PMC7064636_01
TR-MRIs of Case1 (A), Case2 (B), Case3 (C) and Case4 (D). The brain T2-MRIs revealed numerous irregular shape hypersignal areas involving cerebral hemispheres, cerebellar hemisphere, basal ganglia, mostly located in the conticomedullary junction and deep white matter.
fgene-11-00126-g001.jpg
PMC7064636_04_fgene-11-00126-g001.jpg
f1
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
Axial Flair sequences of brain MRIs of Case1 (A), Case2 (B), Case3 (C), Case4 (D). The FLAIR-MRI revealed numerous variable size in the cerebral hemisphere, basal ganglia, cerebellum and brain stem as well as hypersignal intensities on T2-MRI.
fgene-11-00126-g002.jpg
PMC7064636_04_fgene-11-00126-g002.jpg
f2
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
PMC7064636_02
TR-MRIs of Case1 (A), Case2 (B), Case3 (C) and Case4 (D). The brain T2-MRIs revealed numerous irregular shape hypersignal areas involving cerebral hemispheres, cerebellar hemisphere, basal ganglia, mostly located in the conticomedullary junction and deep white matter.
fgene-11-00126-g001.jpg
PMC7064636_04_fgene-11-00126-g001.jpg
f1
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
Axial Flair sequences of brain MRIs of Case1 (A), Case2 (B), Case3 (C), Case4 (D). The FLAIR-MRI revealed numerous variable size in the cerebral hemisphere, basal ganglia, cerebellum and brain stem as well as hypersignal intensities on T2-MRI.
fgene-11-00126-g002.jpg
PMC7064636_04_fgene-11-00126-g002.jpg
f2
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
PMC7064636_03
TR-MRIs of Case1 (A), Case2 (B), Case3 (C) and Case4 (D). The brain T2-MRIs revealed numerous irregular shape hypersignal areas involving cerebral hemispheres, cerebellar hemisphere, basal ganglia, mostly located in the conticomedullary junction and deep white matter.
fgene-11-00126-g001.jpg
PMC7064636_04_fgene-11-00126-g001.jpg
f1
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
Axial Flair sequences of brain MRIs of Case1 (A), Case2 (B), Case3 (C), Case4 (D). The FLAIR-MRI revealed numerous variable size in the cerebral hemisphere, basal ganglia, cerebellum and brain stem as well as hypersignal intensities on T2-MRI.
fgene-11-00126-g002.jpg
PMC7064636_04_fgene-11-00126-g002.jpg
f2
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
PMC7064636_04
TR-MRIs of Case1 (A), Case2 (B), Case3 (C) and Case4 (D). The brain T2-MRIs revealed numerous irregular shape hypersignal areas involving cerebral hemispheres, cerebellar hemisphere, basal ganglia, mostly located in the conticomedullary junction and deep white matter.
fgene-11-00126-g001.jpg
PMC7064636_04_fgene-11-00126-g001.jpg
f1
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).
Axial Flair sequences of brain MRIs of Case1 (A), Case2 (B), Case3 (C), Case4 (D). The FLAIR-MRI revealed numerous variable size in the cerebral hemisphere, basal ganglia, cerebellum and brain stem as well as hypersignal intensities on T2-MRI.
fgene-11-00126-g002.jpg
PMC7064636_04_fgene-11-00126-g002.jpg
f2
Brain MRI indicated abnormally long T1 and T2 signals in the bilateral left basal ganglia, thalamus, brainstem, and corpus callosum ( Figures 1  and  2 ).