From: Strategies to overcome the main challenges of the use of exosomes as drug carrier for cancer therapy
Exosome cargo | Donor | Cancer type | Drug loading method | Outcome/in vitro | Outcome/in vivo | Refs. |
---|---|---|---|---|---|---|
Delivery of miRNAs | ||||||
Let-7a miRNA | Fetal renal cells | Breast cancer | Transfection | – | Progression of tumor decreased | [59] |
Let-7a miRNA | HEK293 | Breast cancer | Transfection | – | Progression of tumor decreased | [59] |
Suicide mRNA | HEK293T | Schwannoma tumors | Pre-transfected parent cells | – | Progression of tumor decreased | [60] |
miR-335 − 5p | Stellate cell | Liver cancer | – | Liver cells progression and invasion decreased | Progression of tumor decreased | [61] |
miR-379 | MSC | Breast cancer | – | – | Death of tumor increased | [62] |
miR-145 − 5p | MSC | Pancreatic ductalAdenocarcinoma | – | Propagation of PDAC cells and invasion decreased | Death of tumor increased | [63] |
miR-25 − 3p inhibitor | Colorectal cancer cell | Colorectal cancer | – | Tube building of HUVEC cell decrease | Producing pre-metastatichousing for deceased | [64] |
miR-146b | MSC | Glioma | Transfection | Propagation in cells of glioma decreased | Progression of tumor decreased | [65] |
Delivery of other RNAs | ||||||
Cas9 mRNA | RBC | Breast cancer | – | Propagation of breast cancer cells decreased | Progression of tumor decreased | [66] |
PTEN mRNA | Mesenchymal stem cell | Glioma | – | Propagation of glioma cells decreased | The size of the tumor decreased | [67] |
ECRG4 mRNA | Serum | Tongue carcinoma | – | Propagation in cells of tongue carcinoma decreased | – | [68] |
Hsp27 siRNA | Neuroblastoma cell | Neuroblastoma cell | – | Neuroblastoma cell differentiation decreased | – | [69] |
KrasG12D siRNA | Fibroblast-like mesenchymal cells | Pancreatic Cancer | – | Panc-1 cell death increased | The size of the tumor decreased | [70] |
Delivery of proteins | ||||||
MHC-I/peptide complexes | DCs | Breast cancer | – | The activity of T cells increased | – | [71] |
Hsp70 | Myeloma cell | Myeloma | – | The activity of T cells increased | The activity of T cells increased | [72] |
Trial | Myeloid leukemia cell | Lymphoma | – | Leukemia cell death increased | Tumor development was not influenced | [73] |
EGFR nanobodies | Neuroma cell | Epidermal | – | Propagation of epidermal carcinoma cells decreased | – | [74] |
Competitive antagonist (SIRPα) | Fetal renal cell | Colon cancer | – | Macrophage ability to phagocytosis increased | Increased ability ofmacrophages for phagocytosis | [75] |
Delivery of chemical drugs | ||||||
Doxorubicin | Breast cancer | Dendritic cell | Electroporation | Cells of breast cancer proliferation decreased | Progression of tumor decreased | [76] |
Cisplatin | Hepatocarcinoma cell and ovarian cancer cell | Ovarian cancer and Hepatocarcinoma | – | Cells propagation in ovarian cancer andhepatocarcinoma decreased | Progression of tumor decreased | [77] |
Paclitaxel | Macrophage | Lewis Lung carcinoma | Incubation | Cells in Lewis lung carcinoma propagation decreased | Progression of tumor decreased | [78] |
Paclitaxel | Prostate cancer cell | Prostate cancer | Incubation | Cells in prostate cancer propagation decreased | – | [58] |
Curcumin | Pancreatic cancer cell | Pancreatic cancer | Incubation | Cell death in pancreatic cancer increased | – | [79] |
DOX | Immature DC | Breast cancer | Electroporation | Cells in breast cancer propagation decreased | Progression of tumor decreased | [80] |
Imatinib | CML cell | Breast cancer | – | – | Progression of tumor decreased | [81] |
5-FU | Schwannoma cells | Schwannoma tumor | Electroporation | Cells propagation in Schwannoma decreased | Progression of tumor decreased | [60] |