First author | Materials | Cells | Material Characterization | In vitro tests | In vivo assay | Ref # |
---|---|---|---|---|---|---|
Ahlfeld | Calcium phosphate cement, alginate-methylcellulose | Human MSCs | SEM, mechanical | Viability, microscopy | Â | [4] |
Critchley | PCL, PLA, PLGA, alginate, agarose | Porcine or goat BMSCs, chondrocytes, adipose derived stromal cells | Mechanical | Histology, immunohistochemistry | Subcutaneous in nude mice | [39] |
Deng | Silk fibroin-methacrylic anhydride, GelMA, LAP | Rabbit articular chondrocytes, rabbit BMSCs | Rheology, mechanical, degradation, microscopy | Immunofluorescence, viability, qPCR, biochemistry | Osteochondral defect in rabbit | [51] |
Fedorovich | Alginate, calcium phosphate particles | Human MSCs, human articular chondrocytes | Rheology, mechanical | Viability, fluorescence, immunohistochemistry | Subcutaneous in nude mice | [60] |
Kang | PCL, pluronic f127, tricalcium phosphate | Human adipose derived stromal cells | Â | Viability, histology | Â | [89] |
Kilian | Calcium phosphate cement (CPC), alginate-methylcellulose, | Human articular chondrocytes | Â | Viability, immunofluorescence, qPCR, medium composition analysis | Â | [95] |
Levato | PLA, GelMA, type I collagen | Rat MSCs | Mechanical | Biochemistry, viability, histology, immunofluorescence | Â | [109] |
Moses | Silk fibroin, hydroxyapatite, polyvinylpyrrolidone | Pig adipose derived stromal cells | Rheology, light scattering, XRD | Viability, biochemistry, immunohistochemistry, tube formation assay | Implanted using insulin syringe, not bioprinted sub-cutaneous implant | [131] |
Schuurman | PCL, alginate | Human articular chondrocytes | Mechanical | Viability | Â | [165] |
Shim | Hyaluronic acid, atelocollagen, PCL | Human turbinate-derived MSCs | SEM | Viability, immunofluorescence, qPCR, histology | Patellar defect in rabbits | [169] |