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Pediatric Neurology · Chapter 36

Case 23 From Heart to Brain

blood flow or oxygen. This selectively affects the most actively developing and hypermetabolic areas of the brain, including perirolandic and occipital cortex, basal ganglia, and limbic structures. In the first 1 to 2 days of injury, diffusion-weighted imaging (DWI) is positive, followed by T1 shortening
Hugo A. Arroyo· Elsevier Inc.· 8363524232526Book detail →
Pediatric Neurology · Chapter 36

Case 23 From Heart to Brain

blood flow or oxygen. This selectively affects the most actively developing and hypermetabolic areas of the brain, including perirolandic and occipital cortex, basal ganglia, and limbic structures. In the first 1 to 2 days of injury, diffusion-weighted imaging (DWI) is positive, followed by T1 shortening
Hugo A. Arroyo· Elsevier Inc.· 9123456798765Book detail →
Pediatric Neurology · Chapter 36

Case 23 From Heart to Brain

blood flow or oxygen. This selectively affects the most actively developing and hypermetabolic areas of the brain, including perirolandic and occipital cortex, basal ganglia, and limbic structures. In the first 1 to 2 days of injury, diffusion-weighted imaging (DWI) is positive, followed by T1 shortening
Hugo A. Arroyo· Elsevier Inc.· 9123456780105Book detail →
Pediatric Neurology · Chapter 81

Case 60 Buckle Up!

flow state (Fig. 60.3), and extra-limbic autoimmune or infectious encephalitis (Fig. 60.4). The panel presents two axial brain M R I diffusion weighted scans labeled A and B. Scan A shows an arrow to an area of restricted diffusion in the left splenium
Hugo A. Arroyo· Elsevier Inc.· 9123456780105Book detail →
Pediatric Neurology · Chapter 81

Case 60 Buckle Up!

flow state (Fig. 60.3), and extra-limbic autoimmune or infectious encephalitis (Fig. 60.4). The panel presents two axial brain M R I diffusion weighted scans labeled A and B. Scan A shows an arrow to an area of restricted diffusion in the left splenium
Hugo A. Arroyo· Elsevier Inc.· 8363524232526Book detail →
Pediatric Neurology · Chapter 81

Case 60 Buckle Up!

flow state (Fig. 60.3), and extra-limbic autoimmune or infectious encephalitis (Fig. 60.4). The panel presents two axial brain M R I diffusion weighted scans labeled A and B. Scan A shows an arrow to an area of restricted diffusion in the left splenium
Hugo A. Arroyo· Elsevier Inc.· 9123456798765Book detail →
Pediatric Neurology · Chapter 34

Case 21 Postinfectious Stroke

restrict blood flow to brain tissue.Fig. 21.3 Focal cerebral arteriopathy. Brain MRA shows irregular stenoses of the left ICA terminus, M1 and A1 (arrows). ICA, Internal carotid artery; MRA, magnetic resonance angiography. An X-ray angiography image showing the cerebral blood vessels
Hugo A. Arroyo· Elsevier Inc.· 9123456798765Book detail →
Pediatric Neurology · Chapter 34

Case 21 Postinfectious Stroke

restrict blood flow to brain tissue.Fig. 21.3 Focal cerebral arteriopathy. Brain MRA shows irregular stenoses of the left ICA terminus, M1 and A1 (arrows). ICA, Internal carotid artery; MRA, magnetic resonance angiography. An X-ray angiography image showing the cerebral blood vessels
Hugo A. Arroyo· Elsevier Inc.· 8363524232526Book detail →
Pediatric Neurology · Chapter 34

Case 21 Postinfectious Stroke

restrict blood flow to brain tissue.Fig. 21.3 Focal cerebral arteriopathy. Brain MRA shows irregular stenoses of the left ICA terminus, M1 and A1 (arrows). ICA, Internal carotid artery; MRA, magnetic resonance angiography. An X-ray angiography image showing the cerebral blood vessels
Hugo A. Arroyo· Elsevier Inc.· 9123456780105Book detail →
Pediatric Neurology · Chapter 35

Case 22 Hidden Impact

therapy for at least 6 months.Page 139 Clinical Red Flags • Acute ataxia following blunt trauma, which can be major or minor. • Acute and severe headache, especially along the posterior head or with focal neurological deficits. • Patients with connective tissue disorders or arteriopathies. • Signs of increased intracranial pressure
Hugo A. Arroyo· Elsevier Inc.· 8363524232526Book detail →
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