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. 2019 Jan 15;9:117. doi: 10.1038/s41598-018-36545-3

Table 1.

Electrochemical Parameters of the Potentidynamic Polarization Curve of Different Samples in an SBF Solution compared to previous studies for AZ31 alloy.

Coating Material Coating Technique Corrosion properties Immersion solution Antibacterial Effect Ref.
ECorr (V) Icorr (µA/cm2) CR (mmPY)
Bare AZ31 None −1.48 25.137 82.24 SBF N/A This study
Bare-PDA Dip coating −1.37 5.6 18.34 SBF N/A This study
HF-PDA Dip coating −1.45 3.189 10.43 SBF N/A This study
HF-PDA-Ag Dip coating −1.33 2.33 7.61 SBF Ag This study
HF-PDA-Au Dip coating −1.17 2.47 8.07 SBF Au This study
HA Aerosol deposition −1.56 4.76 N/A SBF N/A 54
Zn-Ca coating Dip coating −1.49 11.5 N/A 3.5 wt% NaCl N/A 55
BTSE-coated Dip coating N/A 2.69 N/A SBF N/A 56
PLA Dip coating −1.28 1.798 19.837 SBF N/A 57
PCL/ZnO 3wt% Electrospinning −1.15 2.11 N/A SBF ZnO 18
PCL Dip coating −1.5 33.5 N/A DMEM N/A 58
SBF/ZrO2 NPs Anodization −1.41 3.17 N/A SBF N/A 8
Mg-PDA@TiO2 Dip coating −1.28 2.04 N/A PBS N/A 59
Mg-PDA Dip coating −1.54 13.85 N/A PBS N/A 59
PLA/ZnO Dip coating −0.61 0.471 5.199 SBF ZnO 60

*N/A This mean that not measured or has no effect on antibacterial.