Table 2. Analytical Parameters of MIP-Based Chemosensors for GLP Determination.

functional monomer	cross-linking monomer	polymerization method	signal transduction technique	properties	ref
Acrylamide	EGDMA	T-FRP	Optical	LDCR: 5–40 μg/mL	(103)
				LOD: 0.046 μg/mL
N-Isopropylacrylamide	BAA	T-FRP	Optical	LDCR: 0.005–50 μg/mL	(98)
				LOD: 0.002 μg/mL
3-(4-Sulfonylbutyl)-1-[3-(triethoxysilyl) propyl]-1H-imidazolium	TEOS	Sol–gel polycondensation	Optical	weLDCR: 0.1 nM - 800 μM	(94)
				LOD: 0.1 nM
N-Methacryl-l-cysteine	EGDMA	FRP, electropolymerization	Electrochemical	LDCR: 3.98–176.24 ng/mL	(96)
				LOD: 0.35 ng/mL
Pyrrole		Electropolymerization	Electrochemical	LDCR: 1 pM – 10 μM	(95)
				LOD: 1 pM
p-Aminothiophenol		Electropolymerization	Electrochemical	LDCR: 1 pg/L–1 μg/L	(91)
				LOD 0.8 pg/L
Pyrrole		Electropolymerization	Electrochemical	LDCR: 5–800 ng/L	(102)
				LOD: 0.27 ng/mL
Pyrrole		Electropolymerization	Electrochemical	LDCR: 400–1200 ng/L	(100)
				LOD: 92 ng/mL
Pyrrole		Electropolymerization	Electrochemical	LDCR: n/a	(143)
				LOD: n/a
Acrylic acid and N-vinyl-2-pyrrolidone	DHEBA	Electropolymerization	Electrochemical	LDCR: 0.025–500 μM	(144)
				LOD: 4 nM