An automatic image segmentation scheme for phalanx and epiphyseal/metaphyseal region of interests

Chih-Yen Chen, Tzu-Chiang Liu, C. Hsieh, Hung-Chun Chien
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Abstract

Bone age assessment is usually to diagnose the growth disorders, growth hormone deficiency, and the effect of growth therapy of children in clinic. The crucial role of Bone age assessment is that it is dependent on the accurate bony segmentation from soft tissues on hand radiogram, especially in the separation of phalanx and epiphyseal/metaphyseal region of interests from the background and soft tissue. In this study, our proposed method was to locate and crop the phalanx region of interests for the first step. Next, the integration of a difference in sub-neighborhood technique and average threshold of image processing was applied to segment the epiphyseal/metaphyseal region of interests. The experiments were shown to be successful in the segmentation on different parts of knuckles, i.e. distal, middle, and proximal. In conclusion, the proposed procedure can be implemented in the segmentation of epiphyseal/metaphyseal region of interests automatically and efficiently.
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一种针对指骨和骨骺/干骺区的自动图像分割方法
骨龄评估在临床上常用于诊断儿童生长发育障碍、生长激素缺乏及生长治疗效果。骨龄评估的关键作用在于,它依赖于手部x光片上软组织的准确骨分割,特别是在将指骨和骨骺/干骺区与背景和软组织分离时。在本研究中,我们提出的方法是第一步定位和裁剪感兴趣的方阵区域。然后,结合差分子邻域技术和图像处理的平均阈值对感兴趣的骺/干骺区域进行分割。实验表明,在关节的不同部分,即远端,中间和近端分割是成功的。综上所述,该方法可以实现对骨骺/干骺感兴趣区域的自动、高效分割。
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