Brain function changes of resting-state functional MRI in cirrhotic patients with hyperbilirubinemia
10.13929/j.1003-3289.201609006
- VernacularTitle:高胆红素血症肝硬化患者静息态功能MRI脑功能变化
- Author:
Can LIU
;
Haibao WANG
;
Mingquan WANG
;
Guobing ZHANG
;
Liyan XU
;
Jinmin WU
- Keywords:
Cirrhosis;
Magnetic resonance imaging;
Brain function;
Regional homogeneity;
Hyperbilirubinemia
- From:
Chinese Journal of Medical Imaging Technology
2017;33(5):679-682
- CountryChina
- Language:Chinese
-
Abstract:
Objective To explore the brain function changes in cirrhotic patients with normal blood ammonia and high in direct bilirubin with regional homogeneity (ReHo) of resting-state functional MRI (rs-fMRI).Methods Fifty-three cirrhotic patients with normal blood ammonia and high indirect bilirubin (cirrhosis group) and 60 healthy volunteers (control group) performed rs-fMRI scans.ReHo values in different brain areas of the two groups were acquired and compared.The correlation between the ReHo values of different brain regions in both groups and the indirect bilirubin concentrations was analyzed.Results Compared with control group,cirrhosis group showed that ReHo values increased in left dorsal-lateral frontal gyrus,left orbital superior frontal gyrus,left top edge of angular gyrus,left precentral gyrus,right caudate,right putamen,right insula,right olfactory cortex (all P＜0.001),and decreased in left superior occipital gyrus,left middle occipital gyrus,left cuneus,left orbital inferior frontal gyrus,right paracentral lobule,right precuneus,right middle occipital gyrus,bilateral lingual gyrus and bilateral cerebellum (all P＜0.001).ReHo values in right insula and right putamen in cirrhotic patients positively correlated with indirect bilirubin (r=0.32,P=0.021).Conclusion The resting state brain function increases and decreases in some brain regions of cirrhotic patients with normal blood ammonia and high indirect bilirubin.Indirect bilirubin level correlates with function of some brain regions,which has certain effect on brain function of adult.
