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. 2022 Dec 25;10(6):2204932. doi: 10.1002/advs.202204932

Table 3.

The MOFs for co‐immunotherapy with PTT or CDT or RT/RDT

NPs Type of MOF Target Stimuli‐responsive cargo release Payload and encapsulation Applications Ref.
mFe(SS)/DG Fe3+‐dithiodiglycolic acid Homotypic targeting (by coating of cancer cell membrane) ROS‐responsive (ROS generated by GOx breaks disulfide bonds) Glucose oxidase (GOx) and DOX Immunotherapy/CT/CDT [119]
CaP@Fe–MOFs Fe–TCPP Tumor cells pH‐responsive Immunotherapy/CDT [121]
MOF@GOx@MnO2@PEG MIL‐101(Fe) Tumor cells GSH‐responsive MnO2 and GOx Immunotherapy/CDT [120]
Dual tailor‐made MOF (HA/IR820@ZIF‐8 and MAN/(R837+1 MT)@ZIF‐8) ZIF‐8 Tumor cells (by modification of HA) pH‐responsive IR820 Immunotherapy/PTT [127]
DCs by modification of MAN) R837 and 1‐methyl‐d‐tryptophan (1 MT)
ICG–CpG@MOF MIL‐101—NH2 Tumor cells pH‐responsive Indocyanine green (ICG) and CpG Immunotherapy/PTT/PDT [128]
CuCo(O)/GOx@PCNs Cu/ZIF‐8@ZIF‐67 Tumor cells pH‐responsive Co3O4, Gox, N‐doped carbon nanotube hollow sphere Immunotherapy/PTT/ starvation [129]
MIL‐100 loaded with MTO and HA as nanoparticles (MMH NPs) MIL‐100 Tumor cells (by modification of HA) pH‐responsive Mitoxantrone (MTO) Immunotherapy/PTT/CT [130]
MPSNs@R837 Zn2+‐porphyrin Tumor cells pH‐responsive Imiquimod (R837) Immunotherapy/PTT/PDT [131]
ICG@ZIF‐8(Al) NPs ZIF‐8 Tumor cells pH‐responsive ICG, Al3+ Immunotherapy/PTT [132]
MIL‐100 NPs with oxaliplatin (OXA) and indocyanine green (ICG) loading and hyaluronic acid (HA) modification (OIMH) NPs MIL‐100 (Fe) Tumor cells (by modification of HA) pH‐responsive Oxaliplatin (OXA) and ICG Immunotherapy/PTT/CT [133]
Hf–DBP/TBP Hf–DBP/TBP Tumor cells iIDO Immunotherapy/RT/RDT [134]
Hf6DBA/Hf12DBA Hf6DBA/Hf12DBA Tumor cells Immunotherapy/RT/RDT [135]
Hf–DBP–Fe Hf–DBP (doped by Fe3+) Tumor cells Immunotherapy/RT/RDT/CDT [136]
Hf–DBBF–Ir Hf–DBB–Ir Tumor cells CpG Immunotherapy/RT/RDT [137]