Veterinary Neuroanatomy and Clinical Neurology - E-BookOrganized by functional neurologic system, the 3rd edition of this authoritative reference provides the most up-to-date information on neuroanatomy, neurophysiology, neuropathology, and clinical neurology as it applies to small animals, horses, and food animals. Accurate diagnosis is emphasized throughout with practical guidelines for performing neurologic examinations, interpreting examination results, and formulating effective treatment plans. In-depth disease descriptions, color images, and video clips reinforce important concepts and assist with diagnosis and treatment.
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Dentro del libro
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The neuronal cell body is located in the spinal ganglion associated with the dorsal root that the axon coursed through to reach the spinal cord. It is actually intercalated in the axon at this point (Fig. 1-1).
The neuronal cell body is located in the spinal ganglion associated with the dorsal root that the axon coursed through to reach the spinal cord. It is actually intercalated in the axon at this point (Fig. 1-1).
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These are associated with visual and auditory reflex function, respectively. The crus cerebri on the ventral surface of the midbrain results from the caudal growth of descending axons from telencephalic projection neurons.
These are associated with visual and auditory reflex function, respectively. The crus cerebri on the ventral surface of the midbrain results from the caudal growth of descending axons from telencephalic projection neurons.
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The optic vesicles that initially grew out of the prosencephalon will form the neural layer of the eye and optic nerves, which become associated with the diencephalon (see Fig. 3-3). The axons that grow caudally from the retina in the ...
The optic vesicles that initially grew out of the prosencephalon will form the neural layer of the eye and optic nerves, which become associated with the diencephalon (see Fig. 3-3). The axons that grow caudally from the retina in the ...
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Occasionally, in the choroid plexus of the lateral ventricle, this chronic bleeding results in such a large accumulation of cholesterol crystals and associated chronic inflammation that the mass causes neurologic signs associated with ...
Occasionally, in the choroid plexus of the lateral ventricle, this chronic bleeding results in such a large accumulation of cholesterol crystals and associated chronic inflammation that the mass causes neurologic signs associated with ...
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Calves have been observed at birth with a failure of the telencephalic vesicles to develop; this is associated with a small opening in the calvaria on the midline at the level of the orbits where fluid, presumably CSF, emerges (Fig.
Calves have been observed at birth with a failure of the telencephalic vesicles to develop; this is associated with a small opening in the calvaria on the midline at the level of the orbits where fluid, presumably CSF, emerges (Fig.
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Contenido
| 1 | |
| 6 | |
| 23 | |
| 54 | |
SPINAL NERVE GENERAL SOMATIC EFFERENT SYSTEM | 77 |
GENERAL SOMATIC EFFERENT CRANIAL NERVE | 134 |
GENERAL VISCERAL EFFERENT SYSTEM | 168 |
CHAPTER 8 UPPER MOTOR NEURON | 192 |
CHAPTER 13 CEREBELLUM | 348 |
CHAPTER 14 VISUAL SYSTEM | 389 |
SPECIAL SOMATIC AFFERENT SYSTEM | 433 |
CHAPTER 16 VISCERAL AFFERENT SYSTEMS | 441 |
LIMBIC SYSTEM | 448 |
NARCOLEPSY | 454 |
CHAPTER 19 DIENCEPHALON | 476 |
CHAPTER 20 THE NEUROLOGIC EXAMINATION | 487 |
GENERAL PROPRIOCEPTION AND GENERAL SOMATIC AFFERENT | 221 |
CHAPTER 10 SMALL ANIMAL SPINAL CORD DISEASE | 243 |
CHAPTER 11 LARGE ANIMAL SPINAL CORD DISEASE | 285 |
SPECIAL PROPRIOCEPTION | 319 |
CHAPTER 21 CASE DESCRIPTIONS | 502 |
INDEX | 525 |
Otras ediciones - Ver todas
Veterinary Neuroanatomy and Clinical Neurology Alexander DeLahunta,Eric Glass Vista previa limitada - 2009 |
Veterinary Neuroanatomy & Clinical Neurology: With Veterinary Consult Access Alexander Delahunta Sin vista previa disponible - 2008 |
Veterinary Neuroanatomy and Clinical Neurology Pageburst Access Code Eric N. Glass,Alexander De Lahunta Sin vista previa disponible - 2008 |
Términos y frases comunes
abnormal activity affected anatomic diagnosis animals associated ataxia axons bilateral brain brainstem branches breeds caudal cause cell cell bodies cerebellar cerebellum cerebral cervical clinical signs column common compression Continued cortex course cranial nerve deficit degeneration described diagnosis Differential diffuse disease disk disorder dogs dorsal dysfunction examination EXAMPLE extensive facial FIGURE function gait gray head horse imaging infection inherited innervation internal involved lateral layer lesion light located loss medial medulla months motor movement muscle neck neoplasm neural tube neurologic neurons normal Note nucleus observed occasionally occur onset optic pathway patient pelvic limb peripheral portion postural present progressive projection pupil referred reflex response result rostral seen seizures severe shows side similar spinal cord segments spinal nerve stand surface syndrome thoracic limb tract transverse usually ventral ventricle vertebral vestibular Video walk weeks