This volume presents the available knowledge on imagine techniques applied to biomaterials, especially in the orthopaedics field. It includes basic and practical aspects of recent techniques, with particular emphasis on the study of materials, biological tissues (including bone) and tissue/implant interfaces. Chapter 1 addresses fundamental aspects of image processing and chapter 2 the question of 3-D visualization. In chapters 3 to 6 techniques used for the study of materials surfaces are dealt with, including digital analysis of SEM images, Auger spectroscopy, X-ray mapping, Scanning Tunneling Microscopy, Scanning Force Microscopy. The application of imaging techniques to the study of cells, tissues and bone is covered in chapters 7 to 12, including the use of confocal scanning optical microscopy and acoustic microscopy.
Chapters 13 to 22 cover the use of computer graphics in the study of joints, computer aided densitometric analysis of X-rays, computed tomography, image reconstruction for preoperative planning, prediction of bone properties by non-evasive techniques, quantitative analysis of the tissue/implant interfaces, thermoelasticity, optical pedobarography and the application to scoliotic deformities. Finally, in Chapter 23, the technological aspects of fabrication are dealt with including the subject of crown reconstruction by CAD/CAM.
This volume presents the available knowledge on imagine techniques applied to biomaterials, especially in the orthopaedics field. It includes basic and practical aspects of recent techniques, with particular emphasis on the study of materials, biological tissues (including bone) and tissue/implant interfaces. Chapter 1 addresses fundamental aspects of image processing and chapter 2 the question of 3-D visualization. In chapters 3 to 6 techniques used for the study of materials surfaces are dealt with, including digital analysis of SEM images, Auger spectroscopy, X-ray mapping, Scanning Tunneling Microscopy, Scanning Force Microscopy. The application of imaging techniques to the study of cells, tissues and bone is covered in chapters 7 to 12, including the use of confocal scanning optical microscopy and acoustic microscopy.
Chapters 13 to 22 cover the use of computer graphics in the study of joints, computer aided densitometric analysis of X-rays, computed tomography, image reconstruction for preoperative planning, prediction of bone properties by non-evasive techniques, quantitative analysis of the tissue/implant interfaces, thermoelasticity, optical pedobarography and the application to scoliotic deformities. Finally, in Chapter 23, the technological aspects of fabrication are dealt with including the subject of crown reconstruction by CAD/CAM.
Sprache
Verlagsort
Verlagsgruppe
Elsevier Science & Technology
Zielgruppe
Illustrationen
ISBN-13
978-0-444-89774-9 (9780444897749)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Klassifikation
Herausgeber*in
University of Oporto, Porto, Portugal
Preface. Fundamentals of image processing and analysis (A.J.C. Campilho). Visualization techniques for 3-D medical images (D. Vandermeulen, P. Suetens, G. Marchal). Digital analysis of SEM images for materials characterization and interface/surface studies of biological materials (C.P.M. de Sa). Scanning imaging techniques (SEM, Auger, X-ray mapping) applied to biomaterials surfaces (D. Muster, A. Mosser, M. Romeo). Surface characterisation of biomaterials and imaging of adsorbed molecules using scanning tunneling microscopy (STM) and ,Scanning force microscopy (SFM) (P. Descouts et al.). Advances in biomaterials related to progress in imaging techniques (G.W. Hastings). Processing interference microscopy images in the analysis of cell translocation and intracellular motility (G.A. Dunn). Image processing techniques for the study of muscular biopsies (C. Gabbi, A. Merolli, P. Tranquilli Leah). Microscopic methods of special relevance to the examination of bone and the implant interface (A. Boyde, L.A. Wolfe, S.J. Jones). Image processing techniques for the study of bone (A. Merolli, P. Tranquilli Leah. 0. Palmacci). Three-dimensional quantification of cancellous bone structure (A. Odgaard). Application of acoustic microscopy to bone and biomaterials evaluation (A. Meunier. J.L. Katz). Image processing techniques in orthopaedic clinical practice (P. Tranquilli Leali, A. Merolli, F. Cortese). Computer aided densitometric image analysis (CADIA) of X-ray films related to bone remodeling with total hip arthroplasty (A. Toni et al.). From X-rays to quantitative computed tomography in experimental orthopaedic research: qualitative and quantitative data analysis (J. Cordey et al.). Application of radiographic image reconstruction and simulation analysis for preoperative planning in 'mint reconstructive surgery (E.Y.S. Chao, M.J. Vanderploeg). Fundamentals of thermoelasticity spate 9000 technique (R. Bourgois, L. Reymen). Application of thermoelasticity to orthopaedic implants - case study: pelvis (R. Bourgois, L. Reymen). Application of non-invasive techniques in the determination of fracture callus property and bone strength (E.Y.S. Chao et al.). Quantitative analysis of the histological reactions at the interface and the surrounding bone tissue following the implantation of hip endoprostheses (M. Hahn). Dynamic optical pedobarography in diabetic foot problems (L. Serra, M.B. Serra, M.H. Cardoso). Image processing techniques for measuring back surface asymmetry in scoliotic patients (A. Merolli, P. Tranquil]] Leali, P.L. Guidi). Maximum functional occlusion in molars with a computer integrated scan/CAD/CAM-system (J.M. van der Zel). List of participants.
