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Table 1 Analytical characteristics of previously reported electrochemical devices for histamine

From: Diamine oxidase-modified screen-printed electrode for the redox-mediated determination of histamine

Electrode

Construction

Detection

Construction time (h)

Linear range (mg L−1)

LOD (mg L−1)

RSD (%)

Storage stability

Ref.

SPCE

DOX/GA/[Fe(CN)6]3−

Amperometry

≈ 0.5

5–75

0.97

3.4

87.7%, 35 days

This work

SPCE (as WE)

DOX/PhotoHEMA

Amperometry

n.r.

5–60

0.65

7.6

 

(Keow et al. 2012)

SPCE

DOX/PhotoHEMA

n.r.

20–100

2.46

n.r.

n.r.

SPCE

[Fe(CN)6]4−/DOX/PhotoHEMA

n.r.

10–80

n.r.

n.r.

 

SPCE

DOX/PhotoHEMA

Amperometry

n.r.

5–60

0.65

4.87

n.r.

(Keow et al. 2007)

SPCE

Nafion/Cu3(PO4)2

Amperometry

≈ 1

5–100

3

7.2

n.r.

(Lee et al. 2018)

SPCE

Rhenium(IV) oxide

Amperometry

≈ 13

0.5–10

0.2

11

n.r.

(Veseli et al. 2016)

SPCE

DOX/HRP/polysulfone/CNTs/ferrocene membrane

Amperometry

≈ 1.5

0.033 – 2.22

0.018

5.6–6.5

≈ 90%, 30 days

(Pérez et al. 2013)

ISE

MIP–NPs membrane

Potentiometry

> 48

0.11 – 1111.5

0.12

n.r.

≈ 100%, 10 days

(Basozabal et al. 2014)

GCE

Thin film of mercury

Potentiometry

≈ 0.5

1.5 – 10.5; 5–30; 20–90

1.31

2.14–2.99

n.r.

(Švarc-Gajić and Stojanović 2011)

GCE

Ceria-polyaniline NPs/DOX/nafion

CV

> 68

50–116.7

5.4

0.05–0.10

86%, 18 days

(Gumpu et al. 2014)