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 …

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 …

Self-assembled peptides and proteins have turned out to be excellent templates for the
growth of inorganic minerals and can be used to emulate natural biomineralization …

Inspired by nature's strategy for creating organic/inorganic hybrid composite materials, we
developed a simple but powerful method to synthesize bone-like peptide/hydroxyapatite …

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

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 …

The collagen-based grafts currently available do not provide structural guidance for cell
growth due to the high water solubility and fast degradation of collagen (Col) and are …

Recognition of molecules and regulation of extracellular matrix synthesis are some of the
functions of enzymes in addition to their catalytic activity. While a diverse array of enzyme …

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

Peptide self-assembled hydrogels are ideal scaffolds for three-dimentional cell culture and
tissue engineering due to their native extracellular matrix enabling the transport of nutrients …