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Reference | Nanocomposite composition | Analyte | Sample |
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Applications to environmental samples |
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[42] | Magnetic nanoparticles coated with MIP having the functional monomer 4-vinyl pyridine (4-VP) | Cr6+ | Water |
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[43] | Silica-MIP composite prepared by grafting method | [UO2]2+ | Water |
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[44] | Magnetic nanoparticles coated with MIP having –NH groups | Co2+ | Water |
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[45] | Chitosan-MIP magnetic nanocomposite | Ni2+ | Water |
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[46] | Silica-MIP monolithic composite column | α-cypermethrin | Soil |
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[47] | Cu(II)-mediated silica fiber-MIP composite | Thiabendazole | Soil |
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[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 |
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Applications to clinical samples |
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[50] | Magnetic SiO2 nanoparticles having MIP shell prepared by using the functional monomer MAA | Amitriptyline | Human plasma and urine |
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[51] | Magnetic SiO2//MIP/chitosan biocomposite | Baclofen | Human urine |
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[52] | Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA | Rizatriptan | Human urine |
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[53] | Magnetic nanoparticles having MIP shell prepared by using the functional monomer MAA | Paracetamol | Human plasma |
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[54] | Optical fiber coated with MIP prepared by sol-gel method | Caffeine | Human serum |
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[55] | Magnetic nanoparticles having MIP shell prepared by using the functional monomer AAm | Protoberberine alkaloids | Rat plasma |
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[56] | Magnetic CNTs coated with MIP having carboxyl groups | Catecholamines | Human plasma |
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[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 |
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[59] | Silica-MIP composite having AAm, MAA and 4-VP as functional monomers | Baicalin | Rat tissues |
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Applications to food and beverage samples |
|
[60] | Carbon QDs-doped MIP monolithic column bearing the functional monomer MAA | Aflatoxin B1 | Peanut |
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[61] | Magnetic nanoparticles having MIP shell bearing the functional monomer MAAm | Dimethoate | Olive oil |
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[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 |
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[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 |
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[72] | Magnetic nanoparticles having MIP shell bearing the functional monomer dopamine | Diethylstilbestrol | Milk |
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[73] | Magnetic nanoparticles having MIP shell bearing the functional monomer AAm | β-agonists | Pork |
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[74] | Magnetic nanoparticles having MIP shell bearing the functional monomer MAA | Chloramphenicol | Honey |
|