. 2022 Sep 19;21(1):447–477. doi: 10.1007/s10311-022-01509-7

Table 2.

Cyclodextrin-based metal–organic frameworks are efficient carriers for various bioactive compounds in the food industry

MOF composite	Metal ion	Organic ligand	Target bioactive compound	Loading efficacy	References
β-CD-MOF	K⁺	β-CD	Methanol	22.54%	Guo et al. (2021)
β-CD-MOF	K⁺	β-CD	Quercetin	196.4 mg g⁻¹	Kong et al. (2019)
β-CD-MOF	K⁺	β-CD	Anise leaf polyphenols	97.80%	Wang et al. (2021b)
β-CD-MOF	K⁺	β-CD	Emodin	142.2 mg/g	Kong et al. (2019)
γ-CD-MOF	K⁺	γ-CD	Glycyrrhizic acid	850 μg/mg	Qiu et al. (2019)
γ-CD-MOF	K⁺	γ-CD	Curcumin	3.29%	Zhou et al. (2020a)
γ-CD-MOF	K⁺	γ-CD	Resveratrol	21.0%	Qiu et al. (2020b)
γ-CD-MOF	K⁺	γ-CD	Folic acid	35.0%	Xu et al. (2019)
γ-CD-MOF	K⁺	γ-CD	Limonene	0.094 Wt.% γ-CD-MOF/limonene	Zhang et al. (2019a)
γ-CD-MOF	K⁺	γ-CD	Ethyl propionate	0.218 Wt.% γ-CD-MOF/ ethyl propionate	Zhang et al. (2019a)
γ-CD-MOF	K⁺	γ-CD	Myrcene	0.105 Wt.% γ-CD-MOF/myrcene	Zhang et al. (2019a)

Metal–organic frameworks composites and their materials are briefly described. Target bioactive compounds and their loading efficacy in the MOFs composites are summarized. CD-MOF refers to a cyclodextrin-based metal–organic framework, and CD refer to cyclodextrin