Application progress of micro-CT and finite element analysis techniques in scaphoid bone research
- VernacularTitle:micro-CT和有限元分析技术在手舟骨研究中的应用进展
- Author:
Yuan LYU
1
;
De-zhou ZHANG
;
Hai-long QIAN
;
Si-min WANG
;
Chao-qun WANG
;
Kun LI
;
Jie CHEN
;
Xue BAI
;
Hai-long ZHAO
;
Shao-jie ZHANG
;
Yuan MA
;
Zhi-jun LI
;
Jun SHI
;
Xing WANG
Author Information
- Publication Type:Journal Article
- Keywords: scaphoid bone; microstructure; biomechanics; micro-CT; finite element analysis; basic research; clinical research; research progress
- From: Journal of Regional Anatomy and Operative Surgery 2025;34(2):168-173
- CountryChina
- Language:Chinese
- Abstract: The scaphoid bone is one of the important bone of hand,which is frequently injured and difficult to treat in clinical practice.Therefore,it is very important to deeply study the microstructure and biomechanical characteristics of the scaphoid bone for understanding its injury mechanism and optimizing treatment scheme.Microcomputed tomography(micro-CT)provides high-resolution imaging of bone tissue,while finite element analysis can help to simulate the stress distribution and behavioral patterns of the scaphoid bone under various physiological and pathological states.The high-resolution three-dimensional image of the scaphoid bone obtained by micro-CT technology can be used to construct finite element models of real anatomical structure of the scaphoid bone,thus achieving accurate simulation of the mechanical properties of the scaphoid bone.The fusion of these two advanced technologies provides a new perspective for revealing the structural and functional relationships and injury mechanism of the scaphoid bone.Therefore,this paper reviews the anatomical characteristics of the scaphoid bone and its biomechanical behavior in different states,emphasizing the specific applications and advantages of micro-CT and finite element analysis techniques in the study of the scaphoid bone.By summarizing the research findings in recent years,this paper provides novel scientific basis and methods for the diagnosis,treatment,and prevention of scaphoid bone-related disorders.
