. Inhaltsverzeichnis About the Authors.Preface.Chapter 1 Historical introduction.Chapter 2 Structure of the brain and central nervous system.Chapter 3 Physiological techniques.Chapter 4 Excitable membranes.Chapter 5 The neuromuscular junction.Chapter 6 Central neurotransmission.Chapter 7 Muscle.Chapter 8 Sensory systems.Chapter 9 Visual psychophysics.Chapter 10 The eye.Chapter 11 Central visual processing.Chapter 12 Hearing: the auditory system.Chapter 13 Somatosensory system.Chapter 14 Pain.Chapter 15 Smell and taste.Chapter 16 Vestibular system.Chapter 17 Position and movement sense.Chapter 18 The posterior parietal cortex: active touch and active sight.Chapter 19 Motor control.Chapter 20 Muscle receptors and spinal cord reflexes.Chapter 21 Posture and locomotion.Chapter 22 The cerebellum.Chapter 23 The basal ganglia.Chapter 24 The motor cortical areas.Chapter 25 The prefrontal cortex.Chapter 26 Eye movements.Chapter 27 Extrapyramidal pathways.Chapter 28 The electroencephalogram: reticular system, sleep and arousal.Chapter 29 Drives, reward, emotions and mental disorder.Chapter 30 The hypothalamus: body weight, temperature and fluid balance.Chapter 31 Autonomic nervous system.Chapter 32 Development, learning and memory.Chapter 33 Hemispheric specialization: handedness, speech and reading.Bibliography.Index....

Autorentext
John Stein is based at Oxford University, where he has taught neuroscience to medical and psychology students for 35 years.

Klappentext
Written in an engaging style, this accessible textbook concentrates on concepts that students find difficult, amusing, interesting or exciting and conveys the oddities and fascination of neuroscience. It discusses the most important concepts in neuroscience without getting diverted by unnecessary details, thus enabling students to understand the basic principles of neuroscience. Starting with a brief history of neuroscience, it covers all aspects of the area, including: * Cellular and biophysical aspects * Sensory systems * Motor systems * The hypothalamus * The automatic nervous system * Learning and memory * Speech and reading Neuroscience: An Introduction illuminates how the brain actually works. It will serve as an introductory neuroscience textbook for both medical and psychology students.

Inhalt
About the Authors. Preface. Chapter 1 Historical introduction. Chapter 2 Structure of the brain and central nervous system. Chapter 3 Physiological techniques. Chapter 4 Excitable membranes. Chapter 5 The neuromuscular junction. Chapter 6 Central neurotransmission. Chapter 7 Muscle. Chapter 8 Sensory systems. Chapter 9 Visual psychophysics. Chapter 10 The eye. Chapter 11 Central visual processing. Chapter 12 Hearing: the auditory system. Chapter 13 Somatosensory system. Chapter 14 Pain. Chapter 15 Smell and taste. Chapter 16 Vestibular system. Chapter 17 Position and movement sense. Chapter 18 The posterior parietal cortex: active touch and active sight. Chapter 19 Motor control. Chapter 20 Muscle receptors and spinal cord reflexes. Chapter 21 Posture and locomotion. Chapter 22 The cerebellum. Chapter 23 The basal ganglia. Chapter 24 The motor cortical areas. Chapter 25 The prefrontal cortex. Chapter 26 Eye movements. Chapter 27 Extrapyramidal pathways. Chapter 28 The electroencephalogram: reticular system, sleep and arousal. Chapter 29 Drives, reward, emotions and mental disorder. Chapter 30 The hypothalamus: body weight, temperature and fluid balance. Chapter 31 Autonomic nervous system. Chapter 32 Development, learning and memory. Chapter 33 Hemispheric specialization: handedness, speech and reading. Bibliography. Index.

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