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Table 2 Overview of gene-transfected MSC studies conducted in in vitro and in vivo models

From: Enhancement of therapeutic potential of mesenchymal stem cell-derived extracellular vesicles

MSC origin

Model

In vivo/in vitro potency

Transgene

Ref.

H - BM

Glioblastoma

Increased survival in glioma stem cell-injected mice

miR-124a

[144]

H - BM

Breast cancer

Decreased tumor activity and size

miR-379

[145]

H - BM

Renal fibrosis

Decreased matrix deposition

miR-let-7c

[108]

H - SYN

Diabetes skin defect

Increased proliferation of fibroblasts and epithelial cells

miR-126

[117]

H - SYN

Osteoarthritis

Increased cartilage tissue regeneration

miR-140-5p

[116]

H - UC

Glioblastoma (in vitro)

Decreased proliferation and migration and increased chemosensitivity

miR-124

[111]

H - UC

Burn-induced inflammation

Decreased inflammation

miR-181c

[146]

H/M - AD

Liver fibrosis

Inhibited fibrosis

miR-122

[109]

H/M - AD

Hepatocarcinoma

Inhibited tumor growth

miR-122

[110]

Marrow stromal cells

Glioma

Inhibited tumor growth

miR-146b

[112]

M - AD

Liver fibrosis

Increased autophagy

miR-181-5p

[147]

M - BM

Autoimmune hepatitis

Recovery from liver injury

miR-223

[115]

R - BM

Myocardial infarction

Improved cardiac function and reduced infarction size

miR-19a

[100]

R - BM

Cortical neuron activation (in vitro)

Increased axonal growth

miR-17-92

[113]

R - BM

Intracerebral hemorrhage

Neuroprotective effects

miR-133b

[114]

R - BM

Acute myocardial infarction

Increased cardiac function

miR-133

[148]

R - BM

Cardiomyocyte activation (in vitro)

Increased survival after hypoxia in cardiomyocytes

miR-221

[149]

  1. Abbreviations: MSC mesenchymal stem cell, H human, M mouse, R rat, BM bone marrow, AD adipose tissue, UC umbilical cord, SYN synovial