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Authors | Cell+scaffold type | Design condition | Loading parameters | Results |
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Kean et al. [37] | Human chondrocytes+porcine devitalized synoviocyte matrix scaffold | LOT | 5% | Promote chondrogenesis |
Shearier et al. [38] | hMSCs spheroids+scaffold-free | LOT | 2% 4 days | Maintain stemness Upregulate the synthesis of ECM components and growth factors |
Shi et al. [39] | Rat ASCs and chondrocytes+scaffold-free | LOT | 2% 3 days | Promote chondrogenic differentiation Enhance proliferation |
Yasui et al. [40] | Human synovial MSCs+scaffold-free | LOT | 5% 200 days | Prevent senescence Promote chondrogenic differentiation Enhance proliferation |
Hwang et al. [41] | Human ADSCs+scaffold-free | LOT | 1% 2 days | Increase migration Promote chondrogenic differentiation Decrease osteogenic differentiation |
Cheng et al. [53] | Rabbit BMSCs+PRF membrane scaffold | HP | 0.12 MPa 1 h 4 days | Promote proliferation and chondrogenic differentiation |
Shahmoradi et al. [54] | hBMSCs+human demineralized bone matrix scaffold | Cyclic HP | 5 MPa 0.5 Hz 4 h 7 days | Improve chondrogenic differentiation |
Hodder et al. [52] | 3D cultured chondrocytes+scaffold-free | Static HP | ≤5-10 MPa ≥14 days | Improve generation of cartilage |
Nazempour et al. [59] | Bovine chondrocytes+agarose scaffold | Oscillating HP Fluid shear | 0.02 Pa, 21 days for shear 0.5 Hz, 4 MPa, 4 h/day, 15 days for OHP | Protect cartilage Enhance extracellular matrix synthesis |
Theodoropoulos et al. [60] | Bovine chondrocytes+cylinders of CPP scaffold | Tissue shear | 90 rpm 28 days | Alter expression of integrin |
Grad et al. [61] | Bovine chondrocytes+polyurethane scaffold | Tissue shear | 1 Hz 1 h 21 days | Regenerate and maintain functional joint surface Support mechanical capability |
Jonnalagadda et al. [62] | Human articular chondrocytes+scaffold-free | Oscillating shear | 1-50 Hz 21 days | Promote hyaline cartilage formation |
DiFederico et al. [71] | Bovine chondrocytes+agarose Scaffold | Dynamic compression | 15% strain 1 Hz 2 days | Upregulate the synthesis of ECM components |
Guo et al. [72] | hMSCs encapsulated alginate hydrogel beads+scaffold-free | Dynamic compression | 0.5 Hz 0-6813 Pa 21 days | Upregulate the synthesis of ECM components Promote proliferation |
Wang et al. [73] | rBMSCs+CS/SF/n-HA scaffold | Periodic dynamic compression | 10% strain 0.5 Hz 2 h action + 4 h pause/cycle, 4 cycles/day 14 days | Increase compression modulus |
Gamez et al. [75] | pBM-MSCs+alginate scaffold | Periodic dynamic compression | 10% strain 0.3 Hz 180 cycle (10 mins) action + 10 s pause 1 day | Induce migration |
Chong et al. [77] | Human osteoarthritic chondrocytes+agarose scaffold | Uniaxial dynamic compression | 20% strain 1 Hz Sinusoidal waveform 8 days | Enhance biosynthetic activity of osteoarthritic chondrocytes |
Ciombor et al. [80] | Chondrocytes+scaffold-free | PEMFs | Low-frequency EMF | Enhance the chondrogenic differentiation |
Wilmot et al. [81] | The cartilage layer of rat joints+scaffold-free | PEMFs | 75 Hz PEMF | Negative effect on the culture of cartilage tissue |
Štolfa et al. [82] | Human cartilage tissue+scaffold-free | SMF | 0.6 T SMF | Increase metabolic activity |
Hsieh et al. [83] | Human chondrocyte+scaffold-free | SMF | 3 T SMF | Reduce cell proliferation and induced cell apoptosis |
Zhang et al. [88] | Chondrocytes+scaffold-free | LIUS | 1.5 MHz | Increase the expression of collagen II and inhibit the development of chondrocyte hypertrophy |
Hasanova et al. [89] | Bovine chondrocytes+chitosan Scaffold | LIUS | 5.0 MHz | Modulate the proliferation and expression of specific genes |
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