Objectives: To gain a comprehensive understanding of the occupational hazards encountered by home health care nurses in Japan and to elucidate the reality of harm they incur, the hazardous situations, and the protective measures taken. Methods:A questionnaire survey of managers of home health care nursing agencies in Japan was conducted, and 355 valid responses were obtained. The survey questions concerned the occupational hazards experienced by home health care nursing staff.
View Article and Find Full Text PDFObjective: Individuals in nursing occupations are often exposed to various materials such as rubber products and drugs, and they comprise a population at high risk of developing occupational allergies. We therefore created a "Health management guideline on occupational allergy in nursing occupations and its primary prevention" (hereinafter referred to as "HMG") and conducted a questionnaire survey to elucidate its potential use and the challenges of implementing it in clinical practice.
Subjects And Methods: The HMG includes the following content: A.
Aim: The present study was conducted in order to clarify the effects of a warm hand bath at 40°C for 10 min on the blood flow in the shoulder, skin and deep body temperature, autonomic nervous activity, and subjective comfort in healthy women.
Methods: The study's participants were 40 healthy adult women who were randomly assigned to either a structured hand bath first and no hand bath second (Group A) or to no hand bath first and a hand bath second (Group B). The blood flow in the shoulder, skin and deep body temperature, autonomic nervous activity, and subjective comfort then were recorded in all the participants.
Objectives: The aim of this study was to measure the antineoplastic drug content in urine and verify the situation of occupational exposure of the antineoplastic drug among nurses who care for patients undergoing chemotherapy.
Methods: Ten female nurses who were caring for patients receiving chemotherapy were the subjects of this study. Urine samples were collected over 24-hour periods, and each sample was analyzed.
In order to reveal the chemical characteristics of Glycyrrhiza uralensis growing in Mongolia and to clarify whether it can be the source of Glycyrrhizae Radix used in Japan, eight major bioactive constituents in the underground parts of G. uralensis collected in Mongolia were quantitatively analyzed and compared with Glycyrrhizae Radix produced in China. Most of the 15 samples from eastern, southern and western parts of Mongolia contained 26.
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