Collection of Medical Illustrations, Nervous System - Volume 1, Part 1
Author: Frank H. Netter, MD
ISBN: 9780914168249

- Page 3: Anterior Aspect of Skull
- Page 4: Lateral Aspect of Skull
- Page 5: Midsagittal Section of Skull
- Page 6: The Calvaria
- Page 7: External Aspect of Base of Skull
- Page 8: Internal Aspect of Base of Skull: Bones
- Page 9: Internal Aspect of Base of Skull: Orifices
- Page 10: Skull of the Newborn
- Page 11: Spinal Column
- Page 12: Atlas and Axis
- Page 13: Cervical Vertebrae
- Page 14: External Craniocervical Ligaments
- Page 15: Internal Craniocervical Ligaments
- Page 16: Thoracic Vertebrae
- Page 17: Lumbar Vertebrae and Intervertebral Disc
- Page 18: Ligaments of Spinal Column
- Page 20: Ligaments of Sacrum and Coccyx
- Page 23: Superolateral Surface of Brain
- Page 24: Medial Surface of Brain
- Page 25: Inferior Surface of Brain
- Page 26: Basal Ganglia
- Page 27: Rhinencephalon and Limbic System
- Page 28: Rhinencephalon and Limbic System
- Page 29: Thalamus
- Page 30: Ventricles of Brain
- Page 31: Circulation of Cerebrospinal Fluid
- Page 32: Fourth Ventricle and Cerebellum
- Page 33: Cerebellum
- Page 34: Brainstem
- Page 35: Brainstem
- Page 36: Spinal Cord in Situ
- Page 37: Spinal Membranes and Nerve Roots
- Page 38: Spinal Nerves
- Page 39: Sections Through Spinal Cord at Various Levels
- Page 43: Blood Vessels of Scalp
- Page 44: Arteries to Brain and Meninges
- Page 45: Normal and Anomalous Origins of Common Carotid and Vertebral Arteries
- Page 45: Normal and Anomalous Origins of Common Carotid and Vertebral Arteries
- Page 46: Arteries of Brain (basal views)
- Page 47: Arteries of Brain (frontal view and section)
- Page 48: Arteries of Brain (lateral and medial views)
- Page 49: Meningeal Arteries and Dura Mater
- Page 50: Femorocerebral Angiography
- Page 53: Arteries of Posterior Cranial Fossa
- Page 54: Meninges and Superficial Cerebral Veins
- Page 55: Meninges and Diploic Veins
- Page 56: Venous Sinuses of Dura Mater
- Page 57: Deep Veins of Brain
- Page 59: Subependymal Veins
- Page 61: Veins of Posterior Cranial Fossa
- Page 62: Planes of CT Scan Sections
- Page 63: Normal Brain Anatomy as Demonstrated by Computerized Tomography (CT Scanning)
- Page 64: Arteries of Spinal Cord
- Page 65: Arteries of Spinal Cord
- Page 66: Veins of Spinal Cord and Vertebrae
- Page 69: General Topography of Autonomic Nervous System
- Page 70: Schema of Autonomic Nervous System
- Page 71: Autonomic Reflex Pathways
- Page 72: Cholinergic and Adrenergic Synapses
- Page 73: Autonomic Nerves in Head
- Page 74: Autonomic Nerves in Neck
- Page 75: Autonomic Innervation of Eye
- Page 76: Autonomic Nerves in Thorax
- Page 77: Innervation of Heart
- Page 78: Innervation of Blood Vessels
- Page 79: Autonomic Nerves and Ganglia in Abdomen
- Page 80: Innervation of Stomach and Proximal Duodenum
- Page 81: Innervation of Intestines
- Page 82: Enteric Plexuses
- Page 82: Enteric Plexuses
- Page 83: Innervation of Liver and Biliary Tract
- Page 84: Innervation of Adrenal Glands
- Page 85: Autonomic Nerves and Ganglia in Pelvis
- Page 86: Innervation of Kidney and Upper Ureter
- Page 87: Innervation of Urinary Bladder and Lower Ureter
- Page 88: Innervation of Male Reproductive Organs
- Page 89: Innervation of Female Reproductive Organs
- Page 93: Cranial Nerves: Distribution of Motor and Sensory Fibers
- Page 94: Cranial Nerves: Nerves and Nuclei Viewed in Phantom From Behind
- Page 95: Cranial Nerves: Schema of Nerves and Nuclei in Lateral Dissection
- Page 96: Olfactory (I) Nerve, Pterygopalatine Ganglion and Nerves of Nose
- Page 97: Nerves of Orbit, Ciliary Ganglion and Cavernous Sinus
- Page 99: Oculomotor (III), Trochlear (IV) and Abducens (VI) Nerves and Ciliary Ganglion
- Page 101: Trigeminal (V) Nerve
- Page 103: Facial (VII) Nerve
- Page 104: Vestibulocochlear (VIII) Nerve
- Page 105: Glossopharyngeal (IX) Nerve and Otic Ganglion
- Page 107: Vagus (X) Nerve
- Page 108: Accessory (XI) Nerve
- Page 109: Hypoglossal (XII) Nerve
- Page 113: Cervical Plexus
- Page 114: Phrenic Nerve
- Page 115: Course of Typical Thoracic Nerve
- Page 116: Right Brachial Plexus: Common Arrangement
- Page 117: Dorsal Scapular Nerve, Suprascapular Nerve, Axillary Nerve, Radial Nerve
- Page 118: Radial Nerve in Forearm
- Page 119: Musculocutaneous Nerve
