Table 1.
Summary of SDDSs based on 2D nanomaterials.
2D materials | modification of 2D materials | Response | clinical application | Biological model | Ref |
---|---|---|---|---|---|
BP | Polymer | Light | anticancer | 4T1 tumor | [127] |
MoS2 | Polymer | Light &pH | antitumor | HT29 tumor | [128] |
GO | Ag | N.A. | antibacterial | antibacterial | [137] |
GO | N.A. | N.A. | anticancer | anticancer | [138] |
MoS2 | Liposomes | Light | antitumor | 4T1 | [139] |
GO | Polymer | pH | antitumor | Hela cells | [125] |
BP | Polymer | Light | anticancer | MCF7 breast tumor | [165] |
MnO2 | Aptamer | Magnetic field | antitumor | N.A. | |
MnO2 | glucose oxidase | Light &Magnetic field | antitumor | A375 tumor | |
GO | Hydrogel | Magnetic field | antitumor | S180 tumor | [140] |
GO | Hydrogels | N.A. | antitumor | antitumor | [141] |
GO | Liposomes | Light | N.A. | N.A. | [143] |
graphene | Liposomes | Light | anticancer | MCF-7 cells | [144] |
WS2/MoS2 | Liposomes | N.A. | anticancer | HeLa cells | [145] |
GO | Films | pH | the control of coating techniques | N.A. | [147] |
GO | BNN6 | Light | anticancer | 143B cells | [152] |
BP | Polymer | Light | intelligent implantable devices | N.A. | [153] |
BP | Pt | Light | antitumor | 4T1 | [154] |
BP | Hydrogels | Light | postoperative treatment of cancer | HeLa | [155] |
GO | Polymer | pH | anticancer | Hela and L929 cells | [159] |
GO | Polymer | pH | antitumor | HeLa cells | [160] |
GO | Polymer | pH | anticancer | SMMC-7721 cells | [161] |
GO | Hydrogels | Light &pH | anticancer | HeLa cells | [162] |
GO | Polymer | redox | antitumor | B16 tumor | [169] |
rGO | Polymer | Light | anticancer | 4T1 tumor | [170] |
rGO | gold and folic acid | Light &pH | anticancer | MCF-7 cells | [171] |
BP | Hydrogels | Light | anticancer | SMMC-7721 cells | [172] |
MoS2 | Polymer | N.A. | antibacterial | S. aureus | [174] |
GO | Polymer | N.A. | antibacterial | S. aureus and E. coli | [175] |
graphene | Cu2O | N.A. | antibacterial | Vibrio cholerae and Salmonella typhimurium | [176] |
BP | Liposomes | Light | antibacterial | Methicillin-resistant Staphylococcus aureus |
[177] |
GO | N.A. | N.A. | anti-Alzheimer's disease | N.A. | [180] |
graphene | N.A. | N.A. | antiparkinsonian | N.A. | [181] |
GO | Polymer | N.A. | antiparkinsonian | N.A. | [182] |
GO | Hydrogels | thermosensitive | bone tissue repair | Human MG-63 cells | [183] |
graphene | Polymer | N.A. | bone tissue repair | SaOS-2 cell | [184] |
GO | Films | N.A. | bone tissue repair | Defective skulls of Sprague Dawley rats | [185] |
MoS2 | Films | N.A. | bone tissue repair | rat bone marrow mesenchymal stem cells | [186] |
GO | N.A. | N.A. | diabetes | NIT-1 cells | [188] |
GO | Polymer | N.A. | diabetes | N.A. | [189] |
GO | Polymer | N.A. | diabetes | INS-1 cells | [190] |
graphene | Gold | temperature | diabetes | N.A. | [191] |
BP | Polymer | Light | anticancer | Hela tumor | [200] |
graphene | Antibody | pH | anticancer | MDA-MB-231 cell | [201] |
GO | Hydrogels | Light/redox | anticancer | HeLa cells | [202] |
graphene | N.A. | N.A. | respiratory diseases | BEAS-2B cells | [205] |
GO | Polymer | pH | anticancer | Hela and L929 cells | [206] |