By L. Qin, Harry K. Genant, J.F. Griffith, K.S. Leung
This ebook offers a standpoint at the present prestige of bioimaging applied sciences built to evaluate the standard of musculoskeletal tissue with an emphasis on bone and cartilage. It deals reviews of scaffold biomaterials built for boosting the fix of musculoskeletal tissues. those bioimaging innovations contain micro-CT, nano-CT, pQCT/QCT, MRI, and ultrasound, which offer not just 2-D and three-D photographs of the comparable organs or tissues, but in addition quantifications of the correct parameters. the development bioimaging applied sciences constructed for the above purposes also are prolonged by means of incorporating imaging contrast-enhancement fabrics. therefore, this e-book will supply a different platform for multidisciplinary collaborations in schooling and joint R&D between numerous professions, together with biomedical engineering, biomaterials, and easy and medical drugs.
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Additional info for Advanced Bioimaging Technologies in Assessment of the Quality of Bone and Scaffold Materials: Techniques and Applications
The currently used imaging techniques are brieﬂy introduced and their procedural details are presented together with selected application examples to demonstrate their utilization. The contents of this chapter end with a discussion of future developmental needs of imaging science and technology with the aim of advancing our understanding of normal and abnormal musculoskeletal system function and the current and future treatment modalities and prevention strategies. Computer-generated graphic models and their biomechanical analysis results are included to fully demonstrate the visualization capa- Figure 1.
The remaining dogs were killed each at and weeks, respectively. A vascular corrosion casting method was used for the microvascular analysis. The specimens were coated gold for SEM study. Routine microradiographic biomechanical and histological analyses were performed for the -week group specimens. A mid-diaphysis length of 5OD was used for the analysis. Identical defect was created in the anterior-medial bone surface. Twenty-node reduced-integration brick elements were used in each FEM model.
Such technology is expected to make biomechanics competitive in landing government and foundation research funding as well as attracting industrial developmental contracts. Finally, the development of biomechanically justiﬁed preoperative planning strategy and the associated execution procedures guided by an intraoperative navigation system form the foundation of computer-aided orthopaedic surgery (CAOS). Another potential area of beneﬁt is the computer-aided rehabilitation (CAR). Examples of Bone Biomechanical Analysis Using Imaging and Simulation Technology The applications of bio-imaging and VIMS simulation technology on bone structural and biomechanical analysis to date have been limited by the availability of models and the ability to incorporate soft tissue structures in the system; however, several examples are presented here to demonstrate the unlimited potential of this technology in a virtual laboratory environment to conduct biomechanical analyses not possible in the past.
Advanced Bioimaging Technologies in Assessment of the Quality of Bone and Scaffold Materials: Techniques and Applications by L. Qin, Harry K. Genant, J.F. Griffith, K.S. Leung