International Scholarly Research Notices / 2014 / Article / Tab 3 / Research Article
Determination of Phenol and Chlorophenols at Single-Wall Carbon Nanotubes/Poly(3,4-ethylenedioxythiophene) Modified Glassy Carbon Electrode Using Flow Injection Amperometry Table 3 Comparison of analytical performance of the calibration curves of SWCNT/GCE with different modified electrodes.
Phenolic substrate Detector/sensor Linear range (
M) Sensitivity Detection limit (
M) Reference Phenol Tyr/MWNTs/GCE
0.226
A/
M 0.2 [39 ]
Polyacrylamide microgels/GCE 5–22 0.0042
A/
M 1.4 [40 ]
Au/Cys/Fe3 O4 -SiPGMA/HRP 500–8500 2.44
A/mM 28 [22 ]
GCE/(CNT/PEI 2.5–20 27 nA/
M 0.21 [33 ] Multiwalled carbon nanotube poly(pyrrole)-horseradish peroxidase nanobiocomposite 16–44 1 nA/
M 3.52 [41 ] MWNT-Nafion-Tyr/GCE 1–19 303
A/mM 0.13 [16 ] SWCNT/PEDOT/GCE 0.1–260 0.018
A/
M 0.094 This work
4-Chlorophenol self-assembled monolayer based tyrosinase biosensors on Au 0.4–40 na 0.15 [18 ]
Polyacrylamide microgels/GCE 2–24 0.067
A/
M 0.03 [39 ] laccase- and tyrosinase-based 1–10 0.131 nA/
M 0.09 [42 ] Multiwalled carbon 1.6–14.4 8 nA/
M 0.3 [41 ] Biofunctional ZnO nanoroad microarrays on the nanocrystalline diamond electrode 1–150 339.3
A/mMcm2 0.2 [42 ] SWCNT/PEDOT/GCE 0.4–180 0.018
A/
M 0.380 This work 2,4-Dichlorophenol HRP/MWCNT/GCE 1–100 0.05
A/
M 0.38 [43 ] MWCNT/PEI/GCE 0.1–100 0.307
A/
M 0.075 [44 ] MIP/Chitosan/Nafion/GCE 5–100 0.067
A/
M 1.6 [45 ] SWCNT/PEDOT/GCE 0.4–120 0.025
A/
M 0.228 This work 2,4,6-Trichlorophenol Enzymless GCE using preoxidation 0.4–750 na 0.04 [46 ] SWCNT/PEDOT/GCE 1.0–90 0.021 0.30
A/
M This work Pentachlorophenol MWCNT/epoxy composite 2–12 11
A/
M 0.8
A/
M [47 ] SWCNT/PEDOT/GCE 2.0–110 0.01
A/
M 0.33
A/
M This work
na: not available.
