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2005•Chinese Journal of CT and MRIRequires access

Application of fluid-attenuated inversion- recovery sequences in ventricular system

Guo Yan

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Abstract

Objective To evaluate the value of fluid-attenuated inversion recovery(FLAIR) sequences in ventricular system. Methods MRI scans with FSE-T2 sequence and FLAIR sequence were respectively performed in 60 patients, and their abilities of detecting lesions were compared. Results FLAIR inhibited the signals of the cerebrospinal fluid and presented a clearer comparison of the periventracular and intraventricular lesions. Conclusion FLAIR sequence was superior to FSE-T2 weighted sequences in identifying periventracular and intraventricular lesions.

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What this paper is about

Objective To evaluate the value of fluid-attenuated inversion recovery(FLAIR) sequences in ventricular system. Methods MRI scans with FSE-T2 sequence and FLAIR sequence were respectively performed in 60 patients, and their abilities of detecting lesions were compared. Results FLAIR inhibited the signals of the cerebrospinal fluid and presented a clearer comparison of the periventracular and intraventricular lesions. Conclusion FLAIR sequence was superior to FSE-T2 weighted sequences in identifying periventracular and intraventricular lesions.

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Available abstract

Objective To evaluate the value of fluid-attenuated inversion recovery(FLAIR) sequences in ventricular system. Methods MRI scans with FSE-T2 sequence and FLAIR sequence were respectively performed in 60 patients, and their abilities of detecting lesions were compared. Results FLAIR inhibited the signals of the cerebrospinal fluid and presented a clearer comparison of the periventracular and intraventricular lesions. Conclusion FLAIR sequence was superior to FSE-T2 weighted sequences in identifying periventracular and intraventricular lesions.

Key concepts: Fluid-attenuated inversion recovery, Medicine, Cerebrospinal fluid, Ventricular system, Sequence (biology), Nuclear medicine, Magnetic resonance imaging, Radiology

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