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This study aimed to confirm the effects of an application of new conceptual high frequency treatment on blood pressure, the muscle tone of erector spine and calf muscles, and the quality of life in elderly individuals. The experiment included 20 elderly patients with another diagnosis and no surgical experience. All subjects underwent high frequency treatment for 20 minutes or 30 minutes. First, after the intervention, blood pressure was measured using the Oscillometric tonometer. Second, muscle tone of both the erector spine and calf muscles were measured using Myotonepro. Quality of life (SF-36) was measured using a questionnaire. As a result, blood pressure significantly changed after the intervention. However, muscle tone did not change. Quality of life significantly changed regarding physical function, role limitation-physical, role limitation-emotional, vitality, and bodily pain. Thus, we conclude that high frequency treatment can help to improve the health condition of the elderly population.
본 연구에서는 지하공동구에 적용될 디지털 트윈기술 플랫폼 DATA 생성의 기본이 되는 각종 센서 및 작업자와 순찰자의 재 난 발생 시 구호를 위한 개발 기술에 대하여 설명하고자 한다. 지하공동구는 도시계획시설의 하나로서 2가지 이상의 매설물을 공동 수용할 목적으로 시설하는 터널 형태의 지하시설로 전기, 통신, 가스, 수도, 하수관 같은 도로의 지하매설물을 공동수용 함 으로써 미관 및 도로구조의 보전을 도모하는 시설을 말한다. 이러한 지하공동구는 통신, 금융, 주거 등에 영향을 미치는 국가의 중요한 안보시설인 동시에 도시의 형성이나 시민생활에 있어서 필수적인 시설로서 입지와 규모에 따라 그 시설이 위치한 지역은 물론 도시 전체의 기능과 발전에 큰 영향을 미치는 시설이기 때문에 미리 입지와 규모에 대한 기준을 정해 두고 도시 관리 계획에 의해 계획적으로 배치할 필요가 있다. 따라서 이러한 중요시설인 지하 공동구 관리의 중요성 및 재난발생시의 사회적, 경제적 파급성 등을 고려할 때 디지털 트윈의 첨단기술을 적용한 사전대응 기술개발이 절실하게 필요한 시점이라 할 수 있다.
Purpose: This study investigated the effects of the newly-developed high-frequency stimulation over knee on physiological characteristics of quadriceps (QM) and hamstring (HM) muscles. Methods: Ten healthy participants were participated in the study (average age: 49.3). Each participant received the high-frequency stimulation over both knees over three times a week during a total of two weeks. We measured the physiological characteristics of muscle tissue of QM and HM, including muscle tone (F), dynamic stiffness (S), and elasticity (D) by a Myoton device at pre and post-stimulation. Results: As a result, the elasticity of right HM was showed significant differences between pre- and post-stimulation (P=0.006). Conclusion: We conclude that the high-frequency stimulation over both knee may evoke the physiological changes in knee muscles.
Purpose: The purpose of this study is to investigate the trend of smart health-care technology across the world and propose a model of the industry-university cooperation and healthcare methods with a study design to prove future values. Methods: Literature review was performed after classification of themes, including global trends of health-careparadigm and smart health-care technology. Then, based on the in-depth review, a realizable future plan of health-care programe with a sutdy design was deduced. Results: As a result, this study proposed three stages to introduce health-care program, able to be conducted by universtiy independently. The first stage was to propel the industry-university cooperation under the supervision of the department of health college in university. Then, secondly, individual roles of organizations, participating in the cooperation should be set as well as a smart health-care program, using research equipments that university possess. Lastly, pilot operation should be preceded, then the user scale should be enlarged progressively. Conclusion: In conclusion, after completing above-mentioned three stages, a cost benefit study, proposed additionally in this study, will support future values of the newly proposed health-care program in terms of a individuals and community.
Purpose: The purpose of this study is to investigate the effect of transcranial direct current stimulation (tDCS)over the dorsolateral prefrontal cortex (dlPFC) on pain intensity and functional strength in the elderly withchronic back pain. Methods: Sixteen elderly (72 ± 5.16 yrs) with chronic back pain participated in this randomized double-blindedcrossover study. Each participant received both sham and 2-mA anodal currents over left dlPFC (cathodeover the seventh cervical spinous process) for 20 min during 2 weeks for each current type with a washoutperiod of 2 days between two different current stimulation periods. Pain intensity, functional lift strength, andthe fear-avoidance response of all the participants were evaluated. Results: There were no significant differences in all pain-related variables between the 2mA stimulation periodand the sham stimulation period. However, for results by within-group analysis in each stimulation period,we found significant improvements in pain intensity (p=.02), functional strength, (p=.006) and fear-avoidanceresponse (p=.002) only after 2mA stimulation period, while there were no significant changes after shamstimulation. Conclusion: The current study demonstrated that anodal tDCS over dlPFC improve the painful feelings,followed by the functional strength for lifting task.