Menu Expand
Netter's Atlas of Neuroscience E-Book

Netter's Atlas of Neuroscience E-Book

David L. Felten | Anil Shetty

(2011)

Additional Information

Book Details

Abstract

Netter’s Atlas of Neuroscience, by David L. Felten and Anil N. Shetty, is an atlas and textbook that combines nearly 400 illustrations and radiologic images highlighting key neuroanatomical concepts and clinical correlations with updated information that reflects our current understanding of the nervous system. It offers user-friendly coverage in three parts-an overview of the nervous system, regional neuroscience, and systemic neuroscience- that enable you to review complex neural structures and systems from different contexts. Online access to Student Consult- where you’ll find  videos of imaging sequences and more- further enhances your study and helps to prepare you for exams.

  • Presents nearly 400 exquisite Netter and Netter-style illustrations that highlight key neuroscience concepts and clinical correlations, providing you with a quick and memorable overview of anatomy, function, and clinical relevance.
  • Provides concise text for fast, “at-a-glance” guidance.
  • Features a regional organization of the peripheral nervous system, spinal cord, brain stem and cerebellum, and forebrain...and a systemic organization of the sensory motor systems, motor systems (including cerebellum and basal ganglia), and limbic/hypothalamic/autonomic systems...that makes reference easier and more efficient.
  • Features high-quality imaging—high-resolution MRI in coronal and axial (horizontal) planes and brain stem cross-sections—as well MR angiography and venography and classical arteriography—for an enhanced perspective of intricacies of the nervous system.
  • Presents updated information and new figures that reflect the current understanding of the neural components and supportive tissue, regions, and systems of the brain, spinal cord, and periphery, to ensure that you have the latest knowledge.
  • Offers schematic cross-sectional brain stem anatomy and axial and coronal brain anatomy—with side-by-side comparisons with labeled MRs—to better illustrate the correlation between neuroanatomy and neurology.
  • Provides new 3D color pixelated imaging of commissural, association, and projection pathways of the brain.
  • Features Clinical Notes boxes that emphasize the clinical application of fundamental neuroscience.
  • Incudes online access to Student Consult where you’ll find the complete fully searchable contents of the book...3-D imaging sequences...links to relevant content in other Student Consult titles...and more...to further enhance your study and help you prepare for exams.

