Material category | Examples of nanoplatform | Applications | Material advantage | Refs. |
---|---|---|---|---|
Liposome | PEGy-lated liposomal; nano flexible liposomes; RLBNs | Drug-carrier; embolic agent | Decrease in systemic toxicity of free drug; improve delivery to tumor tissue; prolonging drug circulation and delaying its release | |
SPION | SPIO; USPIO; SPION@PDA | MRI contrast; drug-carrier; embolic agent; PTT | Improve the detection of viable tumors; improve drug loading capacity; reduce systemic toxicity; sustained drug release; synergistic enhancement of PTT and chemotherapy; prevent drug resistance | |
Metal oxide NPs | Iron Oxide; ZrO2; Fe3O4; As2O3; ATONP | MRI contrast; drug-carrier; embolic agent | Improve the detection of viable tumors; improve drug delivery and enhanced its antitumor efficacy; sustained drug release; ferroptosis amplify the antitumor efficacy | |
Metal NPs | Tantalum NPs; Gold nanospheres | Drug-carrier; X-ray contrast; embolic agents; PTT | Real-time imaging; long-term non-invasive re-examination; synergistic enhancement of PTT and TACE therapy | |
HAP | HAP; poly-L-lysine-modified HAP nanoplex | Embolic agent; gene vector | Combined gene therapy, embolic therapy, and nanotherapy at the tumor site; prevent resistance of chemotherapies | |
Polymeric NPs | PLGA | Drug-carrier; embolic agent | Biodegradable; sustained drug release; stabilized lipiodol emulsion | |
Polymer gel | SELPs; hydrogels | Liquid embolic agent; X-ray contrast agent; drug-carrier | Enhanced embolization capacity; facilitate permeation of tumor vasculature; pH response; resist revascularization; imaging; prolong drug retention |