Table 1.
Summary of the applications and classification of more relevant studies.
| Application | Material Classification | Type of Material | Biomolecule | Effect | Reference |
|---|---|---|---|---|---|
| Cholesterol extraction | CD random suspended polymer | Chitosan with immobilized β-CD | Cholesterol | Cholesterol extraction | [69] |
| Cholesterol extraction | Crosslinked CD polymer | Adipic acid with β-CD | Cholesterol | Cholesterol extraction | [70] |
| Cholesterol extraction | Crosslinked CD polymer | Epichlorohydrin and β-CD | Cholesterol | Cholesterol extraction | [71] |
| Cholesterol extraction | Crosslinked CD polymer | Cellulose and β-CD with glutaraldehyde | Cholesterol | Cholesterol extraction | [73] |
| Contaminants | Crosslinked CD polymer | Active carbon CD | Methylene blue | Contaminant removing | [79] |
| Contaminants | Crosslinked CD polymer | Cellulose nanofibrils/β-CD | Microcystin-LR/methylene blue | Contaminant removing | [80] |
| Contaminants | Crosslinked CD polymer | Cyclodextrin-based nanosponges (CD-NSs) | 2-MIB | Contaminant removing | [81] |
| Contaminants | Crosslinked CD polymer | CD-NSs | Ciprofloxacin | Contaminant removing | [82] |
| Contaminants | Crosslinked CD polymer | CDs containing amino and amido groups | PFAS | Contaminant removing | [83] |
| Contaminants | CD end-capped polymer | Amphiphilic CDs in PFS membrane | Endocrine-disrupting plasticizer | Contaminant removing | [84] |
| Contaminants | Crosslinked CD polymer | Mesoporous β-CD polymers | Heavy metals | Contaminant removing | [85] |
| Contaminants | Self-assembled supramolecular network | Insoluble β-CD bead polymers | ZEN | Contaminant removing | [86] |
| Contaminants | Self-assembled supramolecular network | Insoluble β-CD beads polymers | AOH | Contaminant removing | [87] |
| Contaminants | Crosslinked CD polymer | CD-NSs | Indole | Contaminant removing | [88] |
| Extraction | Crosslinked CD polymer | CDs crosslinked with epichlorohydrin, hexamethylene diisocyanate and phenyl isocyanate | Naringin and limonin | Extraction of undesirable molecules | [89] |
| Extraction | Crosslinked CD polymer | CM-HP-β-CDCP-MNPs | Rutin | Extraction of bioactive compound | [90] |
| Food packaging | CD-loaded polymer | β-CD + low-density polyethylene | Carvacrol/trans-cinnamaldehyde | Antimicrobial | [91] |
| Food packaging | Crosslinked CD polymer | β-CD + chitosan | Carvacrol/trans-cinnamaldehyde | Antimicrobial | [92] |
| Food packaging | Crosslinked CD polymer | β-CD + microfibrillated cellulose | Carvacrol | Antimicrobial | [93] |
| Food packaging | CD-loaded polymer | β-CD + halloysite nanotubes | Carvacrol + cinnamon + oregano essential oils | Antimicrobial | [94] |
| Food packaging | Crosslinked CD polymer | HPβ-CD + TEMPO-oxidized cellulose nanocrystals | Carvacrol/curcumin | Antimicrobial | [95] |
| Food packaging | - | Titanium dioxide nanoparticles with α-CD and β-CD | Sorbic acid/benzoic acid | Antimicrobial | [96] |
| Food packaging | Crosslinked CD polymer | α-NS, β-NS and HPβ-NS | Coriander essential oil | Antimicrobial | [97] |
| Food packaging | Crosslinked CD polymer | α-NS, β-NS and HPβ-NS | Cinnamon essential oil | Antimicrobial | [98] |
| Food packaging | CD-loaded polymer | β-CD + chitosan edible coating | trans-Cinnamaldehyde | Antimicrobial | [99] |
