Solid-state NMR spectroscopy has had a major impact on our understanding of the structure
of mineralized tissues, in particular bone. Bone exemplifies the organic–inorganic composite …

Investigation of the Nature of the Protein−Mineral Interface in Bone by Solid-State NMR |
Chemistry of Materials ACS ACS Publications C&EN CAS Find my institution Log In Chemistry …

The unique potential of solid-state NMR (SSNMR) spectroscopy to provide atomistic-scale
piercing insights into the structure and dynamics of complex biomaterials, such as the …

Solid-state NMR studies on bone, bone mineral standards and collagen are reviewed. NMR
spectroscopy was mostly applied to the bone mineral and confirmed that the structure …

Despite the numerous studies of bone mineral, there are still many questions regarding the
exact structure and composition of the mineral phase, and how the mineral crystals become …

Study of interactions among different components of amorphous biomaterial such as bone is
important to understand the mechanism of its formation and biomineralization process and …

Nature has evolved sophisticated strategies for engineering hard tissues through the
interaction of proteins, and ultimately cells, with inorganic mineral phases. The remarkable …

Understanding the structure and structural changes of bone, a highly heterogeneous
material with a complex hierarchical architecture, continues to be a significant challenge …

Conspectus The extracellular matrix of a tissue is as important to life as the cells within it. Its
detailed molecular structure defines the environment of a tissue's cells and thus their …

Nature has evolved sophisticated strategies for engineering hard tissues through the
interaction of proteins, and ultimately cells, with inorganic mineral phases. The remarkable …