First author | Materials | Cells | Material Characterization | In vitro tests | In vivo assay | Ref # |
---|---|---|---|---|---|---|
Ahlfeld | Laponite-alginate-methylcellulose | Human hTERT-MSCs | Rheology, swelling, SEM, mechanical | Viability, biochemistry | Â | [3] |
Amler | GelMA | Human myogenic precursor cells | Â | Viability, metabolic activity, mineralization, qPCR | Â | [7] |
Antich | Hyaluronic acid-alginate, PLA | Human articular Chondrocytes | Rheology, degradation, mechanical | Mechanical, viability, proliferation, karyotyping, biochemical, qPCR | Â | [11] |
Armstrong | Alginate pluronic hybrid | Human BMSCs | Rheology, spectroscopy, mechanical, SEM, calcium depletion test | Viability, histology | Â | [12] |
Bendtsen | Alginate-phosphate, hydroxyapatite-PVA/Ca sulphate | Mouse calvaria 3T3-E1 (MC3T3) | Rheology, degradation, mechanical | Viability | Â | [19] |
Bertassoni | GelMA, SPELA PEGDMA and PEGDA and agarose template | Mouse calvarial pre-osteoblasts cells (MC3T3) | Mechanical, swelling | Viability, mineralization, immunohistochemistry, microscopy | Â | [20] |
Breathwaite | Scaffold free | Human BM-MSC | Â | Mineralization, qPCR, histology | Â | [24] |
Byambaa | GelMA, silicate nanoplatelets | Human MSCs, HUVECs | Mechanical, degradation | Viability, proliferation, vasculogenic potential, qPCR, Alizarin red, immunohistochemistry | Â | [27] |
Carlier | Agarose | Mouse fibroblasts | Â | Viability, microscopy | Â | [29] |
Cunniffe | RGD-γ-irradiated alginate and nano-hydroxyapatite (nHA) complexed to plasmid DNA (pDNA) | Human MSCs |  | Viability, biochemistry, mineralization | Subcutaneous in nude mice | [43] |
Dubey | Extracellular matrix/amorphous magnesium phosphates hydrogel | Human dental pulp stem cells (hDPSCs) | SEM, rheology, spectroscopy (FTIR) | Viability, microscopy, mineralization, qPCR | Cranial defects in rats | [55] |
Emmermacher | Alginate, methylcellulose and agarose (AMA) | Human hTERT-MSCs and plant cell culture of basil | Rheology | Viability | Â | [57] |
Filardo | Collagen-based hydrogel | Human MSCs | Â | Viability | Â | [61] |
Guduric | Alginate-methylcellulose blend with mesoporous bioactive glasses | Human hTERT-MSCs | TEM, rheology, mass flow | DNA Quantification, ion release | Â | [73] |
Gurkan | GelMA | Human MSCs | Â | qPCR | Â | [74] |
Hernández-Tapia | Alginate-gelatin | Human osteoblastic cell lines | SEM | Viability, metabolic activity, mineralization, microscopy |  | [79] |
Kim | GelMA | MSCs | Â | Viability, microscopy | Calvarial defects in rats | [96] |
Lee | Hyaluronic acid derivatives (acrylated HA and tyramine-conjugated HA) | Mouse fibroblast cells (L929) and Human MSCs | Rheology | Viability, qPCR | Â | [106] |
Levato | GelMA | Equine ACPCs, articular chondrocytes, MSCs | Â | Viability, morphology, biochemistry, qPCR, mechanical | Â | [110] |
Liu | Alginate-gelatin composite hydrogels | Mouse MSCs | Rheology, SEM, porosity | Viability, adhesion, qPCR, histology | Â | [114] |
Maturavongsadit | Nanocellulose/ chitosan | Mouse pre-osteoblast cell line (MC3T3-E1 cells) | Rheology, SEM, swelling, mechanical | Viability, qPCR, biochemistry, mineralization, histology | Â | [123] |
Montheil | Silylated hybrid hydroxypropyl methyl cellulose hydrogel | Human MSCs | Thermogravimetric analysis, rheology, swelling, SEM, NMR | Viability | Â | [129] |
Moore | Methylcellulose and alginate | Human MSCs & endothelial cells | Rheology, SEM | Viability, flow cytometry, biochemistry, histology, hypoxia assessment | Â | [130] |
Murphy | PCL/borate glass composite | Human adipose derived stromal cells | SEM, degradation, spectroscopy (EDX) | Viability | Â | [134] |
Park | GelMA | Human dental pulp stem cells (hDPSCs) | Rheology, mechanical | Viability, proliferation, histology, qPCR | Â | [147] |
Rukavina | Fibrinogen and Osteo-hydrogel (Fibrin/Gelatin/ Hyaluronic/ Glycerol) | Human adipose derived stromal cells and HUVECs | Â | Immunohistochemistry, Histology | Subcutaneous in nude mice | [163] |
Schwab | Tyramine derivative of hyaluronan (THA) and Col 1 | Human MSCs | Rheology, spectrometry | Viability, cell migration, histology, qPCR, immunohistochemistry, biochemistry | Â | [167] |
Sun | GelMA/gelatin/PEG/ mesoporous silica nanoparticles composite | Rat BMSCs | Rheology, mechanical, TEM/SEM | Viability, collagenase test, qPCR, immunohistochemistry, histology | Calvarial defects of DM rats | [178] |
Wang | GelMA/HAMA | Mouse MSCs | SEM/TEM, doxycycline release assay | Viability, proliferation, antibacterial test, histology, qPCR | Subcutaneous in nude mice | [191] |
Wang | Alginate-gelatin hydrogel | Human osteogenic sarcoma cells | SEM | Viability, mineralization, biochemistry | Â | [192] |
Yang | GelMA and HAMA, type I collagen | Mouse osteocyte cell line (IDG-SW3) | Rheology, SEM, mechanical | Viability, mineralization, immunocytochemistry, qPCR, histology | Â | [199] |
Zhai | Polyethylene glycol diacrylate/hyaluronic acid | Rat osteoblasts | Spectroscopy, mechanical, ion leaching, SEM | Viability, proliferation, morphology, histology | Tibia bone defects in rats | [204] |
Zhang | Alginate/gelatin with graphene oxide | Human MSCs | TEM, rheology, mechanical | Viability, histology, uCT | Â | [205] |
Zhang | Alginate/gelatin | Human MSCs | Rheology, mechanical | Viability, qPCR, histology, uCT | Â | [206] |
Zheng | Silk/PEG Bioink | Human MSCs | Rheology, spectroscopy (FTIR) | Viability, DNA quantification | Subcutaneous in mice | [211] |