Figures & data
Figure 3 Images of a polycarbonate nanohemisphere array created using hot-embossing; (A) real products; (B) Scanning electron microscopic image.
![Figure 3 Images of a polycarbonate nanohemisphere array created using hot-embossing; (A) real products; (B) Scanning electron microscopic image.](/cms/asset/da0b9ae1-af74-4030-bbc8-594d1c512c21/dijn_a_27225_f0003_c.jpg)
Figure 4 Scanning electron microscopic image of gold nanoparticles synthesized by electrochemical deposition.
![Figure 4 Scanning electron microscopic image of gold nanoparticles synthesized by electrochemical deposition.](/cms/asset/87bb847f-dcb0-49f9-8858-5e42ef322b0e/dijn_a_27225_f0004_b.jpg)
Figure 5 Cyclic voltammetry and I-t curves transformed from the cyclic voltammetry for the film before deposition of the nanostructure thin gold film and the gold nanoparticle-deposited electrodes.
![Figure 5 Cyclic voltammetry and I-t curves transformed from the cyclic voltammetry for the film before deposition of the nanostructure thin gold film and the gold nanoparticle-deposited electrodes.](/cms/asset/91d7aae2-afdc-4d79-8ea2-1c5c058cc8e2/dijn_a_27225_f0005_c.jpg)
Figure 6 Electrochemical impedance spectroscopy results: (A) Impedance plots for Der p2 at various concentrations: (a) IgG, (b) 10−13 g/mL, (c) 10−12 g/mL, (d) 10−11 g/mL, (e) 10−10 g/mL, (f) 10−9 g/mL, (g) 10−8 g/mL; (B) ΔRet as a function of the logarithmic concentration of Der p2 for the proposed polycarbonate-based biosensor.
![Figure 6 Electrochemical impedance spectroscopy results: (A) Impedance plots for Der p2 at various concentrations: (a) IgG, (b) 10−13 g/mL, (c) 10−12 g/mL, (d) 10−11 g/mL, (e) 10−10 g/mL, (f) 10−9 g/mL, (g) 10−8 g/mL; (B) ΔRet as a function of the logarithmic concentration of Der p2 for the proposed polycarbonate-based biosensor.](/cms/asset/8a89ad78-6525-4c01-99f9-899fbfadbbe5/dijn_a_27225_f0006_c.jpg)
Table 1 Fitting parameters for the Randles’ equivalent circuit