A review about design, manufacture, and mechanobiology of biodegradable scaffolds for
bone tissue engineering is given. First, fundamental aspects about bone tissue engineering …

The performance of porous scaffolds for tissue engineering (TE) applications is evaluated, in
general, in terms of porosity, pore size and distribution, and pore tortuosity. These …

Permeability is a key parameter for microstructural design of scaffolds, since it is related to
their capability for waste removal and nutrients/oxygen supply. In this framework, Darcy's …

Scaffold biomaterials for tissue engineering can be produced in many different ways
depending on the applications and the materials used. Most research into new biomaterials …

A modified particulate leaching method for fabrication of strong calcium phosphate–polymer
composite scaffolds with improved pore interconnectivity is reported. The scaffolds were …

In this study, the printing capability of two different additive manufacturing (3D printing)
techniques, namely PolyJet and micro-stereolithography (µSLA), are investigated regarding …

The permeability of metallic and ceramic open-cell foams prepared by the gelcasting
technique was assessed by fitting of Forchheimer's equation to experimental pressure drop …

New products that help make human tissue and organ regeneration more effective are in
high demand and include materials, structures and substrates that drive cell-to-tissue …

Arguably one of the most specialised subtopics in porous materials research is that of tissue
engineering scaffolds. The porous architecture of these scaffolds is a key variable in …

Hollow hydroxyapatite microspheres (HHAM), a type of mesoporous nanomaterials with a
specific internal cavity and hierarchical architectures, have attracted enormous interest over …