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Diagnosis of osteoporosis based on multi-scale wavelet parameters of ultrasonic guided waves

Diagnosis of osteoporosis based on multi-scale wavelet parameters of ultrasonic guided waves
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摘要 Evaluating bone regularly is important to prevent and control the disease of osteoporosis. Impact of osteoporosis on ultrasonic guided waves propagating in human long bones is studied in this paper. Multi-scale wavelet transform is proposed to process the received guided waves, and by analyzing energy changes in detail components of high order wavelet at different propagating distance to assess if osteoporosis happened. The guided waves signals are collected from the tibias of 13 volunteers. Based on the analysis of multi-scale wavelet transform, the high order detail components d6 and d5 changed dramatically with the propagation of ultrasonic guided waves along long bones, which means these 7 volunteers are diagnosed with osteoporosis. Compared with X-ray diagnosis, the effectiveness of this method can reach 92.3% in 13 volunteers. This suggests the multi-scale wavelet transform method is potential in ultrasonic assessment of bone quality. Evaluating bone regularly is important to prevent and control the disease of osteoporosis. Impact of osteoporosis on ultrasonic guided waves propagating in human long bones is studied in this paper. Multi-scale wavelet transform is proposed to process the received guided waves, and by analyzing energy changes in detail components of high order wavelet at different propagating distance to assess if osteoporosis happened. The guided waves signals are collected from the tibias of 13 volunteers. Based on the analysis of multi-scale wavelet transform, the high order detail components d6 and d5 changed dramatically with the propagation of ultrasonic guided waves along long bones, which means these 7 volunteers are diagnosed with osteoporosis. Compared with X-ray diagnosis, the effectiveness of this method can reach 92.3% in 13 volunteers. This suggests the multi-scale wavelet transform method is potential in ultrasonic assessment of bone quality.
出处 《Chinese Journal of Acoustics》 CSCD 2017年第4期429-438,共10页 声学学报(英文版)
基金 supported by NSFC(11404207,11327405,11525416) Natural Science Foundation of Shanghai(14ZR1417500) Shanghai Colleges and Universities Young Teachers Training Funding Scheme(ZZsd115110,ZZsd115106)
关键词 OSTEOPOROSIS WAVELET GUIDED ultrasonic bones dramatically regularly PROPAGATING TRANSDUCER CORTICAL osteoporosis,wavelet,guided,ultrasonic,bones,dramatically,regularly,propagating,transducer,cortical,
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