PMC6329777_01
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
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PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_02
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_03
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_04
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_05
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_06
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_07
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
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Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_08
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
f01
Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_09
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
f01
Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_10
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
f01
Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).
PMC6329777_11
Diffusion-weighted and Apparent Diffusion Coefficient Sequences of Magnetic Resonance Images of Brain. (A,B) Case 1: acute infarct in left basal ganglia. (C,D) Case 2: acute infarct in right basal ganglia, right corona radiata, and subcortical white matter. (E,F) Case 3: acute infarct in left basal ganglia, left corona radiata and subcortical white matter. (G,H) Case 4: acute infarct in the right basal ganglia and adjacent white matter. (I,J) Case 5: acute infarct in the left basal ganglia and adjacent white matter. (K,L) Case 6: acute infarct in the left corona radiata. (M,N) Case 7: left thalamic hemorrhage. Non-contrast computed tomography of head. (O) Case 8: chronic lacunar infarcts in the right basal ganglia and right parietal region. Axial T2 fluid-attenuated inversion recovery image. (P-R) Axial T2-weighted sequences of magnetic resonance images of brain. (P) Case 9: chronic infarcts in left posterior cerebral artery region, left thalamus and lacunar infarcts in bilateral basal ganglia). (Q) Case 10: chronic infarcts in left frontal subcortical region. (R) Case 11: chronic infarct of left middle cerebral artery region.
tre-08-610-11711-1-SP.jpg
PMC6329777_11_tre-08-610-11711-1-SP.jpg
f01
Her brain MRI showed chronic infarct in the left middle cerebral artery territory with hemorrhagic transformation (Figure 1R).