… regeneration, cellular function and behavior is modulated by interactions … in drug delivery,
tissue engineering, and biomedical devices. [ 9-15 ] As reported in previous studies, tissue …

… Therefore, the precise control on post-treatments after electrospinning, including drying and
calcination, was able to customize the fiber morphology and therefore modulate the resultant …

… engineering the next generation of biomaterials to modulate … The modern concept of
tissue engineering was introduced by … drug delivery, outperforming conventional drug-delivery …

… Inkjet-based bioprinting is likely used for tissue engineering applications because it ensures
a … By modulating the factors that affect coaxial nozzle printing, 3D hollow structures with …

… to modulate genetic diseases. In order to get a successful design of gene delivery system, it
… complete understanding of interaction between targeting cell and gene delivery system. The …

… Synthetic polymers are attracting great attention in the last decades for their use in the
biomedical field as nanovectors for controlled drug delivery, hydrogels and scaffolds enabling cell …

… The stability of bioactive substances is a general concern in drug delivery investigations
due to the high sensitivity that certain molecules exhibit [56]. GF are not exempt from these …

… metabolic changes and act as signals for the targeted drug delivery to various organs. An
ideal self-modulated insulin drug delivery system requires glucose-sensing ability and an …

… In this regard, combining gene therapy with tissue engineering concepts might overcome
the various physiological barriers that hinder the safe, effective and long-term treatment of …

… can modulate various properties of natural hydrogels. A number of reviews on the use of
hard nanoparticles in tissue engineering and drug delivery have recently been published.2, 81 …