To gain more insight into protein structure–function relationships that govern
biomineralization is an exciting and challenging task. The influence of casein protein on the …

The origin of complex hierarchical superstructures of biomaterials and their unique self-
assembly mechanisms of formation are important in biological systems and have attracted …

Various proteins and molecules are involved in the crystallization pathways of
biomineralization. The present study investigated the involvement of casein and magnesium …

Phosphoproteins have specific and prominent influences on mediating the crystallization of
calcium carbonate. In this research, a new kind of calcium carbonate crystal with a novel self …

Several mechanisms have been proposed to explain the interactions between proteins and
mineral surfaces formed during biomineralization. To investigate the effect of the surface …

The investigation on the mechanism of nucleation and growth of crystals at organic‐
inorganic interfaces is crucial for understanding biological and physiological calcification …

In this paper, we report a biogenic synthesis protocol for preparation of calcium oxalate
(CaC2O4, CaOx) crystal at room temperature by a simple protein-mediated reaction of …

Amorphous calcium carbonate (ACC) plays important roles in biomineralization, and the
phosphoproteins extracted from biogenic stable ACC can induce and stabilize synthetic …

The characteristic shapes, structures and properties of biominerals arise from their interplay
with a macromolecular matrix,. The developing mineral interacts with acidic …

The presence of magnesium and phosphorus in calcium carbonate-based biominerals is
increasingly found. Both elements play a significant role in the biomineralization process of …