Table 2.
In vitro physical methods for nanosurface modification.
In Vitro Studies | ||||
---|---|---|---|---|
Method | Tunable surface properties | Nanoscale surface features | Outcomes | References |
Plasma deposition, vapor deposition | Nanoscale surface roughness and layer depth | Enhanced osteoblast activity and calcium deposition | [59, 64, 70, 88, 89, 101, 141, 142] | |
Ion implantation | Depth and surface concentration of implanted chemical groups | Grafted ions such as fluorine, sodium etc | Increased osteoconduction, proliferation and induction | [61, 95, 143] |
Thermal Oxidation | Nanotopography | Titanium oxide nano layers | Improved oxteoblastcell spreading, surface adhesion, proliferation and cell line differentiation | [144-149] |
Titanium discs subjected to laser irradiation | Rough nano to micro surfaces | Uncharacterised nano surfaced irradation | Stimulated osteoblast differentation | [150] |