Table 1.
Cancer Type | NP Type | Target | Drug or Cargo | SS | Detection Method | Combined Therapy | Status | Reference |
---|---|---|---|---|---|---|---|---|
Gastric | Liposome | Integrin α5β1 | RGD Peptide & ICG | PEG | CoM, FC & IVV imaging | IVT + IVV | [49] | |
Liposome | SATB1 | SATB1 siRNA | CD44 antibody | FC | IVT | [50] | ||
Liposome | Affinity ligand | Plasmid DNA & Tumor-homing peptides | PEG | FC& IVV imaging | IVT + IVV | [51] | ||
SLN | TopII | Etoposide (VP16) | IVT | [52] | ||||
SLN | AEG-1, Ras/Raf/Mek/Erk cascade pathway & ReA receptors |
miR-542-3p & Sorafenib | PEG | All-trans ReA | IVT | [53] | ||
SLN | Tubulin & Hsp90 | PTX | 17-AAG | IVT + IVV | [54] | |||
NLC | TopII | Etoposide (VP16) | IVT + IVV | [55] | ||||
NLC | TopII | Etoposide (VP16) | CUR | IVT + IVV | [56] | |||
NLC | Thymidylate synthase | 5-FU-stearic acid prodrug | Hyaluronic acid | Cisplatin | IVT + IVV | [57] | ||
Esophageal | Liposome | Rhenium 188 | NanoSPECT/CT scanner system | IVT + IVV | [58] | |||
Liposome | Thymidylate synthase | LY294002 | PEG | 5-FU | IVT + IVV | [59] | ||
Colorectal | ME | Thymidylate synthase | 5-FU | IVT + IVV | [60] | |||
PE | CUR | IVT | [61] | |||||
Liposome | TopII | DOX | attenuated Salmonella | HIFU | IVT + IVV | [62] | ||
Liposome | Thymidylate synthase | 5-FU | FoA | IVT + IVV | [63] | |||
Niosome | Protein-tyrosine kinase | IM | IVT | [64] | ||||
Cubosome | Cisplatin | Metformin | IVT | [125] | ||||
SLN | Omega-3 PUFA—DHA & Linoleic acid (LNA) | IVT | [65] | |||||
SLN | TopII | DOX | FoA & Dextran | SPIONs/high-frequency magnetic field (HFMF) | IVT + IVV | [66] | ||
NLC | TopI | IRI | Hyaluronic acid | IVT | [67] | |||
Pancreatic | ME | Cur | Stearoyl chitosan | Optical microscopy SEM | IVT + IVV | [68] | ||
NE | Gemcitabine | γ-tocotrienol isomer of vitamin E | IVT | [69] | ||||
PE | Neu1 | OsP | IVT | [70] | ||||
Liposome | NF-kappaB | EF24 | PEG | TEM | Gemcitabine | IVT + IVV | [71] | |
Liposome | HSA-PTX & HSA-Ellagic acid | Inverted FM | IVT + IVV | [72] | ||||
Liposome | nal-IRI & 5-FU/leucovorin | CT Phase III | [74] | |||||
Liver | ME | Cur | FM | IVT | [78] | |||
ME | Coix seed components | Octanoyl galactose ester | In vivo near-infrared imaging system | IVT + IVV | [79] | |||
PE | TopII | DOX & ICG | Galactose | NIR fluorescence imaging | NIR laser irradiation | IVT + IVV | [80] | |
Liposome | Cantharidin | PEG | IVT + IVV | [81] | ||||
Liposome | Cur | Glycyrrhetinic acid | IVT + IVV | [82] | ||||
Liposome | miR-34a mimic | CT—Phase 1 | [83] | |||||
Cubosome | Thymidylate synthase | 5-FU | IVT + IVV | [76] | ||||
SLN | Sorafenib | SPIONs | IVT | [77] | ||||
NLC | Tubulin | PTX | IVT + IVV | [75] | ||||
