Structural hierarchy of bone–observed across multiple scales and in three dimensions (3D)–
is essential to its mechanical performance. While the mineralized extracellular matrix of …

Visualizing bone mineralization and collagen fibril organization at intermediate scales
between the nanometer and the hundreds of microns range, is still an important challenge …

Motivated by the water layer-coated nanoscale bone mineral crystals and the elastoplastic
behavior seen at the extracellular scale, we develop a six-step hierarchical micromechanics …

The objective of this study is to harness the potential of biomineralization for the controlled
fabrication of tetrahedral DNA (TDN)-mediated calcium carbonate (CaCO3) nanoparticles …

Natural materials such as bone and enamel have intricate microstructures with inorganic
minerals oriented to perform multiple mechanical and biological functions. Current additive …

Late Pleistocene societies throughout the northern hemisphere used mammoth and
mastodon ivory not only for art and adornment, but also for tools, in particular projectile …

Bone is a hierarchical biological material, characterized at the nanoscale by a recurring
structure mainly composed of apatite mineral and collagen, ie the mineralized collagen fibril …

Бивень мамонта по своим качественным декоративным свойствам практически не
уступает таковым современных слонов. О высокой востребованности данного …

Visualizing bone mineralization and collagen microfibril organization at intermediate scales
between the nanometer and the 100s of microns range, the mesoscale, is still an important …

Mineralized tissues play multiple essential roles in the body, including locomotion,
mechanical protection and support of the soft tissues, mastication; sense of gravity and …