Table of Contents

Section Title Page Action Price
Front Cover Cover
Netter's Atlas of Neuroscience iii
Copyright Page iv
Table of Contents iv
About the Authors v
Acknowledgments ix
Preface xi
About the Artists xv
Section I: OVERVIEW OF THE NERVOUS SYSTEM 1
CHAPTER 1. NEURONS AND THEIR PROPERTIES 3
ANATOMICAL PROPERTIES 4
NEUROTRANMISSION 13
ELECTRICAL PROPERTIES 15
CHAPTER 2. SKULL AND MENINGES 27
2.1 INTERIOR VIEW OF THE BASE OF THE ADULT SKULL 28
2.2 FORAMINA IN THE BASE OF THE ADULT SKULL 29
2.3 BONY FRAMEWORK OF THE HEAD AND NECK 30
2.4 SCHEMATIC OF THE MENINGES AND THEIR RELATIONSHIPS TO THE BRAIN AND SKULL 31
2.5 HEMATOMAS 32
CHAPTER 3. BRAIN 33
3.1 SURFACE ANATOMY OF THE FOREBRAIN: LATERAL VIEW 34
3.2 LATERAL VIEW OF THE FOREBRAIN: FUNCTIONAL REGIONS 35
3.3 LATERAL VIEW OF THE FOREBRAIN: BRODMANN'S AREAS 36
3.4 ANATOMY OF THE MEDIAL (MIDSAGITTAL) SURFACE OF THE BRAIN IN SITU 37
3.5 ANATOMY OF THE MEDIAL (MIDSAGITTAL) SURFACE OF THE BRAIN WITH BRAIN STEM REMOVED 38
3.6 MEDIAL SURFACE OF THE BRAIN 39
3.7 ANATOMY OF THE BASAL SURFACE OF THE BRAIN, WITH THE BRAIN STEM AND CEREBELLUM REMOVED 40
3.8 BASAL SURFACE OF THE BRAIN: FUNCTIONAL AREAS AND BRODMANN S AREAS 41
3.9 BRAIN IMAGING: COMPUTED TOMOGRAPHY SCANS, CORONAL AND SAGITTAL 42
3.10 BRAIN IMAGING: MAGNETIC RESONANCE IMAGING, AXIAL AND SAGITTAL T1-WEIGHTED IMAGES 43
3.11 BRAIN IMAGING: MAGNETIC RESONANCE IMAGING, AXIAL AND SAGITTAL T2-WEIGHTED IMAGES 44
3.12 POSITRON EMISSION TOMOGRAPHY SCANNING 45
3.13 HORIZONTAL BRAIN SECTIONS SHOWING THE BASAL GANGLIA 46
3.14 MAJOR LIMBIC FOREBRAIN STRUCTURES 47
3.15 CORPUS CALLOSUM 48
3.16 COLOR IMAGING OF THE CORPUS CALLOSUM BY DIFFUSION TENSOR IMAGING 49
3.17 HIPPOCAMPAL FORMATION AND FORNIX 50
3.18 THALAMIC ANATOMY 51
3.19 THALAMIC NUCLEI 52
CHAPTER 4. BRAIN STEM AND CEREBELLUM 53
4.1 BRAIN STEM SURFACE ANATOMY: POSTEROLATERAL VIEW 54
4.2 BRAIN STEM SURFACE ANATOMY: ANTERIOR VIEW 55
4.3 CEREBELLAR ANATOMY: EXTERNAL FEATURES 56
4.4 CEREBELLAR ANATOMY: INTERNAL FEATURES 57
CHAPTER 5. SPINAL CORD 59
5.1 SPINAL COLUMN: BONY ANATOMY 60
5.2 LUMBAR VERTEBRAE: RADIOGRAPHY 61
5.3 SPINAL CORD: GROSS ANATOMY IN SITU 62
5.4 THE SPINAL CORD: ITS MENINGES AND SPINAL ROOTS 63
5.5 SPINAL CORD: CROSS-SECTIONAL ANATOMY IN SITU 64
5.6 SPINAL CORD: WHITE AND GRAY MATTER 65
CHAPTER 6. VENTRICLES AND THE CEREBROSPINAL FLUID 67
6.1 VENTRICULAR ANATOMY 68
6.2 VENTRICULAR ANATOMY IN CORONAL FOREBRAIN SECTION 69
6.3 ANATOMY OF THE FOURTH VENTRICLE: POSTERIOR VIEW WITH CEREBELLUM REMOVED 70
6.4 ANATOMY OF THE FOURTH VENTRICLE: LATERAL VIEW 71
6.5 MAGNETIC RESONANCE IMAGING OF THE VENTRICLES: AXIAL AND CORONAL VIEWS 72
6.6 CIRCULATION OF THE CEREBROSPINAL FLUID 73
CHAPTER 7. VASCULATURE 75
ARTERIAL SYSTEM 76
VENOUS SYSTEM 96
CHAPTER 8. DEVELOPMENTAL NEUROSCIENCE 105
8.1 FORMATION OF THE NEURAL PLATE, NEURAL TUBE, AND NEURAL CREST 106
8.2 NEURULATION 107
8.3 NEURAL TUBE DEVELOPMENT AND NEURAL CREST FORMATION 108
8.4 DEVELOPMENT OF PERIPHERAL AXONS 109
8.5 SOMATIC VERSUS SPLANCHNIC NERVE DEVELOPMENT 110
8.6 LIMB ROTATION AND DERMATOMES 111
8.7 NEURAL PROLIFERATION AND DIFFERENTIATION: WALLS OF THE NEURAL TUBE 112
8.8 NEURAL TUBE AND NEURAL CREST DERIVATIVES 113
8.9 EARLY BRAIN DEVELOPMENT: THE 28-DAY-OLD EMBRYO 114
8.10 EARLY BRAIN DEVELOPMENT: THE 36-DAY-OLD EMBRYO 115
8.11 EARLY BRAIN DEVELOPMENT: THE 49-DAY-OLD EMBRYO AND THE 3-MONTH-OLD EMBRYO 116
8.12 FOREBRAIN DEVELOPMENT: 7 WEEKS THROUGH 3 MONTHS 117
8.13 THE 6-MONTH AND 9-MONTH CENTRAL NERVOUS SYSTEMS 118
8.14 COMPARISON OF 5½-WEEK AND ADULT CENTRAL NERVOUS SYSTEM REGIONS 119
