Presentation is loading. Please wait.

Presentation is loading. Please wait.

Photograph, CT, and MR imaging of the patient.

Published byClement Sanders Modified over 5 years ago

Similar presentations

Presentation on theme: "Photograph, CT, and MR imaging of the patient."— Presentation transcript:

1 Photograph, CT, and MR imaging of the patient.
Photograph, CT, and MR imaging of the patient. A, Photograph at 34 months of age. Skin and soft-tissue atrophy of the left periorbital and premaxillary areas are recognized. B, CT scan obtained at 34 months of age. Low attenuation is shown in the entire white matter in the left hemisphere. C, FLAIR image obtained at 44 months of age. Abnormal high-intensity areas are observed in the entire white matter in the left hemisphere and in the occipital region in the right hemisphere. Small cysts are seen in the bilateral deep white matter. D, FA map. Decrease of anisotropy is observed in the white matter in the left hemisphere. E, Tractography of pyramidal tracts. Pyramidal tracts are clearly depicted in both hemispheres. F, Tractography of optic radiations, which are also depicted symmetrically. A. Okumura et al. AJNR Am J Neuroradiol 2006;27: ©2006 by American Society of Neuroradiology

Download ppt "Photograph, CT, and MR imaging of the patient."

Similar presentations

Images of a 60-year-old man (patient 5) with complex partial status epilepticus with secondary generalization as the initial presentation of seizure. Images.

Images of a 60-year-old man (patient 5) with complex partial status epilepticus with secondary generalization as the initial presentation of seizure. Images.
Top row, Images from a coronally oriented cine CT scan of the rabbit brain from the level of the pons (section 1) to the parieto-occipital cerebrum (section.

Top row, Images from a coronally oriented cine CT scan of the rabbit brain from the level of the pons (section 1) to the parieto-occipital cerebrum (section.
Axial T1-weighted image after contrast administration (A) and a FLAIR image (B) demonstrating a left parietal subcortical DVA with deep venous drainage.

Axial T1-weighted image after contrast administration (A) and a FLAIR image (B) demonstrating a left parietal subcortical DVA with deep venous drainage.
Demonstration of the creation of a patient-specific brain mold for minimizing tissue distortion during fixation. Demonstration of the creation of a patient-specific.

Demonstration of the creation of a patient-specific brain mold for minimizing tissue distortion during fixation. Demonstration of the creation of a patient-specific.
Glomus jugulotympanicum in 45-year-old woman who presented with left-sided pulsatile tinnitus. Glomus jugulotympanicum in 45-year-old woman who presented.

Glomus jugulotympanicum in 45-year-old woman who presented with left-sided pulsatile tinnitus. Glomus jugulotympanicum in 45-year-old woman who presented.
Intraosseous temporal bone meningioma in a 45-year-old woman who presented with left-sided hearing loss and tinnitus. Intraosseous temporal bone meningioma.

Intraosseous temporal bone meningioma in a 45-year-old woman who presented with left-sided hearing loss and tinnitus. Intraosseous temporal bone meningioma.
A–C, Case 1. A–C, Case 1. Typical white matter changes involving the corpus callosum and the pyramidal tracts (A and C, arrows), dilation of the lateral.

A–C, Case 1. A–C, Case 1. Typical white matter changes involving the corpus callosum and the pyramidal tracts (A and C, arrows), dilation of the lateral.
A–C, Case 5. A–C, Case 5. Axial CT images at 1 month after birth show bilateral frontal and parietal calcifications (arrows). D–F, These calcifications.

A–C, Case 5. A–C, Case 5. Axial CT images at 1 month after birth show bilateral frontal and parietal calcifications (arrows). D–F, These calcifications.
Images at the level of the basal ganglia and sylvian fissure in a patient with hyperintensity on FLAIR images.A, Contrast-enhanced FLAIR image shows increased.

Images at the level of the basal ganglia and sylvian fissure in a patient with hyperintensity on FLAIR images.A, Contrast-enhanced FLAIR image shows increased.
Diffusion-weighted (TR = 3900, TE = 94, B = 1000, number of gradient directions = 90) imaging (A) with corresponding apparent diffusion coefficient map.

Diffusion-weighted (TR = 3900, TE = 94, B = 1000, number of gradient directions = 90) imaging (A) with corresponding apparent diffusion coefficient map.
FLAIR scan, FA map, and fiber tracking in a 38-year-old patient with TBI who was imaged 2 weeks after the initial trauma. FLAIR scan, FA map, and fiber.

FLAIR scan, FA map, and fiber tracking in a 38-year-old patient with TBI who was imaged 2 weeks after the initial trauma. FLAIR scan, FA map, and fiber.
Serial imaging of a child with a clinical complex of bilateral facial PWS, early-onset severe seizures, and fatally progressive encephalopathy. Serial.

Serial imaging of a child with a clinical complex of bilateral facial PWS, early-onset severe seizures, and fatally progressive encephalopathy. Serial.
Comparison of conventional (A) and KRISP (B) FLAIR images (8142/135/1; TI = 2250) at the level of the pons. Comparison of conventional (A) and KRISP (B)

Comparison of conventional (A) and KRISP (B) FLAIR images (8142/135/1; TI = 2250) at the level of the pons. Comparison of conventional (A) and KRISP (B)
Contrast-enhanced CT scans show increased enhancement at the right cavernous sinus.A, Contrast-enhanced CT scan obtained in 1994 shows that the right tentorium.

Contrast-enhanced CT scans show increased enhancement at the right cavernous sinus.A, Contrast-enhanced CT scan obtained in 1994 shows that the right tentorium.
Early MR imaging study at the age of 4 months in a patient with autopsy-proved infantile Alexander disease. Early MR imaging study at the age of 4 months.

Early MR imaging study at the age of 4 months in a patient with autopsy-proved infantile Alexander disease. Early MR imaging study at the age of 4 months.
Source dynamic MR image (A), signal intensity time curves (S) (B), and color-coded perfusion map (overlaid on the corresponding FLAIR image) (C) of a male.

Source dynamic MR image (A), signal intensity time curves (S) (B), and color-coded perfusion map (overlaid on the corresponding FLAIR image) (C) of a male.
A 50-year-old woman with fever and severe hypertension.

A 50-year-old woman with fever and severe hypertension.
RCVS. RCVS. A, Axial brain CT scan shows bilateral frontoparietal sulcal SAH (white arrowheads). B, Axial FLAIR image confirms the cSAH (white arrowheads).

RCVS. RCVS. A, Axial brain CT scan shows bilateral frontoparietal sulcal SAH (white arrowheads). B, Axial FLAIR image confirms the cSAH (white arrowheads).
Patient 1. Patient 1. A 24-year-old woman with complicated (cardiac failure, pulmonary edema, chest infection, sternal wound sepsis, and venous thrombosis)

Patient 1. Patient 1. A 24-year-old woman with complicated (cardiac failure, pulmonary edema, chest infection, sternal wound sepsis, and venous thrombosis)
Future patient with NPH with 19 years of earlier imaging showing ventriculomegaly before symptoms of NPH. A, CT scan from 19 years earlier obtained for.

Future patient with NPH with 19 years of earlier imaging showing ventriculomegaly before symptoms of NPH. A, CT scan from 19 years earlier obtained for.

Similar presentations

Ads by Google