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Advanced brain imaging procedures and human memory disorder

Advanced brain imaging procedures and human memory disorder
Advanced brain imaging procedures and human memory disorder
The impact of advanced brain imaging procedures in the field of human memory disorder is reviewed, with particular emphasis on current and potential applications that may impact upon the diagnosis and management of memory-disordered patients. While both advanced structural, resting physiological and functional physiological brain imaging procedures have been applied to conditions where memory disorder is a major feature, the specific implications of research findings for diagnosis and treatment in routine clinical practice remain tentative and promising, but not yet substantive enough to inform clinical decisions to a significant degree. In terms of diagnostic applications, several promising areas include dementia, epilepsy, and transient amnesic states. In the case of applications in treatment settings, advanced brain imaging procedures may help to monitor neural correlates of spontaneous recovery or progression of memory function, and may also help in the planning and monitoring of therapeutic intervention.
0007-1420
61-81
Kapur, Narinder
9ea5d758-bba6-4bc9-be6b-b056c0c83d9d
Kopelman, Michael D.
fa5dbac5-ec25-4995-b9ce-18b638019c54
Kapur, Narinder
9ea5d758-bba6-4bc9-be6b-b056c0c83d9d
Kopelman, Michael D.
fa5dbac5-ec25-4995-b9ce-18b638019c54

Kapur, Narinder and Kopelman, Michael D. (2003) Advanced brain imaging procedures and human memory disorder. British Medical Bulletin, 65 (1), 61-81.

Record type: Article

Abstract

The impact of advanced brain imaging procedures in the field of human memory disorder is reviewed, with particular emphasis on current and potential applications that may impact upon the diagnosis and management of memory-disordered patients. While both advanced structural, resting physiological and functional physiological brain imaging procedures have been applied to conditions where memory disorder is a major feature, the specific implications of research findings for diagnosis and treatment in routine clinical practice remain tentative and promising, but not yet substantive enough to inform clinical decisions to a significant degree. In terms of diagnostic applications, several promising areas include dementia, epilepsy, and transient amnesic states. In the case of applications in treatment settings, advanced brain imaging procedures may help to monitor neural correlates of spontaneous recovery or progression of memory function, and may also help in the planning and monitoring of therapeutic intervention.

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Published date: March 2003

Identifiers

Local EPrints ID: 55407
URI: http://eprints.soton.ac.uk/id/eprint/55407
ISSN: 0007-1420
PURE UUID: f335e52e-9d3f-4720-8088-e1eb5c211720

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Date deposited: 30 Jul 2008
Last modified: 08 Jan 2022 07:07

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Contributors

Author: Narinder Kapur
Author: Michael D. Kopelman

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