Overview of the antibacterial properties for selected MOF particles.

Metal ion	Formula	Application	Ref.
Zn	Fe3O4@PAA@ZIF-8	Load, transport, and release drugs	25
		Inhibit bacterial growth
		Improve antibacterial properties of drugs
	Zn-MOF	Biological catalyst	26
	[Zn4(bdc)4(ppmh)2(H2O)]n	Antibacterial agent	27
	IRMOF-3	Antimicrobial agent, drug additive	28
	ZnO@ZIF-8	Load, transport, and release drugs	29
		Inhibit bacterial growth
	ZIF-8/OCBs	Microbial inactivation	30
	[Ag2L(NO3)2]n	Antibacterial action against Gram-negative (Escherichia coli, Pseudomonas aeruginosa) and Gram-positive (Staphylococcus aureus, Bacillus subtilis) bacteria	31
	{[Ag6L4(CF3SO3)4][CF3SO3]2}n
	{[Ag2L(NO3)][ClO4]}n
	{[Ag2L(NO3)][BF4]}n
	{[Ag2L(NO3)][PF6]}n
	{[Ag2L(NO3)][SbF6]}n
	ZnO-CNP-TRGL	Skin pathogen infection, implantation sterilization	32
	BSA@ZIF-8	Anti-bacterial, anti-infectious	33
	Tet@ZIF-8@HA	Targets bacteria inside the cell	34
		Restores the effectiveness of antibiotics
	Mg/Zn-MOF-74	Antibacterial, anti-inflammatory, pro-osteogenesis	35
	TRB-ZnO@G	Augmentive anti-infection therapy	36
	o-NBA@ZIF-8	Promotes wound healing	37
Cu	Cur@Cu/ZIF-8	Antimicrobial and anti-biofilm, enhances the production of ROS	38
	Cu-BTC/PVA	Inhibits E. coli	39
	Cu-BPDCA-ty	Inhibits E. coli	40
	CuS@HKUST-1	Excellent antibacterial properties, especially against S. aureus	41
	Wool@HKUST-1	Inhibits E. coli	42
	HKUST-1@CMCS	Antibacterial carrier	43
	HKUST-1/OCBs	Antibacterial activity, microbial inactivation	30
	[Cu(μ2-Amp)2]n	Inhibits E. coli and S. aureus	44
Ag	C–Zn/Ag	Drug carriers	45
		Resistant to pathogen infection
		Antibiotic substitutes
	Ag2[HBTC] (im)	Wound dressing	46
		Anti-infection treatment
		Control of bacterial skin infections
	Ag@CD-MOF	Promotes wound healing	47
	Cap-FeIII-HMOF-5	Inhibits the activity of E. coli	48
	Ag NPs@UiO-66(DMF)	Combats the current antimicrobial resistance crisis	49
Fe	D-AzAla@MIL-100 (Fe) NPs	Bacterial detection, antimicrobial therapy	50
Sr	MG-MOF-74	Anti-bacterial, promotes the proliferation of osteoblasts	51