Recent Progress of Imprinted Nanomaterials in Analytical Chemistry

Table 1

Recent examples of nanostructured MIP-based composites in SPE applications.

Reference	Nanocomposite composition	Analyte	Sample
Applications to environmental samples
[42]	Magnetic nanoparticles coated with MIP having the functional monomer 4-vinyl pyridine (4-VP)	Cr^6+	Water
[43]	Silica-MIP composite prepared by grafting method	[UO2]^2+	Water
[44]	Magnetic nanoparticles coated with MIP having –NH groups	Co^2+	Water
[45]	Chitosan-MIP magnetic nanocomposite	Ni^2+	Water
[46]	Silica-MIP monolithic composite column	α-cypermethrin	Soil
[47]	Cu(II)-mediated silica fiber-MIP composite	Thiabendazole	Soil
[48]	Magnetic nanoparticles coated with MIP having MAA and 4-VP as functional monomers	Methyl parathion	Soil
[49]	Magnetic nanoparticles coated with MIP prepared by using the functional monomer gelatin	17β-estradiol	Water
Applications to clinical samples
[50]	Magnetic SiO2 nanoparticles having MIP shell prepared by using the functional monomer MAA	Amitriptyline	Human plasma and urine
[51]	Magnetic SiO2//MIP/chitosan biocomposite	Baclofen	Human urine
[52]	Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA	Rizatriptan	Human urine
[53]	Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA	Paracetamol	Human plasma
[54]	Optical fiber coated with MIP prepared by sol-gel method	Caffeine	Human serum
[55]	Magnetic nanoparticles having MIP shell prepared by using the functional monomer AAm	Protoberberine alkaloids	Rat plasma
[56]	Magnetic CNTs coated with MIP having carboxyl groups	Catecholamines	Human plasma
[57]	Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA	Tizanidine	Human urine
[58]	Magnetic nanoparticles coated with MIP having aminoimide as the functional monomer	Codeine	Human urine
[59]	Silica-MIP composite having AAm, MAA and 4-VP as functional monomers	Baicalin	Rat tissues
Applications to food and beverage samples
[60]	Carbon QDs-doped MIP monolithic column bearing the functional monomer MAA	Aflatoxin B1	Peanut
[61]	Magnetic nanoparticles having MIP shell bearing the functional monomer MAAm	Dimethoate	Olive oil
[62]	Magnetic MWCNTs having MIP bearing the functional monomer MAA	Melamine	Milk
[63]	Magnetic nanoparticles having MIP shell prepared by using ethyl paraoxon as the dummy template	organophosphorus; pesticide	Red wine
[64]	Magnetic nanoparticles coated with MIP having AA as the functional monomer	Imidacloprid	Honey and eggplant
[65]	Magnetic nanoparticles coated with MIP having MAAm and N-3,5-bis(trifluoromethyl) phenyl-N'-4-vinylphenyl urea as functional monomers	Citrinin	Rice
[66]	Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA	Malachite green	Fish
[67]	Magnetic nanoparticles coated with MIP having oleic acid	Oxytetracycline	Honey, Egg
[68]	Carbon dots coated with MIP prepared by sol–gel method	Sterigmatocystin	Grain
[69]	Magnetic nanoparticles coated with MIP having dopamine as the functional monomer	Gallic acid	Grape, Apple, Peach and Orange juices
[70]	Magnetic nanoparticles coated with MIP having vinyl groups	Ni(II)	Cucumber, Cantaloupe, Apple, Nectarine, Green beans, Fenugreek, Dill, Tuna fish
[71]	Silica nanoparticles having MIP shell bearing the functional monomer MAA	Ofloxacin	Milk
[72]	Magnetic nanoparticles having MIP shell bearing the functional monomer dopamine	Diethylstilbestrol	Milk
[73]	Magnetic nanoparticles having MIP shell bearing the functional monomer AAm	β-agonists	Pork
[74]	Magnetic nanoparticles having MIP shell bearing the functional monomer MAA	Chloramphenicol	Honey