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E-grāmata: Central Nervous System

4.06/5 (35 ratings by Goodreads)
(MD, PhD, University of Oslo)
  • Formāts: 640 pages
  • Izdošanas datums: 20-Apr-2016
  • Izdevniecība: Oxford University Press Inc
  • Valoda: eng
  • ISBN-13: 9780190228972
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  • Formāts: 640 pages
  • Izdošanas datums: 20-Apr-2016
  • Izdevniecība: Oxford University Press Inc
  • Valoda: eng
  • ISBN-13: 9780190228972
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The Fifth edition finds the text of The Central Nervous System thoroughly updated and revised, better equipping students with essential information in the field of clinical neuroscience. This text, reviewed to reflect new information as well as understanding of student needs for critical thinking, contains the systematic, in-depth coverage of topics of great clinical interest. This text seamlessly integrates data from all fields of neuroscience as well as clinical neurology and psychology. This textbook presents the functional properties of clinically-relevant disorders by incorporating data from molecular biology to clinical neurology.

Key Features of the Fifth Edition Include...
· Chapters knit together by numerous cross-references and explanations, helping the reader to connect data.
· Carefully selected full color line drawings of the complexities of the nervous system.
· Extensive use of text-boxes provides in-depth material without disturbing the flow of reading.
· Provides a crucial list of references for further reading.

While most neurological textbooks are cobbled together by multiple authors on a variety of topics within the field, Dr. Brodal pulls together a cohesive and comprehensive guide to neuroscience. This book reflects Dr. Brodal's concise and easy-to-read style, encouraging reflection and critical thinking in established facts and scientific conjecture. This is the perfect reference for medical, graduate, and undergraduate students alike.

Recenzijas

In my view, The Central Nervous System is perhaps one of the most important books for students of neuroscience at all levels to own. If youre not a student, but you work in a field related to neuroscience, this book should be required reading. I would certainly recommend it without reservation. * Richard Vogel, The Neurodiagnostic Journal *

