Investigation of Upper Limb Musculoskeletal Injuries: A Case of Fly Fishers

• Main Authors: KUO CHAO-MING, 郭櫂鳴
• Other Authors: OU YANG-KUN
• Format: Others
• Language: zh-TW
• Published: 2018
• Online Access: http://ndltd.ncl.edu.tw/handle/xnqy84

碩士 === 南臺科技大學 === 創新產品設計系 === 106 === Musculoskeletal disorders are common symptoms of physical illness regardless of sports, work or leisure activities. However, they often bring about declining the quality of life. Also, the fishermen who uses fly-fishing often hears about some of them even cannot be normal work and don’t have function of living because of musculoskeletal disorders. But, people always think of this situation as general musculoskeletal injuries. There isn’t any a study that it indicates the risk factors to fly-fishing. Therefore, the study aims to investigate the disease rate when the instructors and the amateurs throw the fishing rods to understand the muscle reaction with strengths and different weights of fishing rods. The objects of this study are through the questionnaire and experiments. In the study, the musculoskeletal questionnaire and the SF-36 quality of life were used to investigate the musculoskeletal injury of the angler and whether it affected life, and then the EMG was used to analyze the degree of muscle reaction of the upper limb during the throwing. The results show that both professional and amateur anglers have responded to the fly fishing method and caused injuries. They are all due to the implementation of fly fishing. Some fishermen even have to seek medical treatment. In terms of quality of life, they are engaged in flying. Fly fishing method Leisure activity fishermen have a good quality of life even if they have injuries, and through the EMG to understand the professional fishermen and amateur fishermen in different weights of the fishing tackle muscle reaction, when throwing, professional fishermen and amateur fishermen When using different fishing tackle sets, there is a significant difference in muscle exertion in the upper limbs.