GBM | ME | Cur | DHA-rich oil | IVT + IVV | [86] | |||
NE | Cur | IVT + IVV | [85] | |||||
Liposome | Tf receptors (TfR) | DOX | Tf & PFV | Erlotinib | IVT | [87] | ||
Liposome | MGMT gene | O6BTG derivative | LIFU | [91] | ||||
Liposome | Myocet® (DOX) | CT—Phase I | [92] | |||||
Liposome | TopI | nal-IRI | CT—Phase I | [93] | ||||
SLN | LRP-1 | Docetaxel | Angiopep-2 | Real time fluorescence imaging | IVT + IVV | [88] | ||
NLC | Ferulic acid | IVT | [89] | |||||
NLC | TMZ | Lactoferrin & RGD peptide | Vincristine | IVT + IVV | [90] | |||
Lung | NE | 9-bromo-noscapine | Spray dried lactose | IVT + IVV | [94] | |||
NE | Lipophilic diferuloylmethane | IVT + IVV | [95] | |||||
NE | Cur | Tween80 & LipodS75 | IVT + IVV | [96] | ||||
NE | Tubulin | Docetaxel | IVT | [97] | ||||
NE | Lycobetaine & oleic acid (OA) | PEG-lecithin & nRGD peptide | IVT + IVV | [98] | ||||
Liposome | Tubulin | PTX | Carboplatin & Gemcitabine | CT Phase III | [102] | |||
SLN | Tubulin | PTX | miR-34a | FC& CoM | IVT + IVV | [99] | ||
SLN | Tubulin & Tf receptors (TfR) | Docetaxel & Baicalin | PEG, Tf & Hydrazone | IVT + IVV | [100] | |||
NLC | Tubulin & Glucose receptor | Gemcitabine & PTX | Glucose receptor-targeting ligand | FC& CoM | IVT | [101] | ||
Breast | NE | TopII& P-gp | DOX & W198 | Whole body fluorescence imaging | IVT + IVV | [103] | ||
Liposome | DOX | PEG | Lapatinib | CT Phase Ib | [104] | |||
Liposome | Myocet© | Cyclophosphamide (MC) or vinorelbine (MV) | CT Phase III | [105] | ||||
Niosome | Tamoxifen citrate (TXC) | IVT + IVV | [108] | |||||
Niosome | TQ | Fluorescence Imaging & NIR | Akt-siRNA | IVT + IVV | [114] | |||
Archaeosomes | PTX | IVT | [115] | |||||
Cubosomes | TopII | Etoposide (VP16) | FoA-P407 | IVT + IVV | [116] | |||
SLN | PTX & DNA | Hyaluronic acid | IVT + IVV | [117] | ||||
SLN | Methotrexate | Fucose | IVT + IVV | [118] | ||||
NLC | HER2+ | ATP aptamer-EGCG-protamine sulfate | HER2 aptamer | IVT + IVV | [119] | |||
NLC | TopII & NQO-1 | Lapachone & DOX | Confocal laser scanning microscopy | IVT + IVV | [120] | |||
Prostate | NE | Taxoid prodrug | Omega-3 fatty acid | CoM | IVT + IVV | [121] | ||
NE | Catechin extract | TEM | IVT | [122] | ||||
Liposome | Oleuropein | PEG | CoM | IVT + IVV | [123] | |||
Liposome | LRP-1 | Docetaxel | PEG | FM | IVT + IVV | [124] |
Status: IVT—In vitro; IVV—In vivo; CT—Clinical Trial. Confocal Microscopy—CoM; Curcumin-CUR; Indocyanine green—ICG; Flow cytometry—FC; Fluorescent microscopy—FM; Folic Acid—FoA; microRNA-34a—miR-34a; Lipoprotein receptor related protein 1—LRP-1; Retinoic Acid—ReA; Surface functionalization—SS; Transferrin—Tf; Topoisomerase I—TopI; Topoisomerase II—TopII.