From: Advances in nanomedicines for lymphatic imaging and therapy
Nanoplatform | Nanoparticle size | Encapsulation/Payload/Components | Target sites | Lymphatic targeting system | A.R | Disease models | Application | Ref |
---|---|---|---|---|---|---|---|---|
Liposomes | 129 ± 5 nm | siRNA | CD4+ T cells | Internalisation | i.v | / | Systemic Gene Silencing; Targeted therapies | [53] |
Liposomes | 20–30 nm | Neoantigens; Vaccine adjuvant | Lymph nodes | Cell-mediated trafocation via DCs | s.c | Melanoma (B16-F10) | Vaccination; Antitumor immunotherapy | [58] |
Micelle polymers | 20 ± 5 nm | DOX | Lymph nodes | Passive targeting | s.c | Melanoma (A375) | Lymph node metastasis and antitumor chemotherapy | [63] |
Poly(lactide-co-glycolide) microparticles | 300 ± 21 nm | PolyIC | APCs in Lymph nodes | Cell-mediated trafocation via APCs | i.LN | / | Vaccination; Antitumor immunotherapy | [66] |
Micelle polymers | 55Â nm | Epirubicin | Metastatic axillary lymph nodes | Passive targeting | i.v | Breast cancer (MDA-MB-231-D3H2LN) | Suppression of axillary lymph node metastasis | [67] |
Micelle polymers | 30Â nm | Platinum | Lymph nodes | Passive targeting | i.v | Melanoma (B16-F10) | Non-invasive management of nodal disease | [68] |
Micelle polymers | 40 nm | Curcumin Trastuzumab | Metastatic mesenteric sentinel lymph nodes | Active targeting via igands | i.v | Colorectal cancer (HT-29) | Lymph Node Metastasis Homing and Photothermal Therapy in Orthotopic Colorectal Tumor Model | [69] |
Gold NPs | 5Â nm | TLR7 ligand | Lymph nodes | Passive targeting | s.c | Colon carcinoma | Antitumor immunotherapy | [73] |
Polymeric gold nanorods | 1066Â nm | Polyethylene glycol | Lymph nodes | Passive targeting | i.LN | MXH10/Mo/lpr mice | In vivo NIR fluorescence imaging; Anti-tumor effect of PTT | [74] |
Outer membrane vesicles | 41.9 ± 0.9 nm | Gold NPs | DC | Cell-mediated trafocation via APCs | s.c | / | Anti-bacterial vaccination | [75] |
Iron oxide NPs | 15–58 nm | / | Lymph nodes | Endocytosis and pinocytosis | s.c | / | In vivo optical imaging | [77] |
CNTs and carbon NPs | 40–60 nm 8–12 nm | / | Lymph nodes | Internalisation | s.c | Pancreatic cancer (BxPC-3) | Magnetic lymphatic targeting drug-delivery system; Treatment of tumour metastasis | [84] |
Hydrogels | 50Â nm | Imidazoquinoline | Draining lymph nodes | Passive targeting | s.c | / | Antitumor immunotherapy | [89] |
Hydrogels | 200Â nm | Polyethylene glycol | DC | Lipid raft-mediated trafocation via DCs | s.c | OT-1 mice | The lymphatic delivery of antigens | [90] |
Nanocapsules | 242 ± 6 nm | Polyglucosamine/Squalene | Popliteal lymph node | Cell-mediated trafocation via APCs | s.c | / | Immunostimulating | [93] |
Lipid nanocapsules | / | Ovalbumin/Polyinosinic-polycytidylic acid/ Monophosphoryl lipid A | Draining lymph nodes | Cell-mediated trafocation via APCs | Intratracheal administration s.c | OT-1 mice | Pulmonary Nanoparticle Vaccination | [94] |
Chimeric exosomes | 30–150 nm | M1-like Macrophage; E.G7 Tumor cell nuclei | Lymph nodes; Tumors | Passive targeting | Intratumoral injection | Lymphoma;Breast cancers; Melanoma | Activation in the immune response and the tumor microenvironment | [101] |