Table 3.
Representative examples of nanomaterial-based drug-delivery systems in head and neck cancer.
| Objective | Type of nanocarrier | Drug-delivery system | Nature of study | Study model | Reference |
|---|---|---|---|---|---|
| Imaging agents | MNPs | Cysteamine-linked folic acid AuNPs | In vivo | Nude male mice with KB tumours | [53] |
| Quantum dots | Uniformly sized N-rich mesoporous C nanospheres from pyrrole and aniline precursors | In vitro | Human oral cancer cells (FaDu) | [54] | |
| Graphene | GQD nanozymes to oxidise ABTS in the presence of H2O2 for use as a contrast agent for PAI | In vivo | Tumour-bearing mouse model/female BALB/c nude mice | [55] | |
| MNPs | AuNPs combined with AG1478 to enhance irradiation effects on HNSCC cells | In vitro | Human HNSCC cell line HSC-3 | [56] | |
| Radiotherapy | Polymeric NPs | PTX co-encapsulated with radio-luminescent CaWO4 NPs within protective capsules formed by biocompatible/biodegradable polymers (PEG-PLA) | In vivo | Immune-deficient non-obese diabetic (NOD) rag gamma (NRG) mice/HN31 xenograft-bearing NRG mice | [57] |
| Hydrogel | CDDP-loaded gellan NPs and PTX-loaded liposomes incorporated into hydrogels | In vivo and in vitro | NOD-SCID mice | [58] | |
| Polymeric NPs | Self-destructive PEG shell and different peptides designed as irinotecan and miR-200 nanovectors | In vivo | Male BALB/c nude mice | [59] | |
| Chemotherapy | Liposomes | Lipid-based mTHPC nanovesicles | In vitro | FaDu (human pharynx squamous cell carcinoma) cell line | [60] |
| MNPs | AuNPs coated with glucose and CDDP | In vivo | Nude mice | [61] | |
| Quantum dots | GE11‐modified GQDs used as drug carriers for clinical chemotherapeutics CDDP and DOX | In vivo | Balb/C nude mice | [62] | |
| Polymeric NPs | Self-destructive PEG shell and different peptides were designed as irinotecan and miR-200 nanovectors | In vivo | Male BALB/c nude mice | [59] | |
| Gene therapy | MNPs | T-cells loaded with citrate-coated superparamagnetic iron oxide nanoparticles | In vitro | T lymphocytes from mouse lymphoma | [63] |
| Immunotherapy | Polymeric NPs | ALA and MTHFD1L shRNA loaded CS-TPP NPs | In vivo | BALB/c nude mice | [64] |
| Photodynamic therapy (PDT) | Hydrogel | Nano DOX-ICG matrix MMP-responsive hydrogel | In vivo | BALB/c nude mice | [65] |
| Liposomes | PS-lipid conjugates (lipo-IRDye700DX and lipo-BPD-PC) | In vivo | Nude mice | [66] | |
| MNPs | Transformable NCs composed of ICG, Fe3O4, and PAA with pH-responsive PEG-b-PAEMA-PDMA | In vivo | Female BALB/c mice/HNE-1 cell line | [67] | |
| Quantum dots | PEG-conjugated GQDs | In vivo | Wild-type C3H mice | [68] | |
| Hydrogel | Protein hybrid hydrogel (E72-chitosan-Ag3AuS2) | In vivo | BALB/c nude mice | [69] | |
| Photothermal therapy (PTT) | Polymeric NPs | Hybrid NPs of organic compound encapsulated in PEG-PCL with ICG | In vivo | Nude mice | [70] |
| Liposomes | iRGD-PEG-DSPE lipid | In vivo | Immunodeficient (SCID) mice | [71] | |
| Mesoporous silica | Photo-triggered AuND-capped MSN loaded with Cap | In vivo | Immunodeficient (SCID) mice | [71] | |
| MNPs | t NAs-cisPt | In vitro | Human squamous cell carcinoma SCC-25 | [72] |