8.15 ALAR AND BASAL PLATE DERIVATIVES IN THE BRAIN STEM 120
8.16 ADULT DERIVATIVES OF THE FOREBRAIN, MIDBRAIN, AND HINDBRAIN 121
8.17 CRANIAL NERVE PRIMORDIA 122
8.18 CRANIAL NERVE NEURON COMPONENTS 123
8.19 DEVELOPMENT OF MOTOR AND PREGANGLIONIC AUTONOMIC NUCLEI IN THE BRAIN STEM AND SPINAL CORD 124
8.20 DEVELOPMENT OF THE EYE AND ORBIT 125
8.21 DEVELOPMENT OF THE EAR 126
8.22 DEVELOPMENT OF THE PITUITARY GLAND 127
8.23 DEVELOPMENT OF THE VENTRICLES 128
8.24 DEVELOPMENT OF THE FOURTH VENTRICLE 129
8.25 NEURAL TUBE DEFECTS 130
8.26 DEFECTS OF THE BRAIN AND SKULL 131
Section II: REGIONAL NEUROSCIENCE 133
CHAPTER 9. PERIPHERAL NERVOUS SYSTEM 135
INTRODUCTION AND BASIC ORGANIZATION 136
SOMATIC NERVOUS SYSTEM 150
AUTONOMIC NERVOUS SYSTEM 172
CHAPTER 10. SPINAL CORD 207
10.1 CYTOARCHITECTURE OF THE SPINAL CORD GRAY MATTER 208
10.2 SPINAL CORD LEVELS: CERVICAL, THORACIC, LUMBAR, AND SACRAL 209
10.3 SPINAL CORD LEVELS: CERVICAL, THORACIC, LUMBAR, AND SACRAL (continued) 210
10.4 SPINAL CORD LEVELS: CERVICAL, THORACIC, LUMBAR, AND SACRAL (continued) 211
10.5 SPINAL CORD LEVELS: CERVICAL, THORACIC, LUMBAR, AND SACRAL (continued) 212
10.6 SPINAL CORD IMAGING 213
10.7 SPINAL CORD LOWER MOTOR NEURON ORGANIZATION AND CONTROL 214
10.8 SPINAL SOMATIC REFLEX PATHWAYS 215
10.9 MUSCLE AND JOINT RECEPTORS AND MUSCLE SPINDLES 216
10.10 THE MUSCLE STRETCH REFLEX AND ITS CENTRAL CONTROL VIA GAMMA MOTOR NEURONS 217
CHAPTER 11. BRAIN STEM AND CEREBELLUM 219
BRAIN STEM CROSS-SECTIONAL ANATOMY 220
CRANIAL NERVES AND CRANIAL NERVE NUCLEI 234
RETICULAR FORMATION 251
CEREBELLUM 255
CHAPTER 12. DIENCEPHALON 259
12.1 THALAMIC ANATOMY AND INTERCONNECTIONS WITH THE CEREBRAL CORTEX 260
12.2 HYPOTHALAMUS AND PITUITARY GLAND 261
12.3 ILLUSTRATION OF HYPOTHALAMIC NUCLEI 263
CHAPTER 13. TELENCEPHALON 265
13.1A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 1–MID PONS 266
13.1B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 1–MID PONS 267
13.2A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 2–ROSTRAL PONS 268
13 2B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 2–ROSTRAL PONS (CONTINUED) 269
13.3A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 3–MIDBRAIN 270
13.3B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 3–MIDBRAIN (CONTINUED) 271
13.4A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 4–ROSTRAL MIDBRAIN AND HYPOTHALAMUS 272
13.4B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 4–ROSTRAL MIDBRAIN AND HYPOTHALAMUS (CONTINUED) 273
13.5A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 5–ANTERIOR COMMISSURE AND CAUDAL THALAMUS 274
13.5B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 5–ANTERIOR COMMISSURE AND CAUDAL THALAMUS (CONTINUED) 275
13.6A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 6–HEAD OF CAUDATE AND MID THALAMUS 276
13.6B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 6–HEAD OF CAUDATE AND MID THALAMUS (CONTINUED) 277
13.7A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 7–BASAL GANGLIA AND INTERNAL CAPSULE 278
13.7B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 7–BASAL GANGLIA AND INTERNAL CAPSULE (CONTINUED) 279
13.8A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 8–DORSAL CAUDATE, SPLENIUM, AND GENU OF CORPUS CALLOSUM 280
13.8B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 8–DORSAL CAUDATE, SPLENIUM, AND GENU OF CORPUS CALLOSUM (CONTINUED) 281
13.9A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 9–BODY OF CORPUS CALLOSUM 282
