Composites are composed of two or more materials, displaying enhanced performance and
superior mechanical properties when compared to their individual components. The use of …

Biomaterials with single composition suffer from shortcomings limiting their lifetime and
sometimes restricting their applications. Therefore, biocomposites have been started to …

The last two decades have seen the advancement in tissue engineering strategies to
provide viable alternatives to native tissues, implants, and prostheses. Progress made in …

The need for replacing or restoring the function of traumatized, diseased or lost bone has
caused the rapid advancement of bioactive polymers and bionanomaterials in recent years …

Current strategies in the field of tissue engineering are bringing functional biomaterials with
required structural, mechanical, and biological performance able to endorse the repair and …

B iomaterials play a critical role in the success of tissue engineering approaches, as they
guide the shape and structure of developing tissues, provide mechanical stability, and …

A polymer is a natural or man-made compound composed of very big molecules known as
macromolecules, which are multiples of smaller chemical units known as monomers …

Regenerative medicine is a relatively new field with new requirements for smart materials,
where composites will have a strong role to play. The new paradigm of regenerative …

During the last decade, tissue engineering has shown a considerable promise in providing
more viable alternatives to surgical procedures for harvested tissues, implants and …

The word “composite” refers to the combination, on a macroscopic scale, of two or more
materials, different for composition, morphology and general physical properties. In many …