This study was designed to investigate the quality of life (QOL) of cancer patients being cared for in a hospice, in the expectation that the results would serve as useful basic materials for improving the care of such patients. The subjects were 24 patients who had been diagnosed as having cancer and were hospitalized in the hospice wing of a hospital. The study was carried out as a crossing investigation using the Japanese version of the EORTC-QLQ-C30 Ver.3 questionnaire prepared by the European Organization for Research and Treatment of Cancer. The results of the survey showed that it was important to be prepared to prevent or treat diarrhea at the time of bowel movement and confirmed the need for care aimed at reducing fatigue. In addition, the emotional functioning and financial problems of the patients showed strong correlations with the QOL, revealing the need for psychological and financial support of cancer patients in hospices.

Patients with Parkinson's disease develop gait disturbances. Although the use of walkers is very effective for maintaining locomotive ability, patients who have symptoms such as frozen gait (FG) and festinating gait may fall even with a walker equipped with a brake as they cannot use the brake well in an emergency and fail to follow the accelerating walker. None of the studies on walking aids to date have addressed real-time detection of FG or the use of this information for the control of the walking aid, monitoring of the state of improvement in the ambulatory function, or evaluation of the effect of the use of a walker. In this study, we evaluated whether the state called FG, a characteristic symptom of Parkinson's disease, can be detected by the use of a sensor-controlled walker with heel-to-toe pressure sensors. The following two measurements were carried out in one male healthy and a one male patient with stage 3 Parkinson's disease by the Hoehn-Yahr scale showing mild muscle rigidity, hypokinesia, and FG. In the healthy subject, the heel-to-toe pressure showed smooth heel-to-toe shifts during the standing phase. In the patient with Parkinson's disease, the heel-to-toe response time was about 2.4 times longer than in the healthy subject at the beginning of walking, and FG could be recorded as the difficulty in lifting the foot by the toes. Also, when FG was observed during walking, the pressure waves recorded by the same sensors showed two peaks occurring at short interval, indicating double landings.

No abstract