| Food packaging | CD-loaded polymer | β-CD + sodium alginate edible coating | trans-Cinnamaldehyde | Antimicrobial | [100] |
| Food packaging | CD-loaded polymer | α-CD + polystyrene | Ethylene | Ripening control | [101] |
| Food packaging | CD-loaded polymer | α-CD + polystyrene (electrospun nanofibers) | 1-Methylcyclopropene | Ripening control | [102] |
| Food packaging | - | γ-CD + metal–organic frameworks | Hexanal | Ripening control | [103] |
| Food packaging | CD-loaded polymer | CD + polyvinyl chloride | Capturing contaminants | [104] | |
| Food packaging | Self-assembled supramolecular network | β-CD + zein | Cholesterol | Reduction of cholesterol | [105] |
| Food packaging | CD-loaded polymer | Triacetyl β-CD + low-density polyethylene (electrospun nanofibers) | Sulfur off-flavors | Fragrant | [106] |
| Food packaging | CD-loaded polymer | β-CD + soy protein + polyethylene oxide (electrospun nanofibers) | Allyl isothiocyanate | Antimicrobial | [107] |
| Food packaging | CD-loaded polymer | β-CD + polylactic acid (electrospun nanofibers) | trans-Cinnamaldehyde | Antimicrobial | [108] |
| Food packaging | CD-loaded polymer | β-CD + zein (electrospun nanofibers) | Eucalyptus essential oil | Antimicrobial | [109] |
| Food packaging | CD-loaded polymer | β-CD + polyvinyl alcohol + lysozyme (electrospun nanofibers) | Cinnamon essential oil | Antimicrobial | [110] |
| Food packaging | CD-loaded polymer | β-CD + chitosan + polyvinyl alcohol + lysozyme (electrospun nanofibers) | Cinnamon essential oil | Antimicrobial | [111] |
| Food packaging | CD-loaded polymer | γ-CD + zein (electrospun nanofibers) | Quercetin | Antioxidant | [112] |
| Food packaging | CD-loaded polymer | HPβ-CD + gliadin (electrospun nanofibers) | Ferulic acid | Antioxidant | [113] |
| Food packaging | CD-loaded polymer | γ-CD + polyvinyl alcohol (electrospun nanofibers) | Geraniol | Antimicrobial, antioxidant and fragrant | [114] |
| Food packaging | CD-loaded polymer | β-CD + pullulan (electrospun nanofibers) | D-Limonene | Antimicrobial and fragrant | [115] |
| Food packaging | CD-loaded polymer | β-CD + chitosan | 2-Phenyl ethanol | Antimicrobial and fragrant | [116] |
| Detection of BPA | Crosslinked CD polymer | β-CD polymer film | Bisphenol A (BPA) | Enhancement of fluorescence intensity | [117] |
| Detection of NPN | (Molecularly imprinted) crosslinked CD polymer | β-CD polymer particles | N-Phenyl-1-naphtylamine | Enhancement of fluorescence intensity | [118] |
| Detection of AdCA | CD-suspended polymer | Poly(phenylene-ethylene) β-CD appended | 1-Adamantanecarboxylic acid | Shift of fluorescence peak | [119] |
| Detection of 1-phenylethylamine | CD-suspended polymer | (Stereoregular) polyphenylacetylene β-CD appended | 1-Phenylethylamine | Shift of fluorescence peak | [120] |
| Detection of chlorinated phenols | Linear CD polymer | Azo-dye modified CD-polyoxyethylene | Chlorinated phenols | Quenching of fluorescence intensity | [121] |
| Detection of nitroarenes | Crosslinked CD polymer | CD-functionalized polyarene | Trinitrophenol, nitrobenzene | Quenching of fluorescence intensity | [122] |
| Detection of captopril | Crosslinked CD polymer | β-CD functionalized poly-TFT | Captopril | Activation of fluorescence | [123] |
| Detection of benzene | Crosslinked CD polymer | CD/maleic acid copolymer | Benzene | Quartz crystal microbalance sensing | [124] |