Table 1 Summary of various hollow nanoplatforms for cancer theranostics
From: Manganese-based hollow nanoplatforms for MR imaging-guided cancer therapies
Materials | Templates and mechanisms | Biomedical applications | References |
|---|---|---|---|
PLTM-HMnO2@Bu | PLGA | T1-weighted MR imaging and CDT/chemotherapy | [81] |
H-MnO2/DOX/BPQDs | SiO2 | T1-weighted MR/FL imaging and chemotherapy/PDT/PTT | [93] |
CMC | SiO2 | T1-weighted MR imaging and chemotherapy/RT | [97] |
DOX@HPMO | nanoscale Kirkendall effect | T1-weighted MR imaging and chemotherapy | [98] |
HPMRCD | SiO2 | T1-weighted MR/FL imaging and chemotherapy/PDT | [71] |
AAM-Ce6 | galvanic replacement reaction | T1-weighted MR/PA//FL imaging and PTT/PDT | [113] |
ICG@Mn/Cu/Zn-MOF@MnO2 | Ostwald ripening process | T1-weighted MR/FL/PT imaging and PTT/PDT/CDT | [92] |
CMH | SiO2 | T1-weighted MR imaging and PDT | [117] |
DOX-Mn-ZGOCS-PEG | SiO2 | T1-weighted MR/NIR-PL and chemotherapy | [125] |
PHMZCO-AT | nanoscale Kirkendall effect | T1-weighted MR/CT imaging and CDT | [126] |
aHNF | calcium carbonate | T1-weighted MR imaging and chemotherapy/PDT | [127] |
RG-Mn@H | SiO2 | T1-weighted MR imaging and ST/gas therapy | [129] |
MnCO@CuS | Ostwald ripening process | T1-weighted MR imaging and PTT/gas therapy | [130] |
CMPB-MoS2-PEG | Ostwald ripening process | T2-weighted MR imaging and PTT/CDT/chemotherapy | [141] |
MFNP@CDDP | SiO2 | T1−/T2-weighted MR imaging and CDT/chemotherapy | [145] |
DOX-encapsulated MCO | nanoscale Kirkendall effect | T1−/T2-weighted MR imaging and chemotherapy | [140] |