Search the Library

B, C, and D. Scans A to C show hyperintense signals involving the cerebellar white matter, periventricular white matter, and corona radiata. Scan D shows multifocal punctate and curvilinear enhancement.Fig. 55.1 Hemophagocytic lymphohistiocytosis. Brain MRI, (A–C) axial FLAIR, shows multifocal hyperintense signal within the cerebellar

B, C, and D. Scans A to C show hyperintense signals involving the cerebellar white matter, periventricular white matter, and corona radiata. Scan D shows multifocal punctate and curvilinear enhancement.Fig. 55.1 Hemophagocytic lymphohistiocytosis. Brain MRI, (A–C) axial FLAIR, shows multifocal hyperintense signal within the cerebellar

B, C, and D. Scans A to C show hyperintense signals involving the cerebellar white matter, periventricular white matter, and corona radiata. Scan D shows multifocal punctate and curvilinear enhancement.Fig. 55.1 Hemophagocytic lymphohistiocytosis. Brain MRI, (A–C) axial FLAIR, shows multifocal hyperintense signal within the cerebellar

cell histiocytosis preferentially involves the infundibulum with a thickened appearance. Additional sites of osseous involvement may be present in the cranium, jaw, or skeleton with lytic and “beveled edge” appearance.Page 239Page 240 Hypothalamic hamartomas are sessile or pedunculated masses of ectopic gray matter with similar signal characteristics

cell histiocytosis preferentially involves the infundibulum with a thickened appearance. Additional sites of osseous involvement may be present in the cranium, jaw, or skeleton with lytic and “beveled edge” appearance.Page 239Page 240 Hypothalamic hamartomas are sessile or pedunculated masses of ectopic gray matter with similar signal characteristics

cell histiocytosis preferentially involves the infundibulum with a thickened appearance. Additional sites of osseous involvement may be present in the cranium, jaw, or skeleton with lytic and “beveled edge” appearance.Page 239Page 240 Hypothalamic hamartomas are sessile or pedunculated masses of ectopic gray matter with similar signal characteristics

cells (lymphocytes), glucose 80 mg/dL, protein 48 mg/dL, and sterile culture. Serum antibodies for dengue, scrub typhus, and Japanese encephalitis (JE) were negative. Herpes virus DNA was detected in the CSF by PCR. Due to the onset of new neurological symptoms

cells (lymphocytes), glucose 80 mg/dL, protein 48 mg/dL, and sterile culture. Serum antibodies for dengue, scrub typhus, and Japanese encephalitis (JE) were negative. Herpes virus DNA was detected in the CSF by PCR. Due to the onset of new neurological symptoms

cells (lymphocytes), glucose 80 mg/dL, protein 48 mg/dL, and sterile culture. Serum antibodies for dengue, scrub typhus, and Japanese encephalitis (JE) were negative. Herpes virus DNA was detected in the CSF by PCR. Due to the onset of new neurological symptoms

cells (lymphocytes), normal glucose (63 mg/dL), elevated protein (97 mg/dL), and absence of acid-fast bacilli on Ziehl-Neelsen staining. Gram stain, bacterial cultures, and PCR for mycobacterium were negative. Intradermal Mantoux skin test was reactive and showed an induration