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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

ElectrodeConstructionDetectionConstruction time (h)Linear range (mg L−1)LOD (mg L−1)RSD (%)Storage stabilityRef.
SPCEDOX/GA/[Fe(CN)6]3−Amperometry≈ 0.55–750.973.487.7%, 35 daysThis work
SPCE (as WE)DOX/PhotoHEMAAmperometryn.r.5–600.657.6 (Keow et al. 2012)
SPCEDOX/PhotoHEMAn.r.20–1002.46n.r.n.r.
SPCE[Fe(CN)6]4−/DOX/PhotoHEMAn.r.10–80n.r.n.r. 
SPCEDOX/PhotoHEMAAmperometryn.r.5–600.654.87n.r.(Keow et al. 2007)
SPCENafion/Cu3(PO4)2Amperometry≈ 15–10037.2n.r.(Lee et al. 2018)
SPCERhenium(IV) oxideAmperometry≈ 130.5–100.211n.r.(Veseli et al. 2016)
SPCEDOX/HRP/polysulfone/CNTs/ferrocene membraneAmperometry≈ 1.50.033 – 2.220.0185.6–6.5≈ 90%, 30 days(Pérez et al. 2013)
ISEMIP–NPs membranePotentiometry> 480.11 – 1111.50.12n.r.≈ 100%, 10 days(Basozabal et al. 2014)
GCEThin film of mercuryPotentiometry≈ 0.51.5 – 10.5; 5–30; 20–901.312.14–2.99n.r.(Švarc-Gajić and Stojanović 2011)
GCECeria-polyaniline NPs/DOX/nafionCV> 6850–116.75.40.05–0.1086%, 18 days(Gumpu et al. 2014)