Bone tissue engineering uses the principles and methods of engineering and life sciences
to study bone structure, function and growth mechanism for the purposes of repairing …

Interfaces provide the structural basis of essential bone functions. In the hierarchical
structure of bone tissue, heterogeneities such as porosity or boundaries are found at scales …

Twisted plywood architectures can be observed in many biological materials with high
fracture toughness, such as in arthropod cuticles or in lamellar bone. Main purpose of this …

During bone formation osteocytes get connected with each other via a dense network of
canaliculi within the mineralized bone matrix. Important functions attributed to the osteocyte …

The success of osseointegrated biomaterials often depends on the functional interface
between the implant and mineralized bone tissue. Several parallels between natural and …

The collagen network acts as a scaffold for calcification and its three-dimensional structure
influences bone strength. It is therefore important to observe the collagen network in detail …

Holotomography, a phase-sensitive synchrotron-based (µCT) modality, is a quantitative 3D
imaging method. By exploiting partial spatial X-ray coherence, bones can be imaged …

[en] In the past decade microcomputerized tomography imaging using synchrotron radiation
has become a powerful technique to generate high resolution images of Rhodinus prolixus …

[ES] En el presente Trabajo Fin de Máster, se aborda de manera detallada la estructura
jerarquizada del hueso lamelar con el fin de obtener un modelo analítico para la estimación …