Table 2.

Bioactive molecules transferred via exosomes in different cell or animal models of oxidative stress.

Exosomes	OS7 models in vivo/in vitro	Measurement of OS	Bioactivate ingredients	Ref.
Huc-MSC-exos	IRI2/H2O2	SOD1, MDA, ROS	MnSOD	[32]
BM-MSC-exos	AβOs	ROS	Catalase	[31]
CPCs-exos	Doxorubicin and trastuzumab	ROS	SOD, miR-146a-5p	[43]
Exosomes from young cells	Young cell model	ROS	GSTM2	[44]
Huc-MSC-exos	CCl4/CCl4 or H2O2	ROS, 8-OHdG, MDA	GPX1	[40]
BM-MSC-exos	H2O2	ROS	Mitochondrial proteins	[42]
Huc-MSC-exos	Seizure/H2O2	CAT, SOD, GSH-Px, FRAP, TOM20, FIS1, COX IV, iNOS, HMGB1, HO-1, Nrf2, 8-OHdG,4-HNE, DT	miR-215-5p, miR-424-5p, miR-31-3P, miR-193b-3p, and miR-200b-3p	[10]
Huc-MSC-exos	AMI	GSH, ROS, MDA	miR-23a-3p	[48]
BM-MSC-exos	IS5	ROS	miR-132-3p	[51]
Hamsc-exos	POI/POI	ROS	miR-320a	[47]
BM-MSC-exos	H2O2	SOD, ROS, MDA	miR-214	[49]
ASC-exos	UVB	ROS	miR-10a-5p	[50]
Exosomes from astrocyte	Oxygen and glucose deprivation	SOD, GSH-Px,CAT, MDA	miR-29a	[52]
M1-exos		ROS	miR-155	[60]
Exosomes from vascular adventitial fibroblasts of normal rats	Primary VSMCs derived from SHR	ROS, NOX activity, NOX2	miR-155-5p	[46]
Exosomes from CMs		ROS, MDA, SOD	circHIPK3	[54]

¹SOD expression; ²ischemia-reperfusion injury; ³acute kidney injury; ⁴unilateral ureteral obstruction; ⁵ischemic stroke; ⁶traumatic acute lung injury; ⁷oxidative stress.