Presently, tissue engineering approaches have been focused toward finding new potential
scaffolds with osteoconductivity on bone-disease-affected cells. This work focused on the …

Graphene oxide and chitosan are promising materials for tissue regeneration. The present
study explores a novel biomimetic mineralization route employing a graphene oxide (GO) …

The regeneration of artificial bone substitutes is a potential strategy for repairing bone
defects. However, the development of substitutes with appropriate osteoinductivity and …

Recently, applications of traditional medicine in tissue engineering have gained increasing
attention. The components in ginger possess potent antioxidant and anti-inflammatory …

An ideal scaffold should be biocompatible, having appropriate microstructure, excellent
mechanical strength yet degrades. Chitosan exhibits most of these exceptional properties …

Motivated by the success of using graphene oxide (GO) as a nanofiller of composites, there
is a drive to search for this new kind of carbon material as a reinforcing phase in …

The current work presents and discusses the findings of on the structural, chemical and
thermal properties of in situ synthesis of graphene oxide-hydroxyapatite (GO/HA) …

Tissue engineering approaches combine a bioscaffold with stem cells to provide biological
substitutes that can repair bone defects and eventually improve tissue functions. The …

Biomimetic calcium phosphate mineralized graphene oxide/chitosan (GO/CS) scaffolds with
hierarchical structures were developed. First, GO/CS scaffolds with large micropores (∼ 300 …

Regenerative medicine witnessed a paradigm shift from synthetic implants and tissue grafts
to a tissue engineering approach that incorporates biodegradable, bioceramic composite …