Table 6.

The application of MXene in wound healing

MXenes	Scaffold type	Result	Reference
Ti3C2Tx	composite hydrogels	High toughness, anisotropy, antibacterial activity and cell proliferation	[78]
Ti3C2Tx	composite sponge	Enhanced hemostatic effect	[79]
Ti3C2Tx	HPEM scaffolds	Excellent rheological properties, self-healing properties, electrical conductivity and tissue adhesion properties	[80]
Ti3C2Tx	FOM scaffolds	Injectable, antibacterial, conductive and quick hemostatic	[81]
Ti3C2Tx	Ag/ Ti3C2Tx composites	Bacteria inhibit and promote wound healing	[82]
Ti3C2Tx	MZ-8/PLA composite membrane	Accelerates bacterial wound healing without developing drug resistance	[83]
Ti3C2Tx	Interface Schottky junction	Antibacterial and promote wound healing	[85]
Ti3C2Tx	PLGA membranes	Antibacterial, hemostatic, promote wound local collagen deposition and promote angiogenesis	[86]
Ti3C2	Ti3C2/MoS2 bioheterojunction	Photothermal, photodynamic, peroxidase - like and glutathione oxidase - like properties	[87]
Ti3C2Tx	rBC/MXene hydrogels	In response to exogenous electrical stimulation	[96]
Ti3C2Tx	Double-net hydrogels	Controlled drug delivery capability	[99]
Ti3C2Tx	K-M/PNIPAm hydrogel dressing	Photocontrolled drug release ability	[100]
Ti3C2Tx	PEGDA microneedle patch	Promote angiogenesis, accelerate wound healing and active delivery	[103]
Ti3C2Tx	Biomimetic microneedle patches	Controlled drug release	[104]
Ti3C2Tx	MXene-AMX-PVA nanofibrous membrane	Physical barrier, high antibacterial	[106]