Ti3C2
|
Hydrothermal synthesis |
Immunomodulation |
[41] |
Ti3C2
|
Hydrothermal synthesis |
Glutathione detection and photoelectrochemical biosensing |
[42] |
Ti3C2
|
Intercalation-ultrasound sysnthesis |
Prostate-specific antigen detection |
[43] |
Mo2C |
Ultrasound-assisted synthesis |
(Bio)imaging and photothermal therapy |
[44] |
Mo2C |
Molten salt (molybdenum acetylacetonate, NaCl, 800 °C for 2 h) |
Nitrogen reduction reaction |
[12] |
V2C |
Hydrothermal synthesis |
(Bio)imaging, photothermal therapy, and tumor destruction |
[45] |
Ti3C2
|
Hydrothermal synthesis |
Multicolor cellular imaging and Zn2+ detection |
[30] |
Ti3C2
|
Ultrasound-assisted synthesis; fluorine-free preparation |
(Bio)imaging and photothermal therapy |
[31] |
Ti3C2
|
Hydrothermal synthesis |
(Bio)imaging and pH sensor |
[13] |
Ti3C2
|
Hydrothermal synthesis |
Enzyme assay and cell identification |
[46] |
Ti2C |
Hydrothermal synthesis |
Antioxidant effects |
[47] |
Ti3C2
|
Hydrothermal synthesis |
Cytochrome c and trypsin detection |
[48] |
Ti3C2
|
Reflux technique |
Glutathione detection |
[49] |
Ti3C2
|
Hydrothermal synthesis |
Bioimaging, macrophage labeling, and Cu2+ detection |
[50] |
MoS2
|
Hydrothermal synthesis |
Methanol oxidation reaction and oxygen reduction reaction |
[51] |
Ti3C2
|
Microwave-assisted technique |
Detection of curcumin and hypochlorite (ClO−) |
[26] |