… loaded PLGA/chitosan/gelatin microspheres can prevent and … applications given its
excellent biodegradable, biocompatible… , and growth during tissue engineering. Xingquan et al. …

… , in the controlled release of drugs, growth factors and antibodies, … of these hydrogels in
cartilage tissue engineering. … Furthermore, an HA/chitosan microsphere delivery system with …

… Tissue engineering uses the combination of cells and suitable … 15 min at room temperature
alginate beads were formed; then … This scaffold is biologically degradable and can be used to …

… hybrid scaffold to codeliver SMSCs and transforming growth … cell source for cartilage tissue
engineering because of their … of the scaffolds, we noted that the chitosan hydrogel solution …

… Biodegradable gelatin hydrogels were shown to prevent … in cartilage has made direct in vivo
gene delivery inefficient as … pDNA complexes encoding for transforming growth factor (TGF)-…

… aided by 3D printed tissue engineering scaffolds. Specifically, … form multiple layers containing
transforming growth factor-β1 … scaffold containing cytokines packaged into microspheres …

… An antibacterial and biodegradable composite hydrogel … function as injectable scaffolds for
osteogenesis, cartilage repair, … is capable of drug controlled delivery with good properties of …

… to cover every cartilage tissue engineering study in detail, … plateletderived growth factor
(PDGF), transforming growth factor … GF-loaded microspheres within a chitosan hydrogel matrix is …

… as cartilage and are degradable in vivo. Natural polymers could … with alginate microspheres
for controlled delivery of bone … Controlled delivery of transforming growth factor beta1 by self-…

… carriers such as hydrogels or microspheres, ensuring sustained and … PLGA offers controllable
biodegradability, low … and transforming growth factor-beta1 loaded chitosan nanoparticles …