Table 1 Sensing characteristics of the different non-enzymatic glucose sensors

From: One-Step to Prepare Self-Organized Nanoporous NiO/TiO2 Layers and its Use in Non-Enzymatic Glucose Sensing

Electrode

Sensitivity (μAmM−1cm−2)

Liner range (mM)

Detection limit (μM)

Stability

Reference

NiO nanoflake arrays

8500

0.01–0.80

1.2

[11]

NiO/C-Ti

582.6

0.002–2.6

2

60 days

[36]

Ni(OH)2/TiOxCy

240

0.02–11.0

5.0

30 days

[37]

NiO-TiO2NTA[a]

200.0

0.1–1.7

4.0

[38]

NiO/CPE[b]

55.9

0.001–0.11

0.16

28 days

[30]

NiO-CdO/GCE[c]

212.7

0.02–6.4

0.35

[39]

NiO/MWCNTs[d]

0.2–12

160

70 days

[40]

NiO/TiO2

252.0

0.005–12.1

1.0

>30 days

Present work

  1. [a]TiO2 nanotube arrays.
  2. [b]Fluorine-doped tin oxide glass.
  3. [c]Glassy carbon electrode.
  4. [d]Multiwalled carbon nanotubes.