The Netter Collection of Medical Illustrations: Nervous System Volume 7 Part 1 - Brain

Brain, Part 1 of The Netter Collection of Medical Illustrations: Nervous System, 2nd Edition, provides a highly visual
guide to this complex organ, from basic neurodevelopment, neuroanatomy, neurophysiology, and cognition to classic
disorders including to epilepsy, hypothalamus/pituitary with disorders of consciousness and sleep, movement disorders,
cerebellum, stroke, multiple sclerosis, neurologic infections, neuro-oncology, headaches, and brain trauma. This
spectacularly illustrated volume in the masterwork known as the (CIBA) Netter "Green Books" has been expanded and
revised by Drs. H. Royden Jones, Jr., Ted M. Burns, Michael J. Aminoff, and Scott L. Pomeroy to mirror the many
exciting advances in medicine and imaging - offering unparalleled insights into the broad clinical spectrum of brain
disorders.

Key Features
뷛et complete, integrated visual guidance on the brain with thorough, richly illustrated coverage.
뷦uickly understand complex topics thanks to a concise text-atlas format that provides a context bridge between primary
and specialized medicine.
뷖learly visualize how core concepts of anatomy, physiology, and other basic sciences correlate across disciplines.
뷓enefit from matchless Netter illustrations that offer precision, clarity, detail and realism as they provide a visual
approach to the clinical presentation and care of the patient.

New to this Edition
뷛ain a rich clinical view of all aspects of the brain in one comprehensive volume, conveyed through beautiful
illustrations as well as up-to-date radiologic images.
뷖learly see the connection between basic science and clinical practice with an integrated overview of normal structure
and function as it relates to pathologic conditions.
뷛rasp current clinical concepts regarding development, pediatrics, and adult medicine captured in classic Netter
illustrations, as well as new illustrations created specifically for this volume by artist-physician Carlos Machado,
MD, and others working in the Netter style.

Author Information
By H. Royden Jones, Jr., MD, Clinical Professor of Neurology, Harvard Medical School; Jaime Ortiz-Patino Chair of
Neurology, Lahey Medical Center, Burlington; Director of EMG Laboratory, Children's Hospital, Boston, MA, USA; Ted
Burns, Ted M. Burns, MD University of Virginia, Neurology Director, Neurology Residency Director, Clinical
Neurophysiology Fellowship Director, EMG Laboratory ; Michael J. Aminoff, Distinguished Professor, Department of
Neurology, University of California, San Francisco, San Francisco, CA and Scott Pomeroy


SECTION 1-NORMAL AND ABNORMAL

DEVELOPMENT

1-1 Embryo at 18 Days, 2

1-2 Embryo at 20 to 24 Days, 3

1-3 Central Nervous System at 28 Days, 4

1-4 Central Nervous System at 36 Days, 5

1-5 Defective Neural Tube Formation, 6

1-6 Defective Neural Tube Formation

(Continued), 7

1-7 Spinal Dysraphism, 8

1-8 Spinal Dysraphism (Continued), 9

1-9 Fetal Brain Growth in the First

Trimester, 10

1-10 Craniosynostosis, 11

1-11 Extracranial Hemorrhage and Skull

Fractures in the Newborn, 12

1-12 Intracranial Hemorrhage in the

Newborn, 13

1-13 The External Development of the Brain

in the Second and Third Trimesters, 14

1-14 Mature Brain Ventricles, 15

1-15 Hydrocephalus, 16

1-16 Surgical Treatment of Hydrocephalus, 17

1-17 Cerebral Palsy, 18

1-18 Establishing Cellular Diversity in the

Embryonic Brain and Spinal Cord, 20

1-19 Generation of Neuronal Diversity in the

Spinal Cord and Hindbrain, 22

1-20 Circuit Formation in the Spinal Cord, 23

1-21 Sheath and Satellite Cell Formation, 24

1-22 Development of Myelination and Axon

Ensheathment, 25

1-23 Brachial Plexus and/or Cervical Nerve

Root Injuries at Birth, 26

1-24 Morphogenesis and Regional

Differentiation of the Forebrain, 27

1-25 Neurogenesis and Cell Migration in the

Developing Neocortex, 28

1-26 Neuronal Proliferation and Migration

Disorders, 29

1-27 Developmental Dyslexia, 30

1-28 Autism Spectrum Disorders, 31

1-29 Rett Syndrome, 32

SECTION 2-CEREBRAL CORTEX AND

NEUROCOGNITIVE DISORDERS

2-1 Superolateral Surface of Brain, 34

2-2 Medial Surface of Brain, 35

2-3 Inferior Surface of Brain, 36

2-4 Cerebral Cortex: Function and

Association Pathways, 37

2-5 Major Cortical Association Bundles, 38

2-6 Corticocortical and Subcorticocortical

Projection Circuits, 39

2-7 Corpus Callosum, 40

2-8 Rhinencephalon and Limbic System, 41

2-9 Hippocampus, 42

2-10 Fornix, 43

2-11 Amygdala, 44

2-12 Forebrain Regions Associated with

Hypothalamus, 45

2-13 Thalamocortical Radiations, 46

2-14 Neuronal Structure and Synapses, 47

2-15 Chemical Synaptic Transmission, 48

2-16 Summation of Excitation and

Inhibition, 49

2-17 Types of Neurons in Cerebral Cortex, 50

2-18 Astrocytes, 51

2-19 Testing for Defects of Higher Cortical

Function, 52

2-20 Memory Circuits, 53

2-21 Amnesia, 54

2-22 Dominant Hemisphere Language

Dysfunction, 55

2-23 Nondominant Hemisphere Higher Cortical

Dysfunction, 56

2-24 Alzheimer Disease: Pathology, 57

2-25 Alzheimer Disease: Distribution of

Pathology, 58

2-26 Alzheimer Disease: Clinical

Manifestations, Progressive Phases, 59

2-27 Frontotemporal Dementia, 60

2-28 Dementia with Lewy Bodies, 61

2-29 Vascular Dementia, 62

2-30 Treatable Dementias, 63

2-31 Normal-Pressure Hydrocephalus, 64

SECTION 3-EPILEPSY

3-1 Electroencephalography, 66

3-2 Focal (Partial) Seizures, 67

3-3 Generalized Tonic-Clonic Seizures, 68

3-4 Absence Seizures, 69

3-5 Epileptic Syndromes, 70

3-6 Neonatal Seizures, 71

3-7 Status Epilepticus, 72

3-8 Causes of Seizures, 73

3-9 Neurobiology of Epilepsy, 74

3-10 Neurobiology of Epilepsy (Continued), 75

3-11 Neurobiology of Epilepsy (Continued), 76

3-12 Treatment of Epilepsy: Preoperative

Evaluation, 77

3-13 Treatment of Epilepsy: Resective

S