- Page 120: Median Nerve
- Page 121: Ulnar Nerve
- Page 122: Lumbar, Sacral and Coccygeal Plexuses
- Page 123: Femoral Nerve and Lateral Femoral Cutaneous Nerve
- Page 124: Obturator Nerve
- Page 125: Sciatic Nerve and Posterior Femoral Cutaneous Nerve
- Page 126: Tibial Nerve
- Page 127: Common Peroneal Nerve
- Page 128: Dermal Segmentation
- Page 131: Embryonic Disc, Regions of Ectoderm , and Embryo at 18 Days
- Page 133: Embryo at 20 Days; Embryo at 21 Days; Embryo at 24 Days;
- Page 134: Central Nervous System; Cranial and Spinal Nerves at 36 Days;
- Page 135: Central Nervous System 49 days, 3 Months; Ependymal Lining of Cavities of Brain;
- Page 136: Brain at 6, Brain and Ependymal Lining of Cavities of Brain at 9 Months (Birth);
- Page 137: Spinal Cord, Medulla Oblongata, Mesencephalon, Diencephalon, Telencephalon;
- Page 138: Forebrain, Telencephalon, Cerebral Hemispheres at various stages of development
- Page 139: Medulla Oblongata at 3 1/2 Months; Medulla Oblongata, Mature;
- Page 140: Differentiation of Walls of Neural Tube
- Page 141: Cells Derived from Neural Crest; Cells Derived from Neural Tube;
- Page 143: Differentiation and Growth of Neurons
- Page 144: Investments of Neurons Within and Peripheral to Central Nervous System
- Page 145: Postganglionic Autonomic Neurons of a Sympathetic or Parasympathetic Ganglion
- Page 146: Development of the Cellular Sheath of Axons
- Page 147: Ultramicroscopic Stereogram of Myelin Sheath of a Neuronal Axon Within CNS
- Page 151: Structure of a Neuron
- Page 153: Some Cell Types of the Nervous System
- Page 154: Resting Membrane Potential (RMP)
- Page 155: Action Potential
- Page 156: Impulse Propagation
- Page 157: Conduction Velocity
- Page 158: Morphology of Synapses
- Page 159: Chemical Synaptic Transmission
- Page 160: Presynaptic Inhibition
- Page 161: Temporal and Spatial Summation of Excitation and Inhibition
- Page 162: Somatic Neuromuscular Transmission
- Page 163: Visceral Efferent Endings
- Page 164: Cutaneous Receptors
- Page 165: Pacinian Corpuscle as Pressure Transducer
- Page 166: Somesthetic System: Body
- Page 167: Somesthetic System: Head
- Page 168: Endorphin System
- Page 169: Olfactory Receptors
- Page 170: Olfactory Pathway
- Page 171: Visual Receptors
- Page 172: Retinogeniculostriate Visual Pathway
- Page 173: Retinal Projections to Thalamus, Midbrain and Brainstem
- Page 174: Taste Receptors
- Page 175: Taste Pathways
- Page 176: Cochlear Receptors
- Page 177: Afferent Auditory Pathways
- Page 178: Centrifugal Auditory Pathways
- Page 179: Vestibular Receptors
- Page 180: Vestibulospinal Tracts
- Page 181: Control of Eye Movements
- Page 182: Nystagmus
- Page 183: Spinal Effector Mechanisms
- Page 184: Spinal Reflex Pathways
- Page 185: Muscle and Joint Receptors
- Page 186: Proprioceptive Reflex Control of Muscle Tension
- Page 187: Cerebellar Cortex
- Page 189: Cerebellar Afferent Pathways
- Page 190: Cerebellar Efferent Pathways
- Page 191: Vestibulocerebellar and Cerebellovestibular Pathways
- Page 192: Connections of Basal Ganglia
- Page 193: Thalamocortical Radiations
- Page 194: Types of Neurons in Cerebral Cortex
- Page 195: Cerebral Cortex: Localization of Function and Association Pathways
- Page 196: Cerebral Cortex: Efferent Pathways
- Page 197: Pyramidal System
- Page 198: Rubrospinal Tract
- Page 199: Reticulospinal and Corticoreticular Pathways
- Page 200: Termination of Major Descending Tracts
- Page 201: Cytoarchitecture of Spinal Cord Gray Matter
- Page 202: Interoceptors
- Page 203: General Topography of Hypothalamus
- Page 204: Sections Through Hypothalamus I
- Page 205: Sections Through Hypothalamus II
- Page 206: Sections Through Hypothalamus III
- Page 207: Schematic Reconstruction of Hypothalamus
- Page 208: Forebrain Regions Associated With Hypothalamus
- Page 209: Blood Supply of Hypothalamus and Pituitary Gland
- Page 210: Adenohypophyseal Hormones
- Page 211: Neurohypophyseal Hormones: Oxytocin and Vasopressin
- Page 212: Regulation of Water Balance
- Page 213: Temperature Regulation
- Page 214: Hypothalamic Control of Food Intake
- Page 215: Hypothalamus and Emotional Behavior
- Page 216: Neural, Neuroendocrine and Systemic Components of Rage Reaction
- Page 217: Neural, Neuroendocrine and Systemic Components of Rage Reaction