Preface ix
Introduction xi
A Bird's Eye View of the Nervous System xi
Studying the Structure and Function of the Nervous System xii
Part One Main Features of Structure and Function
1 Structure of the Neuron and Organization of Nervous Tissue
3(17)
Overview
3(1)
Neurons and Their Processes
3(9)
Coupling of Neurons: Pathways for Signals
12(5)
The Cytoskeleton and Axonal Transport
17(3)
2 Glia
20(12)
Overview
20(1)
Glial Cells in General
20(2)
Astroglia and Homeostasis
22(3)
Insulation and Protection of Axons
25(4)
Microglia and Reactions of the CNS to Injury
29(3)
3 Neuronal Excitability
32(13)
Overview
32(1)
Basis of Excitability
32(6)
The Action Potential
38(3)
Impulse Propagation
41(2)
How Nerve Cells Vary Their Messages
43(2)
4 Synaptic Function
45(15)
Overview
45(1)
Neurotransmitter Handling at the Synapse
45(4)
Synaptic Potentials and Types of Synapses
49(6)
Synaptic Plasticity
55(5)
5 Neurotransmitters and Their Receptors
60(21)
Overview
60(1)
General Aspects
61(3)
Transmitter Receptors in General
64(2)
Specific Neurotransmitters
66(13)
Actions of Drugs on the Nervous System
79(2)
6 Parts of the Nervous System
81(30)
Overview
81(1)
Methods to Study the Living Human Brain
82(2)
The Spinal Cord
84(8)
The Brain Stem
92(10)
The Cerebrum
102(7)
The Cerebellum
109(2)
7 The Coverings of the Brain and the Ventricular System
111(9)
Overview
111(1)
The Meninges
111(2)
The Cerebral Ventricles and the Cerebrospinal Fluid
113(7)
8 The Blood Supply of the CNS
120(15)
Overview
120(1)
Cerebral Microcirculation and the Blood-Brain Barrier
120(5)
Arterial System
125(4)
Venous System
129(6)
Part Two Development, Aging, and Plasticity
9 Prenatal and Postnatal Development
135(26)
Overview
135(1)
Prenatal Development
135(15)
Mechanisms for Establishment of Specific Connections
150(5)
The Role of the Environment in Development of the Nervous System
155(6)
10 The Nervous System and Aging
161(10)
Overview
161(1)
Age-Related Changes in the Normal Brain and Their Consequences
161(5)
Neurodegenerative Diseases and Dementia
166(5)
11 Restitution of Function after Brain Damage
171(14)
Overview
171(1)
Brain Injuries and Possible Reparative Processes
171(4)
Brain Processes Underlying Recovery of Function
175(4)
Restitution after Damage in Early Childhood
179(6)
Part Three Sensory Systems
12 Sensory Receptors in General
185(8)
Overview
185(1)
Sensory Units and Their Receptive Fields
185(1)
Transduction: The Translation of Stimuli to Action Potentials
186(2)
Properties and Classification of Receptors
188(2)
Receptors and Subjective Sensory Experience
190(3)
13 Peripheral Parts of the Somatosensory System
193(31)
Overview
193(1)
Exteroceptors: Cutaneous Sensation
194(8)
Proprioceptors: Deep Sensation
202(14)
The Sensory Fibers and the Dorsal Roots
216(8)
14 Central Parts of the Somatosensory System
224(15)
Overview
224(1)
Central Somatosensory Pathways
225(10)
The Somatosensory Cortical Regions
235(4)
15 Pain
239(14)
Overview
239(1)
Some Distinctive Features of Pain
239(2)
When the Pain System Gets Out of Control
241(4)
Central Control of Pain Sensation
245(3)
Placebo and Nocebo
248(3)
Modern Views on Pain and Pain Treatment
251(2)
16 The Visual System
253(28)
Overview
253(1)
The Eyeball and the Refracting Media
253(4)
The Retina
257(10)
Organization of the Visual Pathways
267(6)
The Visual Cortex and the Final Processing of Visual Information
273(8)
17 The Auditory System
281(15)
Overview
281(1)
The Cochlea
281(8)
The Auditory Pathways
289(4)
The Auditory Cortex
293(3)
18 The Sense of Equilibrium
296(15)
Overview
296(1)
Structure and Function of the Vestibular Apparatus
296(4)
The Vestibular Nuclei and Their Connections
300(3)
Vestibular Reflexes: Control of Eye Movements and Bodily Posture
303(5)
Cortical Networks for Postural Control and Body Representation
308(3)
19 Olfaction and Taste
311(14)
Overview
311(1)
The Olfactory System
311(6)
Gustatory System (The Sense of Taste)
317(8)
Part Four Motor Systems
20 Motor Systems and Movements in General
325(3)
Overview
325(1)
Motor Networks Are Interwoven with Other Networks
325(1)
Classification of Movements
326(2)
21 The Peripheral Motor Neurons and Reflexes
328(24)
Overview
328(1)
Motoneurons and Muscles
328(9)
Reflexes: General Aspects
337(2)
Spinal Reflexes: The Flexion Reflex and Stretch Reflexes
339(7)
Muscle Tone
346(3)
