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Biomedical subjects

T I King

Publications and source records attributed to T I King.

5 recordsLinked to original sources

The use of electromyographic biofeedback in treating a client with tension headaches.

EMG biofeedback was used during a 4-week treatment program to decrease upper trapezius activity related to tension headaches. The headaches were believed to be caused by general tension and anxiety and affected the patient's ability to adequately attend to activities of daily living, including child care, homemaking, and vocational activities. The program combined deep-breathing exercises, progressive muscular relaxation exercises, resisted shoulder elevation exercises, and EMG monitoring during upper extremity tasks involving shoulder flexion. An important adjunct to clinic sessions was a home exercise program to be completed 2 to 3 times per day. In this case, the EMG biofeedback program was successful in assisting the patient to eliminate tension headaches for at least an 8-week period. At the same time, the patient reported an increased ability to attend to activities of daily living, stating that she was able to "do more around the house" and had not missed a day at work in 2 months.

Adult

A standing belt.

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Equipment Design

Bed positioning.

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Beds

Dysplastic gangliocytoma of the cerebellum--an ultrastructural study.

A case of dysplastic gangliocytoma of the cerebellum, a rare disorder with unknown etiology and pathogenesis, was studied ultrastructurally. The intranuclear inclusions identified were not seen to be of viral origin. The ultrastructural characteristics of the abnormal cells support the prevailing theory that these cells represent hypertrophied granular neurons.

Adult

A proposed selective cell carcinogenesis in mammary tumors.

The present study was done to ascertain whether a specific carcinogenic agent has a causal effect on the initial proliferation of only one cell type or whether it acts indiscriminately on all cells in the breast secretory unit. Enzymes histochemistry and electron microscopy were performed on DMBA-induced mammary tumors in female Sprague-Dawley rats and on virus-associated spontaneous mammary tumors in C3H/HEJ mice. The results showed that the chemical carcinogen DMBA affects initial myoepithelial cell proliferation, while virus-associated mammary carcinoma originated from ductular epithelial cell proliferation. To determine whether a specific tumor is composed of a single cell type, tumors were grown in tissue culture. The monolayer was fixed in the usual manner for electron microscopy while in Falcon tissue culture plates. The plates were dissolved in xylene and the monolayer was cut into small pieces and embedded in the plastic media. Electron microscopy performed on the tissue culture and the original tissue from the virus-induced tumors showed the presence of viruses in large numbers. It also suggested the differentiation of basal membrane to form basal lamina and apical plasma membrane into microvilli. This study strongly suggests the presence of selective cell carcinogenesis in the mammary gland.

9,10-Dimethyl-1,2-benzanthracene