Matrix regulation of biomineralization and its bionic applications

Author: Ouyang Jianming
Publisher:
Publish Date: 2006-03-01
Features: This book starts with the morphology and structural characteristics of biomaterials, discussing fundamental principles in the field of biomineralization, such as lattice matching, molecular models, electrostatic interactions, hydrogen bonds, heterogeneous nucleation theory, spatial positioning and constraints. It particularly focuses on the widely recognized "organic matrix-mediated mineralization" in the current biomineralization community. The book also elaborates on the processes and inhibition of pathological mineralization in vivo (e.g., urinary stones, gallstones, and atherosclerosis). It highlights the latest achievements in biomineralization research across various simulation systems, including DNA templates, polysaccharide templates, protein templates, bacterial templates, single-molecule membranes, LB membranes, vesicles, micelles, reverse micelles, microemulsions, and self-assembled membrane systems, as well as gel systems. Additionally, it introduces the preparation methods of biomimetic materials (i.e., organic/inorganic composites) based on biomineralization principles.
The book is characterized by its clear and progressive approach, combining popular science with professional content. It uses vivid examples to describe the fundamental issues in the fields of biomineralization and biomimetic materials, making it suitable as a teaching text for graduate students and senior undergraduate students in chemistry, materials science, biology, medicine, geology, and mineral resources. It can also serve as a reference for researchers working in this field.
The book is characterized by its clear and progressive approach, combining popular science with professional content. It uses vivid examples to describe the fundamental issues in the fields of biomineralization and biomimetic materials, making it suitable as a teaching text for graduate students and senior undergraduate students in chemistry, materials science, biology, medicine, geology, and mineral resources. It can also serve as a reference for researchers working in this field.