Tissue Repair

<p>Chapter 1. Overview of scaffolds reinforcement for tissue repair</p>

<p>Chapter author: Dr. Xiaoming Li, et al., Beihang University, China</p>

<p>To describe the background, structure, logicality and main content of this book. </p>

<p><br></p><p>Part I: FABRICATION AND MATERIAL PROPERTIES</p><p> <br></p>

<p>Chapter 2. The potential matrix and reinforcement materials for the preparation of the scaffolds reinforced by fibers or tubes for tissue repair</p>

<p>Chapter author: Dr. Xiaoming Li, et al., Beihang University, China</p>

<p>To discuss all the potential matrix and reinforcement materials, and the general design and preparation methods of the scaffolds reinforced by fibers or tubes for tissue repair.</p>

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<p>Chapter 3. The mechanical properties of the scaffolds reinforced by fibers or tubes for tissue repair</p>

<p>Chapter author: Dr. Nicholas Dunne, et al., Queen's University of Belfast, UK</p>

<p>To elaborate the reinforcement mechanisms of the fibers or tubes in the scaffold, the efforts to get the homogeneous structure and composition throughout the reinforced scaffolds, the processing techniques to improve adhesive strength between the matrix and the fibers or tubes, etc.</p>

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<p>Chapter 4. The biodegradability of the scaffolds reinforced by fibers or tubes for tissue repair</p>

<p>Chapter author: Dr. Katerina E. Aifantis, et al., University of Arizona, USA</p>

<p>To expatiate how the fiber/tube addition affects the degradation rate, structure and mechanical property change of the scaffolds during the degradation in vitro and in vivo, and how the interactions between the matrix and the fibers or tubes affect the biodegradability of the scaffolds.</p>

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<p>Chapter 5. The biocompatibility of the scaffolds reinforced by fibers or tubes for tissue repair</p>

<p>Chapter author: Dr. Yanfeng Luo, et al, Chongqing University, China</p>

<p>To set forth how the fiber/tube addition affects the interactions between the scaffolds with biomacromolecules, cells and tissues in vitro and in vivo, and how the interactions between the matrix and the fibers or tubes affect these performances of the scaffolds.</p>

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<p>Part II: TISSUE REPAIR APPLICATIONS</p>

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<p>Chapter 6. The potential tissues and their properties</p>

<p>Chapter author: Dr. Xiangdong Kong, et al., Zhejiang</p>

<p>Sci-Tech University, China</p>

<p>To discuss all the potential tissues and their structures and properties, which could be repaired with the scaffolds reinforced by fibers or tubes.</p>

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<p>Chapter 7. Scaffolds reinforced by fibers or tubes for hard tissue repair</p>

<p>Chapter author: Dr. Xiaoming Li, et al, Beihang University, China </p><p>To state special design and fabrication of novel scaffolds reinforced by fibers or tubes for hard tissue repair, and how the fiber/tube addition affects the special functions in vitro and in vivo to repair hard tissues.</p>

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<p>Chapter 8. Scaffolds reinforced by fibers or tubes for soft tissue repair</p>

<p>Chapter author: Dr. Bao-Qing Pei, et al, Beihang University, China </p>

<p>To state special design and fabrication of novel scaffolds reinforced by fibers or tubes for soft tissue repair, and how the fiber/tube addition affects the special functions in vitro and in vivo to repair soft tissues.</p>