Bone substitute biomaterials by K. Mallick PDF

By K. Mallick

ISBN-10: 0857094971

ISBN-13: 9780857094971

ISBN-10: 0857099035

ISBN-13: 9780857099037

Bone replacement biomaterials are basic to the biomedical region, and feature lately benefitted from broad learn and technological advances geared toward minimizing failure premiums and lowering the necessity for extra surgical procedure. This publication reports those advancements, with a selected concentrate on the fascinating homes for bone replacement fabrics and their power to motivate bone fix and regeneration.

Part I covers the foundations of bone alternative biomaterials for clinical functions. One bankruptcy studies the quantification of bone mechanics on the whole-bone, micro-scale, and non-scale degrees, whereas others speak about biomineralization, osteoductivization, fabrics to fill bone defects, and bioresorbable fabrics. half II specializes in biomaterials as scaffolds and implants, together with multi-functional scaffolds, bioceramics, and titanium-based foams. eventually, half III stories extra fabrics with the aptitude to motivate bone fix and regeneration, together with cartilage grafts, chitosan, inorganic polymer composites, and marine organisms.

  • Provides an in depth and actual evaluate of the bone alternative biomaterials, a basic a part of the biomaterials and biomedical sector
  • Provides readers with the rules of bone alternative biomaterials
  • Reviews biomaterials for bone regeneration

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Example text

In particular, mechanical properties at three length scales are provided: nano-scale, micro- (or tissue) scale and macro- (or whole-bone) scale. The organization of bone at these scales is depicted in Fig. 1. The term ‘structure’ refers to an identifiable physical unit that performs a mechanical function. Depending on the scale of investigation, structure can therefore be identified as the entire bone, or a single osteon, or a lamella. The mechanical properties of the structure at a given length scale depend on the constitutive properties of the ‘material’ at the lower scale, as well as the ‘architectural’ properties that determine how the same material is organized (Fig.

Tasciotti of TMHRI (The Methodist Hospital Research Institute, Houston, TX, USA) for the fruitful collaboration and discussion. N. M. (2004) Recent advances on chitosan-based micro- and nanoparticles in drug delivery, J Con Rel, 100, 5–28. , Tan, Z. and Rafailovich. M-H. (2011) The role of moderate static magnetic fields on biomineralization of osteoblasts on sulfonated polystyrene films, Biomaterials, 32(31), 7831–7838. , von Degenfeld, G. M. (2005) Critical role of microenvironmental factors in angiogenesis, Curr Atheroscler Rep, 7, 227–234.

Sandri, M. and Marcacci, M. (2010) Orderly osteochondral regeneration in a sheep model using a novel nanocomposite multilayered biomaterial, J Orthop Res, 28, 116–124. , Vichi, L. and Sandri, M. (2004) Influence of synthesis and sintering parameters on the characteristics of carbonate apatite, Biomaterials, 25(10), 1763–1770. , Sandri, M. and Sprio, S. (2005) Nucleation of biomimetic apatite in synthetic body fluids: dense and porous scaffold development, Biomaterials, 26(16), 2835–2845. , Mattioli-Belmonte, M.

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