Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Requirements for scaffolds in bone-tissue engineering

The evolution of bone graft biomaterials can be categorized into four different generations (Fig. 15.2) [1,11]. [Pg.334]

The first-generation bone grafts are metals and alloys (stainless steel, titanium alloys, etc. [1]) which have excellent mechanical properties but are neither bioresorbable nor bioactive. Their lifetime is limited and hence need to be removed and replaced [Pg.334]

Insert metals and alloys Bloactive ceramics bioresorbable polymers Bloactive/ bioresorbable ceramic-polymer composites Tissue-engineered nanooomposite, Incorporating oells and growth faotors [Pg.335]

Scaffolds for bone-tissue engineering must fulfil some primary functions  [Pg.335]

BiocompatibiUty scaffolds should be weU integrated in the host s tissue without any immune response or toxic effects  [Pg.335]


See other pages where Requirements for scaffolds in bone-tissue engineering is mentioned: [Pg.334]   


SEARCH



Bone scaffolds

Bone tissue engineering

Bone tissue scaffolds

Engineering requirements

In bone

Scaffolds bone-tissue-engineering

Scaffolds tissue engineering

Scaffolds, for tissue engineering

Tissue bone)

Tissue engineering

Tissue scaffold

Tissue scaffolding

Tissue scaffolds for

Tissue-engineered scaffold

© 2024 chempedia.info