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. 2016 Sep 20;12:43–54. doi: 10.1016/j.ebiom.2016.09.016

Table 1.

Recent bone graft prefabrication studies in small animal models.

Reference/year Animal model IVB Scaffold Seed cells Growth factor
Ersoy et al., 2015 Rat Periosteal flap Bioactive glass or HA within a Gore-Tex pocket None None
Patel et al., 2015a Mouse Subcutaneous pocket PCL None BMP-2
Patel et al., 2015b Mouse Subcutaneous pocket PCL None BMP-2 and EPO
Buehrer et al., 2015 Rat AVL between FVs HA, β-TCP, and fibrin gel MSCs BMP-2
Sathy et al., 2015a, Sathy et al., 2015b Mouse Subcutaneous pocket PCL, HA, and gelatin MSCs None
Wu et al., 2015a Mouse Subcutaneous pocket β-TCP and CHA BMSCs None
Han et al., 2014 Rabbit Tibial periosteal flap combined with AVB from SVs β-TCP BMSCs None
Han and Dai, 2013 Rabbit Muscular membrane combined with AVB from SVs β-TCP BMP-2-transfected BMSCs None
Nakamura et al., 2013 Rat AVB from SVs Bone allografts None BMP-2
Rodrigues et al., 2013 Rat AVB from SIEVs Deep-frozen bone or lyophilized-demineralized bone None None
Yang et al., 2013 Rat AVB from SIEVs nHA-PA 66 Endothelial induced ADSCs None
Cai et al., 2013 Rabbit AVB from FVs Fibrin matrix within an inion membrane tube None BMP-2
Scotti et al., 2013 Mouse Subcutaneous pocket Type I collagen mesh Chondrogenic induced MSCs None
Koca et al., 2012 Rabbit AVB or subcutaneous pocket Human bone allografts None None
Dong et al., 2012c Rabbit AVB from SVs β-TCP within a titanium cage BMSCs None
Sever et al., 2012 Rat AVB from SIEVs PCHC BMSCs VEGF
Dong et al., 2012b Rabbit AVB from SVs β-TCP within a titanium cage BMSCs and PRP None
Dong et al., 2012a Rabbit AVL between FVs Natural coral blocks wrapped with an ePTFE membrane None None
Arkudas et al., 2012 Rat AVL between FVs HA/β-TCP/fibrin matrix None None
Rath et al., 2011 Rat AVL between facial vessels PLDLLA-TCP-PCL Osteoblasts BMP-2
Kloeters et al., 2011 Rabbit AVB from inguinal vessels PBCB Osteogenic induced ADSCs None
Farrell et al., 2011 Mouse Subcutaneous pocket Collagen-GAG scaffolds Osteogenic or chondrogenic induced hMSCs None
Binderman et al., 2011 Rat Subcutaneous pocket DBM None None
Sever et al., 2010 Rat AVB from SIEVs HA BMSCs None
Okuda et al., 2010 Rat Fascia flap pedicled on SIEVs β-TCP Osteogenic induced ADSCs None
Yachouh et al., 2010 Rabbit Femur periosteal flap pedicled on the descending artery of the knee Irradiated bone fragment None None
Wang et al., 2010 Rabbit AVB from FVs β-TCP MSCs None
Dong et al., 2010 Rabbit AVL between FVs Natural coral blocks wrapped with an ePTFE membrane None None
Chang et al., 2010 Rabbit AVB from FVs HA and collagen gel breads wrapped with an ePTFE membrane MSCs None
Kamei et al., 2010 Rabbit Omentum flap wrapped periosteum free graft None None None
Arkudas et al., 2010 Rat AVL between FVs HA/β-TCP granula None VEGF165 and bFGF

ADSC, adipose-derived stem cells; AVB, axial vascular bundle; AVL, arteriovenous loop; bFGF, basic fibroblast growth factor; BMP-2, bone morphogenetic protein 2; BMSCs, bone marrow mesenchymal stem cells; β-TCP, beta-tricalcium phosphate; CHA, coralline hydroxyapatite; DBM, demineralized bone matrix; ePTFE, expanded-polytetrafluoroethylene; EPO, erythropoietin; FVs: femoral vessels; HA, hydroxyapatite ceramic; MSCs, mesenchymal stem cells; nHA-PA 66, nano-hydroxyapatite-polyamide 66; PBCB, processed bovine cancellous bone; PCHC, porous calcium hydroxyapatite ceramic; PCL, poly-ε-caprolactone; PLDLLA, poly(l-lactide-co-d,l-lactide); SIEVs: superficial inferior epigastric vessels; SVs: saphenous vessels; VEGF, vascular endothelial growth factor.