Collagen As A Scaffold For Biomimetic Mineralization Of Vertebrate Tissues
Title
Collagen As A Scaffold For Biomimetic Mineralization Of Vertebrate Tissues
Creator
Landis W J; Silver F H; Freeman J W
Publisher
Journal of Materials Chemistry
Date
2006
2006
Description
Collagen is a well known protein component that has the capacity to mineralize in a variety of vertebrate tissues. In its mineralized form, collagen potentially can be utilized as a biomimetic material for a variety of applications, including, for example, the augmentation and repair of damaged, congenitally defective, diseased or otherwise impaired calcified tissues such as bone and cartilage. In order to effect an optimal response in this regard, the manner in which collagen becomes mineralized is critically important to understand. This paper provides details concerning collagen-mineral interaction and its implications with respect to designing biomimetic mineralizing collagen that will be functionally competent in its biological, chemical, and biomechanical properties.
Subject
3 dimensions; bone; Chemistry; elastic energy-storage; electron-microscopic tomography; fibril structure; i collagen; Materials Science; matrix; mechanical-properties; molecular packing; organic; turkey tendons
Identifier
Format
Journal Article or Conference Abstract Publication
URL Address
Search for Full-text
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Rights
Article information provided for research and reference use only. All rights are retained by the journal listed under publisher and/or the creator(s).
Pages
1495-1503
Issue
16
Volume
16
Citation
Landis W J; Silver F H; Freeman J W, “Collagen As A Scaffold For Biomimetic Mineralization Of Vertebrate Tissues,” NEOMED Bibliography Database, accessed March 18, 2024, https://neomed.omeka.net/items/show/10629.