13.9B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 9–BODY OF CORPUS CALLOSUM (CONTINUED) 283
13.10A AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 10–CENTRUM SEMIOVALE 284
13.10B AXIAL (HORIZONTAL) SECTIONS THROUGH THE FOREBRAIN: LEVEL 10–CENTRUM SEMIOVALE (CONTINUED) 285
13.11A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 1–GENU OF CORPUS CALLOSUM 286
13.11B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 1–GENU OF CORPUS CALLOSUM (CONTINUED) 287
13.12A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 2–HEAD OF CAU-DATE NUCLEUS/NUCLEUS ACCUMBENS 288
13.12B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 2–HEAD OF CAUDATE NUCLEUS/NUCLEUS ACCUMBENS (CONTINUED) 289
13.13A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 3–ANTERIOR COMMISSURE/COLUMNS OF FORNIX 290
13.13B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 3–ANTERIOR COMMISSURE/COLUMNS OF FORNIX (CONTINUED) 291
13.14A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 4–AMYGDALA, ANTERIOR LIMB OF INTERNAL CAPSULE 292
13.14B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 4–AMYGDALA, ANTERIOR LIMB OF INTERNAL CAPSULE (CONTINUED) 293
13.15A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 5–MAMMILLARY BODY 294
13.15B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 5–MAMMILLARY BODY (CONTINUED) 295
13.16A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 6–MAMMILLO-THALAMIC TRACT/SUBSTANTIA NIGRA, ROSTRAL HIPPOCAMPUS 296
13.16B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 6–MAMMILLOTHALAMIC TRACT/SUBSTANTIA NIGRA, ROSTRAL HIPPOCAMPUS (CONTINUED) 297
13.17A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 7–MIDTHALAMUS 298
13.17B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 7–MIDTHALAMUS (CONTINUED) 299
13.18A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 8–GENICULATE NUCLEI 300
13.18B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 8–GENICULATE NUCLEI (CONTINUED) 301
13.19A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 9–CAUDAL PULVINAR AND SUPERIOR COLLICULUS 302
13.19B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 9–CAUDAL PULVINAR AND SUPERIOR COLLICULUS (CONTINUED) 303
13.20A CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 10–SPLENIUM OF CORPUS CALLOSUM 304
13.20B CORONAL SECTIONS THROUGH THE FOREBRAIN: LEVEL 10–SPLENIUM OF CORPUS CALLOSUM (CONTINUED) 305
13.21 LAYERS OF THE CEREBRAL CORTEX 306
13.22 CORTICAL NEURONAL CELL TYPES 307
13.23 VERTICAL COLUMNS: FUNCTIONAL UNITS OF THE CEREBRAL CORTEX 308
13.24 EFFERENT CONNECTIONS OF THE CEREBRAL CORTEX 309
13.25 NEURONAL ORIGINS OF EFFERENT CONNECTIONS OF THE CEREBRAL CORTEX 310
13.26 CORTICAL ASSOCIATION PATHWAYS 311
13.27 MAJOR CORTICAL ASSOCIATION BUNDLES 312
13.28 COLOR IMAGING OF ASSOCIATION PATHWAYS 313
13.29 COLOR IMAGING OF PROJECTION PATHWAYS FROM THE CEREBRAL CORTEX 314
13.30 FUNCTIONAL MAGNETIC RESONANCE IMAGING 315
13.31 NORADRENERGIC PATHWAYS 316
13.32 SEROTONERGIC PATHWAYS 317
13.33 DOPAMINERGIC PATHWAYS 318
13.34 CENTRAL CHOLINERGIC PATHWAYS 319
13.35 THE OLFACTORY NERVE AND NERVES OF THE NOSE 320
Section III: SYSTEMIC NEUROSCIENCE 321
CHAPTER 14. SENSORY SYSTEMS 323
SOMATOSENSORY SYSTEMS 324
TRIGEMINAL SENSORY SYSTEM 333
SENSORY SYSTEM FOR TASTE 334
AUDITORY SYSTEM 336
VESTIBULAR SYSTEM 343
VISUAL SYSTEM 346
CHAPTER 15. MOTOR SYSTEMS 357
LOWER MOTOR NEURONS 358
UPPER MOTOR NEURONS 361
CEREBELLUM 375
BASAL GANGLIA 382
CHAPTER 16. AUTONOMIC-HYPOTHALAMIC-LIMBIC SYSTEMS 387
AUTONOMIC NERVOUS SYSTEM 389
HYPOTHALAMUS AND PITUITARY 390
LIMBIC SYSTEM 413
OLFACTORY SYSTEM 422
INDEX 425