Biological Materials of Marine Origin: Invertebrates by Hermann Ehrlich

By Hermann Ehrlich

This can be the second one monograph by means of the writer on organic fabrics of marine foundation. The preliminary ebook is devoted to the organic fabrics of marine invertebrates. This paintings is a resource of contemporary wisdom on biomineralization, biomimetics and fabrics technological know-how with admire to marine vertebrates. For the 1st time in clinical literature the writer offers the main coherent research of the character, foundation and evolution of biocomposites and biopolymers remoted from and saw within the huge number of marine vertebrate organisms (fish, reptilian, birds and mammals) and inside their specified hierarchically prepared structural formations. there's a wealth of latest and newly synthesized details, together with dozens of formerly unpublished pictures of distinctive marine creatures together with extinct, extant and residing taxa and their biocomposite-based constructions from nano- to micro – and macroscale. This monograph experiences the main appropriate advances within the marine organic fabrics learn box, mentioning numerous ways being brought and explored by means of distinctive sleek laboratories.

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Biological Materials of Marine Origin: Invertebrates

This is often the second one monograph through the writer on organic fabrics of marine foundation. The preliminary booklet is devoted to the organic fabrics of marine invertebrates. This paintings is a resource of contemporary wisdom on biomineralization, biomimetics and fabrics technological know-how with admire to marine vertebrates.

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2 Ceramics These kinds of biomaterials are well described and classified in Encyclopedia of Biomaterials and Biomedical Engineering (Wnek and Bowlin 2008). 16 1 Biomaterials and Biological Materials Biostable Ceramics. Aluminum oxide (alumina, ASTM F-603) and a zirconium oxide (zirconia) compound (ASTM F-1873) are the two most common biostable ceramics. Biostable ceramics neither resorb nor induce osteoblastic apposition on their surfaces within the body. Advantages are that both aluminum oxide and zirconium oxide are strong and stable (so there is no need to follow degradation products); while the disadvantages include having weak interface with bone or tissue, low shock resistance, high modulus, and the potential for catastrophic failures.

The shape and bulk properties of biomaterials should mimic the tissues which they are meant to augment or replace. The surface chemistry and topography of the implant material determine how the host tissues interact with the implant. Therefore, the ability to fabricate complex shapes with a wide range of surface topographies is an important property of a biomaterial (Schroers et al. 2009). Depending on the application, differing requirements may arise. Sometimes these requirements can be completely opposite.

The discovery by Hench and co-workers that a range of compositions of modified phosphosilicate glasses has the ability to form a stable chemical bond with living tissues (bone, ligament, and muscle) opened a completely new field in biomedicine (Hench et al. 1971). Since then, many artificial biomaterials based on, or inspired by, Hench’s glasses have been developed and successfully employed in clinical applications for repairing and replacing parts of the human body. This field is continuously expanding: new processing routes have extended the range of applications toward new and exciting directions in biomedicine (Hench and Polak 2002), many of which still rely on the original Hench’s base formulation, 45S5 Bioglass, which has now become the paradigm of bioactive materials.

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