The development of synthetic scaffolds for template‐guided mineralization of calcium
phosphates (CaP) is an ongoing challenge in biomimetic material design for bone graft …

In recent years, immense attention has been devoted over the production of osteoinductive
materials. To this direction, collagen has a dominant role in developing hard tissues and …

Bone is a complex tissue with robust mechanical and biological properties originating from
its nanoscale composite structure. Although much research has been conducted on …

Bone is an organic–inorganic hierarchical biocomposite. Its basic building block is
mineralized collagen fibers with both intrafibrillar and extrafibrillar mineralization, which is …

Mineral deposition is observed in both bacterial and eukaryotic organisms through a broad
range of mechanisms. Both organic and inorganic components play crucial roles in the …

There is a great need for novel materials for mineralized tissue repair and regeneration. Two
examples of such tissue, bone and dentin, are highly organized hierarchical …

Construction of protein–inorganic hybrid materials with hierarchical nanostructures is critical
for the creation of advanced multi-functional materials. We herein for the first time report the …

Biomimetic mineralization based on self‐assembly has made great progress, providing
bottom‐up strategies for the construction of new organic–inorganic hybrid materials applied …

Collagen biomineralization is regulated by complicated interactions between the collagen
matrix and non-collagenous extracellular proteins. Here, the use of sodium tripolyphosphate …

The use of insoluble organic matrices as a structural template for the bottom-up fabrication of
organic–inorganic nanocomposites is a powerful way to build a variety of advanced …