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. 2020 Dec 3;9(12):3922. doi: 10.3390/jcm9123922

Table 4.

In vivo studies in the treatment of UC using BMSCs.

Method of UC Induction Animal Model Outcome Reference
TNBS Mice Repair of injured intestinal mucosa. [65]
TNBS Rat Healing in colonic lesions. [66]
TNBS Guinea-pig Prevention of enteric neuropathic inflammation. [67]
TNBS and DSS Mice Diminishing mucosal damage. [68]
TNBS and DSS Rat Enhancement in the repair of an injured intestinal epithelium. [37]
DSS Rat Ameliorating colonic lesions. [69]
DSS Rat Repair of ulcerations. [70]
DSS Rat Improvement in prompted colonic lesions. [71]
DSS Rat Promoting the repair of colitis. [72]
DSS Mice Preventive and fast recovery effects of mucosal damage. [47]
DSS Mice Healing effects in colonic lesions. [48]
DSS Mice Optimal mice colitis recovery. [73]
DSS Mice Alleviation of colonic pathology. [74]
DSS Mice Successful colonic mucosal regeneration. [27]
DSS Mice Beneficial effects in healing of colonic lesions. [75]
DSS Mice Attenuating UC. [76]
DSS Mice No significant histopathologic or clinical improvement, limited therapeutic approach. [77]
DSS Mice Promotion of tissue repair. [78]
DSS Mice Reduction in intestinal inflammation. [79]
DSS Mice Promoting healing effects in colonic lesions. [80]
DSS Mice Enhancing repair in injured tissue. [81]
DSS Mice Restoring intestinal mucosal permeability. [82]
DSS Mice Sustained protection against acute inflammation in the long term. [83]
Acetic acid Rat Ameliorating clinical manifestations and inflammation in UC. [46]

TNBS: Trinitrobenzene sulfonic acid; DSS: Dextran sulfate sodium-induced colitis; MSCs: Mesenchymal stem cells; BMSCs: Bone marrow-derived stem cells.