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Biomedical subjects

W F Manke

Publications and source records attributed to W F Manke.

3 recordsLinked to original sources

Orbital decompression in Graves' disease. The predictability of reduction of proptosis.

We studied 42 orbits of 23 patients with Graves' disease who had proptosis secondary to the orbitopathy of their disease and had undergone decompressive operations. The patients were evaluated preoperatively and underwent computed tomography. They were also examined frequently during the first postoperative year and the computed tomography was repeated at 6 months. Three variables correlated well with the reduction in proptosis: the percentage of increase in orbital volume after surgery, the absolute increase in orbital volume, and the degree of orbital "stiffness" as measured preoperatively. The first two variables have an inverse correlation with the third. We refer to the loss of resilience of orbital tissues and the increase in adherence between tissue planes, collectively, as orbital "stiffness." While other factors, such as the size of the anterior opening of the orbit, the resistance of the lid diaphragm, and pressure changes within the orbit, may affect the resultant reduction in proptosis, we did not attempt to measure these factors.

Exophthalmos

Cortical atrophy, ventricular enlargement and intellectual impairment in the aged.

Fifty-nine subjects over age 60 had a computerized tomography (CT) scan and completed four neuropsychological tests. Measurements of ventricular size and sulcal enlargement were compared to test performance. Performance of the elderly subjects was also compared to that of subjects aged 16 to 40 years. Subjects over 60 years of age had significantly more brain atrophy and more impaired test performance than younger subjects. Subjects aged 80 to 99 had more atrophy and impaired performance than those 60 to 79 years. Our results suggest that, with aging, the brain atrophies and loses its abilities as measured by neuropsychological testing. However, CT evidence of atrophy only weakly predicts impaired mental function independently of age.

Adolescent

Retroperitonitis.

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Cortisone