Page 201 - Biodegradable Polyesters

7.4 Applications 179

References [155] [166] [41] [31] [167] [168] [169] [170] [171] [172] [173]

repair healing release of

bone sustained tissue infections
for therepairand wound regeneration and
scaffolds fibrosus annulus and skin regeneration properties with scaffolds different for for adhesions

osteoconductive TGF-β1for of damaged of reconstitution nerve regeneration angiogenic composite graft bone as suitable mainly applications, postsurgical

of releasing of for scaffolds regeneration sciatic for with of use for nanofibers tissues of
Application Production Scaffold regeneration Scaffolds Vascular Bone Conduits tissue Skin direct Scaffold Production BMP-2 of Bioactive engineering fibrogenic Prevention
Examples of electrospun polyester fibers with controlled release of biomolecules/drugs.

Technique of scaffold production electrospinning incorporation incorporation incorporation electrospinning coaxial and electrospinning and electrospinning incorporation electrospinning electrospinning coaxial and incorporation electrospinning electrospinning BMP2, bone morphogenetic protein 2; DEX, dexamethasone; EGF, epidermal growth factor; G-

Emulsion
Emulsion
Coaxial
Direct
Direct
Direct
and Coaxial Coaxial Emulsion Direct (bFGF) Emulsion
DEX HAp growth sodium
Molecule(s) BMP2 TGF-β1 G-CSF Heparin and BMP2 NGF insulin, EGF, hydrocortisone, RA VEGF and BMP2 Fibroblast factor-basic Cefoxitin

Table 7.3 Polyester PLLA PLLA PLLA PLLA PLACL/collagen PLACL PLACL hydroxyl- and PCL functionalized PCL PLGA PLGA PLGA