… biomimetic strategies in signaling delivery for bone tissue engineering, with a focus on delivery
… the significance and potential of biomimetic delivery systems for bone tissue engineering. …

… This section reviews basic principles in bone tissue engineering and the design challenges
… physiochemical attributes of bone. The fundamental concept behind tissue engineering is to …

… promise as a well-defined system for cell delivery and bone tissue regeneration. However,
synthesized HA does not degrade in the body because of its high crystallinity and stability. …

… The delivery of pro-angiogenic factors for bone tissue … for bone repair, rapid advances
in bone tissue engineering seem to be fostering translation, and the tissue-engineered bone …

… the rapid development of bone tissue engineering. Bone tissue engineering is a sophisticated
… hormones, cytokines, and bone substrates with sufficient mechanical stability to obtain …

… In this paper, several biomimetic approaches involving … of bone tissue formation in vivo.
In addition, the 3D culture of several cell populations should make it easier for bone tissue …

… and bone tissue … bone regeneration remain elusive. This review will focus on biological
and physicomechanical considerations currently being explored in bone tissue engineering…

… extracellular matrix environments for tissue regeneration. It is … biomimetic materials
approaches in tissue engineering. … interactions, and biologic delivery strategies to recapitulate a …

… Bone-inducing agents have been locally injected to stimulate the native bone-formation
activity, but without much success. The reason is that these drugs must be delivered slowly and …

… applications such as magnetic hyperthermia, magnetic resonance imaging and targeted
drug delivery along with bone tissue regeneration. Phromviyo et al. [Citation188] fabricated the …