Abstract
10 normal controls and 32 cerebral infarction patients were examined with SPECT three-dimensional (3D) and sectional imaging. The result shows that 3D brain imaging has significant value in the diagnosis of cerebral infarction. 3D brain imaging is superior to sectional imaging in determining the location and size of superficial lesions. For the diagnosis of deep lesions, it is better to combine 3D brain imaging with sectional imaging. The methodology of 3D brain imaging is also discussed.
Zhaosheng, Luan;
Pengyong,;
Xiqin, Sun;
Wei, Wang;
Huisheng, Liu;
Wen, Zhou
[1]
- 88 Hospital PLA, Taian, SD (China). Dept. of Nuclear Medicine
Citation Formats
Zhaosheng, Luan, Pengyong,, Xiqin, Sun, Wei, Wang, Huisheng, Liu, and Wen, Zhou.
Preliminary application of SPECT three dimensional brain imaging in normal controls and patients with cerebral infarction.
China: N. p.,
1992.
Web.
Zhaosheng, Luan, Pengyong,, Xiqin, Sun, Wei, Wang, Huisheng, Liu, & Wen, Zhou.
Preliminary application of SPECT three dimensional brain imaging in normal controls and patients with cerebral infarction.
China.
Zhaosheng, Luan, Pengyong,, Xiqin, Sun, Wei, Wang, Huisheng, Liu, and Wen, Zhou.
1992.
"Preliminary application of SPECT three dimensional brain imaging in normal controls and patients with cerebral infarction."
China.
@misc{etde_5232857,
title = {Preliminary application of SPECT three dimensional brain imaging in normal controls and patients with cerebral infarction}
author = {Zhaosheng, Luan, Pengyong,, Xiqin, Sun, Wei, Wang, Huisheng, Liu, and Wen, Zhou}
abstractNote = {10 normal controls and 32 cerebral infarction patients were examined with SPECT three-dimensional (3D) and sectional imaging. The result shows that 3D brain imaging has significant value in the diagnosis of cerebral infarction. 3D brain imaging is superior to sectional imaging in determining the location and size of superficial lesions. For the diagnosis of deep lesions, it is better to combine 3D brain imaging with sectional imaging. The methodology of 3D brain imaging is also discussed.}
journal = []
volume = {12:4}
journal type = {AC}
place = {China}
year = {1992}
month = {Nov}
}
title = {Preliminary application of SPECT three dimensional brain imaging in normal controls and patients with cerebral infarction}
author = {Zhaosheng, Luan, Pengyong,, Xiqin, Sun, Wei, Wang, Huisheng, Liu, and Wen, Zhou}
abstractNote = {10 normal controls and 32 cerebral infarction patients were examined with SPECT three-dimensional (3D) and sectional imaging. The result shows that 3D brain imaging has significant value in the diagnosis of cerebral infarction. 3D brain imaging is superior to sectional imaging in determining the location and size of superficial lesions. For the diagnosis of deep lesions, it is better to combine 3D brain imaging with sectional imaging. The methodology of 3D brain imaging is also discussed.}
journal = []
volume = {12:4}
journal type = {AC}
place = {China}
year = {1992}
month = {Nov}
}