Analysis of Measurement Fractional Anisotropy Value for Diffusion Tensor Images of Brain White Matter Region by Smoking
Jae Beom Jeong, Sung Jin Kim, Chanhyeok Park, Bong Kyeong Son, Hee Jung Cho, Jong Hyeok Kwak
Abstract
Jae Beom Jeong, Sung Jin Kim, Chanhyeok Park, Bong Kyeong Son, Hee Jung Cho, Jong Hyeok Kwak
Abstract
The fractional anisotropy value of the brain white matter region was analyzed by Tract-Based Spatial Statics(TBSS) method after acquiring the diffusion tensor image to identify the presence or absence of brain white matter damage to smoking in male. As a result, smokers showed lower fractional anisotropy than non-smokers in all areas but fractional anisotropy values were not statistically significant. the fractional anisotropy value, on the other hand, was statistically significant only for the right choroid plexus. In other words smoking, although, does not significantly affect the micro structural changes of brain white matter, it affects the choroid plexus area.
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The fractional anisotropy value of the brain white matter region was analyzed by Tract-Based Spatial Statics(TBSS) method after acquiring the diffusion tensor image to identify the presence or absence of brain white matter damage to smoking in male. As a result, smokers showed lower fractional anisotropy than non-smokers in all areas but fractional anisotropy values were not statistically significant. the fractional anisotropy value, on the other hand, was statistically significant only for the right choroid plexus. In other words smoking, although, does not significantly affect the micro structural changes of brain white matter, it affects the choroid plexus area.
Key concepts: Fractional anisotropy, Diffusion MRI, White matter, Medicine, Anisotropy, Choroid plexus, Nuclear magnetic resonance, Magnetic resonance imaging