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Biomedical subjects

I Eda

Publications and source records attributed to I Eda.

24 records · Page 2Linked to original sources

Computed tomography in Krabbe's disease: comparison with neuropathology.

We report computed tomography (CT) appearance of two patients with Krabbe's disease. The most common findings included severe brain atrophy: an enlarged frontal extracerebral space, dilatation of ventricles, enlarged cisterns and enlarged cortical sulci. There was low attenuation in the corpus medullaris of the cerebellum, and symmetrical focal hypodensity in the central periventricular white matter. CT at the terminal stage (16 months) showed marked cerebral atrophy including flattening of the heads of caudate nuclei and widening of the third ventricles confirmed by a neuropathological study. There was relatively less low density on the white matter of Krabbe's disease compared with that of other leukodystrophies. These CT findings may be useful in the diagnosis. The relative lack of low density in the white matter of Krabbe's disease might be related to severe gliosis and reduced total lipid contents.

Atrophy↗

Acute hemiplegia with lacunar infarct after varicella infection in childhood.

We report 4 cases of acute hemiplegia and a small low-density lesion on computerized tomography (CT) after varicella infection. In 3 of them, CT in the acute hemiplegic stage, and later, reveals the development of lacunar infarct around the internal capsule. Focal low density may be caused by occlusive vascular lesions of the penetrating arteries. Varicella infection may play an important role as one of the causes of acute hemiplegia in childhood producing lacunar infarct, as well as delayed hemiplegia, reported previously in herpes zoster ophthalmicus.

Acute Disease↗

Quantitative histologic study of sural nerves in xeroderma pigmentosum.

The sural nerves of 2 siblings, 7 and 6 years of age with Group A xeroderma pigmentosum, were biopsied. The densities of myelinated fibers, 5,808/mm2 and 5,163/mm2, respectively, were strikingly decreased in comparison to control data. Both large and small myelinated fibers were reduced. Electron microscopy demonstrated many collagen fibers in the endoneurium and some collagen pockets. The loss of myelinated fibers was less severe than in previously reported patients. This discrepancy may be due to age differences at biopsy; our patients were biopsied at the ages of 7 and 6 years, while those patients reported previously were 10 years of age or older. The incidence of neurologic manifestations in xeroderma pigmentosum may increase after 6 years of age.

Biopsy↗