Titlebook: Surgery of the Spinal Cord; Potential for Regene Robert N. N. Holtzman (Assistant Clinical Professo Conference proceedings 1992 Springer-Ve

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1431-1925 volumepresents recentadvances in research and practice of surgery of the severedspinal cord. Future volumes will treat similarlyfocused,cutting-edge topics. In terms of editorial strategy, thisseries will afford Springer entree to a select groupsofneurosurgeons.978-1-4612-7675-3978-1-4612-2798-4Seri

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The Role of Neuroimaging in Regeneration and Recovery of the Spinal Cord applications as well. In addressing the questions related to spinal cord recovery and/or regeneration, neuroimaging actually plays several different roles: (a) diagnostic initially, (b) therapeutic occasionally, with interventional procedures, and (c) prognostic, through radiographic monitoring of the clinical course.

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Neuroradiologic Features of Spinal Cord Pathologyept this information since he was convinced that the patient had a cord abnormality. This was subsequently substantiated. Persistence of examination is important even with misleading information. Thus, MR may not reveal appropriate information in some instances.

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A Historical Note and Perspectivethe nature of the activity in the isolated segment of the spinal cord after injury in man. Experiments had revealed the major reflex phenomena that supervened in lower mammalians after transection, and it was deduced by some that similar phenomena occurred in man. In 1884, Brian Bramwell suggested a

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Central Nervous System: Structure versus Injury and Regeneration versus Recoveryfor achieving adequate or clinically useful functional recovery after damage. The reconstruction of a CNS injured region will be aborted by failure in the reorganization of one or another of its multiple fiber-neuronal pathways and hence a complete functional recovery is unattainable. In other words

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The Exuberance of Youth: Application of the Kennard Principle to Studies on Spinal Cord Plasticityas given us a beautiful introduction to the study of neuroplasticity. Neuroplasticity is the potential for adaptation by the central nervous system, based on anatomical remodeling and reorganization. Put simply, it is the ability of the central nervous system (CNS) to adapt to change. Little is know

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The Role of Neuroimaging in Regeneration and Recovery of the Spinal Cordings. Within the field of neuroimaging, it is essential to select the proper modality for the information needed, realizing that conventional (“plain film”) radiography is still the state of the art in addressing certain clinical problems, and, at the opposite extreme of the technological spectrum,

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