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Cause of AKI | Species | MSC origin | EV dose | Route | Outcome | Therapeutic mechanism | Molecules | Reference |
|
Glycerol | Mouse | Human bone marrow | 15 μg | IV | (i) Improved renal function | (i) Cell proliferation (ii) Antiapoptosis | RNA | Bruno et al. 2009 [26] |
Glycerol | Mouse | Human bone marrow | 165 × 106 EV | IV | (i) Improved renal function | (i) Cell proliferation (ii) Antinecrosis | — | Bruno et al. 2017 [52] |
Glycerol | Rat | Human bone marrow | 2.2 × 108 EV | IV | (i) Improved renal function | (i) Anti-inflammation | miRNA | Collino et al. 2015 [64] |
Cisplatin | Mouse | Human bone marrow | 100 μg | IV | (i) Improved renal function | (i) Antiapoptosis | — | Bruno et al. 2012 [53] |
Cisplatin | Rat | Human umbilical code | 200 μg | Renal capsule | (i) Improved renal function | (i) Antiapoptosis (ii) Anti-inflammation (iii) Activation of autophagy | — | Wang et al. 2017 [65] |
Cisplatin | Rat | Human umbilical cord | 200 μg | Renal capsule | (i) Improved renal function | (i) Activation of autophagy | Protein (14-3-3ζ) | Jia et al. 2018 [66] |
Cisplatin | Rat | Human umbilical cord | 200 μg | Renal capsule | (i) Decreased tubular injury (ii) Improved renal function | (i) Antiapoptosis (ii) Antinecrosis (iii) Antioxidative stress | — | Zhou et al. 2013 [55] |
Gentamicin | Rat | Rat bone marrow | — | IV | (i) Improved renal function | (i) Cell proliferation (ii) Antiapoptosis (iii) Antinecrosis (iv) Anti-inflammation | RNA | Reis et al. 2012 [60] |
I/R | Rat | Rat bone marrow | 100 μg | IV | (i) Improved renal function | (i) Antiapoptosis (ii) Anti-inflammation | — | Wang et al. 2014 [61] |
I/R | Rat | Human bone marrow | 30 μg | IV | (i) Decreased tubular injury (ii) Improved renal function | (i) Antiapoptosis (ii) Cell proliferation | RNA | Gatti et al. 2011 [54] |
I/R | Rat | Human umbilical cord | 100 μg | IV | (i) Improved renal function | (i) Cell proliferation (ii) Antiapoptosis (iii) Antifibrosis (iv) Antioxidative stress | — | Zhang et al. 2014 [57] |
I/R | Rat | Human umbilical cord | 100 μg | IV | (i) Improved renal function | (i) Antiapoptosis (ii) Antinecrosis (iii) Antioxidative stress | — | Zhang et al. 2016 [56] |
I/R | Rat | Human umbilical cord | 100 μg | IV | (i) Improved renal function | (i) Anti-inflammation (ii) Cell proliferation (iii) Antifibrosis | miRNA | Zou et al. 2014 [58] |
I/R | Rat | Human umbilical cord | 100 μg | IV | (i) Decreased tubular injury (ii) Improved renal function | (i) Antiapoptosis (ii) Cell proliferation (iii) Antifibrosis (iv) Angiogenesis | RNA | Zou et al. 2016 [59] |
I/R | Rat | Human umbilical cord | 30 μg | IV | (i) Improved renal function | (i) Proangiogenic factors (ii) Antifibrosis (iii) Antiapoptosis (iv) Tubular dedifferentiation | RNA | Ju et al. 2015 [62] |
I/R | Rat | Human umbilical cord | 100 μg | IV | (i) Improved renal function | (i) Antiapoptosis (ii) Preserved mitochondrial morphology | miRNA (miR-30) | Gu et al. 2017 [63] |
I/R | Mouse | Mouse kidney resident | 2 × 107 MSCs | IV | (i) Improved renal function | (i) Antiapoptosis (ii) Cell proliferation | — | Choi et al. 2014 [67] |
I/R | Rat | Rat adipose tissue | 100 μg | IV | (i) Improved renal function | (i) Antiapoptosis (ii) Antioxidative stress (iii) Antifibrosis (iv) Angiogenesis | N/A | Lin et al. 2016 [68] |
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