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pattern. Part D contains a spectroscopy graph that shows labeled peaks for Cho, Lac, and N A A with a plotted waveform.Fig. 44.1 Diffuse intrinsic pontine glioma. Brain MRI, (A) axial FLAIR shows a hyperintense expansile pontine mass with effacement of the floor of fourth ventricle dorsally

pattern. Part D contains a spectroscopy graph that shows labeled peaks for Cho, Lac, and N A A with a plotted waveform.Fig. 44.1 Diffuse intrinsic pontine glioma. Brain MRI, (A) axial FLAIR shows a hyperintense expansile pontine mass with effacement of the floor of fourth ventricle dorsally

pattern. Part D contains a spectroscopy graph that shows labeled peaks for Cho, Lac, and N A A with a plotted waveform.Fig. 44.1 Diffuse intrinsic pontine glioma. Brain MRI, (A) axial FLAIR shows a hyperintense expansile pontine mass with effacement of the floor of fourth ventricle dorsally

generation sequencing of CSF and brain tissue was unrevealing. She stabilized on natalizumab for 3 years but subsequently progressed both clinically and radiologically. CSF phenotyping and soluble biomarker analysis revealed activation of her innate immune system. PRF1 gene sequencing identified a pathogenic mutation compatible with hemophagocytic lymphohistiocytosis

generation sequencing of CSF and brain tissue was unrevealing. She stabilized on natalizumab for 3 years but subsequently progressed both clinically and radiologically. CSF phenotyping and soluble biomarker analysis revealed activation of her innate immune system. PRF1 gene sequencing identified a pathogenic mutation compatible with hemophagocytic lymphohistiocytosis

generation sequencing of CSF and brain tissue was unrevealing. She stabilized on natalizumab for 3 years but subsequently progressed both clinically and radiologically. CSF phenotyping and soluble biomarker analysis revealed activation of her innate immune system. PRF1 gene sequencing identified a pathogenic mutation compatible with hemophagocytic lymphohistiocytosis

central cavities. A star marks a sylvian fissure that is wide and shallow on both sides. Panel B presents an axial diffusion-weighted imaging scan at the same level with arrowheads and the star marking the same regions.Fig. 73.2 Glutaric aciduria type I. Brain MRI, (A) axial

central cavities. A star marks a sylvian fissure that is wide and shallow on both sides. Panel B presents an axial diffusion-weighted imaging scan at the same level with arrowheads and the star marking the same regions.Fig. 73.2 Glutaric aciduria type I. Brain MRI, (A) axial

central cavities. A star marks a sylvian fissure that is wide and shallow on both sides. Panel B presents an axial diffusion-weighted imaging scan at the same level with arrowheads and the star marking the same regions.Fig. 73.2 Glutaric aciduria type I. Brain MRI, (A) axial