Table 1 Comparison of the performance of Au@Ni/C in this study and Au or Ni-based electrodes reported recently for glucose detection.

From: Core-shell gold-nickel nanostructures as highly selective and stable nonenzymatic glucose sensor for fermentation process

Catalysts

Applied potential (V)

Sensitivity (μA cm−2 mM−1)

Linear range (mM)

Detection limit (μM)

ref.

Au@Ni/C

0.10a

23.17

0.5‒10.0

15.7

This study

Au/ITO

0.15a

23.0

0‒11.0

5.0

15

Au/GtO

0.16a

98.7

0‒25.0

99.0

14

Au NPs

0.24b

87.5

0.1‒25.0

50.0

47

Au nanotube array

0.25a

0.0013

1.0‒42.5

10.0

25

Au/MWCNT/Nafion

0.30b

0.4

0.05‒20

20.0

48

Macroporous Au

0.40b

39.53

1‒20

25.0

37

Au/rGtO

0.16a

39.8

0‒10

63.0

14

Au-rGO-SWCNT

0.15‒0.25b

0‒80

0.0022

16

Au/NiAu MNAs

0.40a

483

0.005‒31

1.0

18

Au@Cu2O

0.65a

715

0.05‒2.0

18.0

21

Au-Pt hybrids

0.40a

39.53

1‒20

25.0

37

Ni-Au MCL

0.55b

506

0.02‒10

14.9

49

Au-Ni bimetal

0.40a

1.30

0.01‒20

0.29

50

Au@Pt/Au

0.35b

8.28

0.01‒10

0.4457

51

  1. aThe reference electrode is a saturated calomel electrode. bThe reference electrode is an Ag/AgCl electrode.