By Qing Li, Yiu-Wing Mai
This ebook highlights the newest, state of the art advances in implantable biomaterials. It brings jointly a category of complex biomaterials in hugely lively learn parts, particularly implants and tissue scaffolds, to underline their respective practical necessities for extra improvement. it's designated in delivering a whole variety of methodological methods, together with fabrics syntheses, characterisation, mobile exams and mathematical modelling. protecting metal, ceramic, polymeric and composite fabrics commonplace in organic purposes and scientific therapeutics, it's a useful source for somebody eager to extra their knowing of the most recent advancements in implantable biomaterials. targeting biomedical functions in implants and scaffolds, it offers methodological publications to this swiftly becoming field.
Qing Li and Yiu-Wing Mai are either professors on the collage of Sydney, institution of Aerospace, Mechanical and Mechatronic Engineering.
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Additional resources for Biomaterials for Implants and Scaffolds
However, by performing complementary fluorescent block face imaging on the same block face (not shown here), it is possible to see more detail of the collagen fibre bundles in the annulus, since collagen and elastin fluoresce at similar intensities under the 365-nm excitation used for the fluorescence imaging used in our pilot work to date. In principle therefore, the 3D morphologies of the collagen and elastic fibre networks could be defined and biomechanically modelled, either by physically embedding networks of beam elements within a ‘macro-scale’ representation of the proteoglycan-rich disc ground substance or by homogenisation of subregions of the image dataset.
Oxford University Press, Oxford 5. Tsubota K, Adachi T, Tomita Y (2003) Effects of a fixation screw on trabecular structural changes in a vertebral body predicted by remodelling simulation. Ann Biomed Eng 31: 733–40 6. Ebraheim NA, Rupp RE, Savolaine ER et al (1994) Use of titanium implants in pedicular screw fixation. J. Spinal Disord 7:478–86 7. Hawes MC, O’Brien JP (2008) A century of spine surgery: what can patients expect? Disabil Rehabil 30:808–17 8. Paris O, Zizak I, Lichtenegger H et al (2000) Analysis of the hierarchical structure of biological tissues by scanning X-ray scattering using a micro-beam.
Since the slenderness ratio and degree of end support of the struts in trabecular bone can vary widely, it is Fig. 5 Microbeam models of trabecular bone (age < 50, age 50–75 and age > 75) based on the microstructural indices from Mosekilde et al. . J. Adam Fig. 6 Microbeam FE models of cylindrical cores of trabecular bone under uniaxial compression for differing age and gender (F/M) groups based on microstructure from Mosekilde et al. ; age less than 50 years, age 50–75 years and age greater than 75 years.
Biomaterials for Implants and Scaffolds by Qing Li, Yiu-Wing Mai