Injury of Peripheral Motor Neurons and Regeneration
349(3)
22 The Motor Cortical Areas and Descending Pathways
352(26)
Overview
352(1)
The Pyramidal Tract (The Corticospinal Tract)
352(8)
Indirect Corticospinal Pathways
360(3)
Control of Automatic Movements
363(2)
Motor Cortical Areas and Control of Voluntary Movements
365(7)
Symptoms Caused by Interruption of Central Motor Pathways (Upper Motor Neurons)
372(6)
23 The Basal Ganglia
378(20)
Overview
378(1)
Structure and Connections of the Basal Ganglia
378(14)
The Ventral Striatopallidum
392(2)
Functions of the Basal Ganglia
394(1)
Diseases of the Basal Ganglia
395(3)
24 The Cerebellum
398(21)
Overview
398(1)
Subdivisions and Afferent Connections of the Cerebellum
398(7)
The Cerebellar Cortex and the Mossy and Climbing Fibers
405(5)
Efferent Connections of the Cerebellum
410(3)
Cerebellar Functions: General Aspects
413(3)
Functions and Symptoms Related to Specific Parts of the Cerebellum
416(3)
25 Control of Eye Movements
419(14)
Overview
419(1)
Movements of the Eyes and the Eye Muscles
419(4)
Brain Stem and Cerebellar Control of Eye Movements
423(5)
Cortical Control of Eye Movements
428(5)
Part Five The Brain Stem and the Cranial Nerves
26 The Reticular Formation: Premotor Networks, Consciousness, and Sleep
433(21)
Overview
433(1)
Structure and Connections of the Reticular Formation
433(9)
Functions of the Reticular Formation
442(3)
Consciousness
445(5)
Sleep
450(4)
27 The Cranial Nerves
454(25)
Overview
454(1)
General Organization of the Cranial Nerves
454(6)
The Hypoglossal Nerve
460(1)
The Accessory Nerve
461(1)
The Vagus Nerve
462(3)
The Glossopharyngeal Nerve
465(1)
The Vestibulocochlear Nerve
466(1)
The Facial and Intermediate Nerves
466(3)
The Trigeminal Nerve
469(2)
The Abducens, Trochlear, and Oculomotor Nerves
471(8)
Part Six The Autonomic Nervous System
28 Visceral Efferent Neurons: The Sympathetic and Parasympathetic Divisions
479(21)
Overview
479(1)
General Organization
479(4)
Peripheral Parts of the Sympathetic System
483(7)
Peripheral Parts of the Parasympathetic System
490(2)
The Enteric Nervous System
492(1)
Functional Aspects of the Autonomic Nervous System
493(4)
Neurotransmitters in the Autonomic Nervous System
497(3)
29 Sensory Visceral Neurons and Visceral Reflexes
500(8)
Overview
500(1)
Visceral Receptors and Afferent Pathways
500(2)
Visceral Reflexes
502(3)
Visceral Pain
505(3)
30 The Central Autonomic System: The Hypothalamus
508(23)
Overview
508(1)
"Centers" in the Brain Stem for Coordination of Behavior
508(2)
Structure and Connections of the Hypothalamus
510(4)
The Hypothalamus and the Endocrine System
514(4)
Functional Aspects
518(6)
The Hypothalamus and the Immune System
524(2)
The Hypothalamus and Mental Functions
526(5)
Part Seven Limbic Structures
31 The Amygdala and Other Neuronal Groups with Relation to Emotions
531(14)
Overview
531(1)
What Is the "Limbic System"?
531(1)
The Amygdala
532(7)
Some Aspects of Cortical Control of Autonomic Functions and Emotions
539(2)
Neuronal Groups in the Basal Parts of the Hemispheres: The Basal Forebrain
541(4)
32 The Hippocampal Formation: Learning and Memory
545(14)
Overview
545(1)
The Hippocampal Formation
545(5)
Functional Aspects
550(9)
Part Eight The Cerebral Cortex
33 The Cerebral Cortex: Intrinsic Organization and Connections
559(17)
Overview
559(1)
Structure of the Cerebral Cortex
559(10)
Connections of the Cerebral Cortex
569(7)
34 Functions of the Neocortex
576(21)
Overview
576(1)
Association Areas: General Aspects
576(5)
Parietal Association Areas
581(2)
Frontal Association Areas
583(3)
The Temporal Association Cortex
586(1)
The Insula
587(1)
Language Functions of the Cerebral Cortex
588(4)
Function of the Commissural Connections: The Corpus Callosum
592(1)
Lateralization: The Division of Tasks between the Hemispheres
593(1)
Gender Differences and the Cerebral Cortex
594(3)
Literature 597(70)
Index 667
Professor Per Brodal has more than 40 years experience with neuroanatomical research and teaching (medical students and other health professions). Extensive experience with postgraduate teaching with the aim of applying basic neuroscience to clinical problems (in neurology, psychiatry, rehabilitation, physiotherapy). Headed the development and implementation of an integrated, problem-based curriculum at the Oslo University Medical School.