Fig. 9From: Good manufacturing practice production of human corneal limbus-derived stromal stem cells and in vitro quality screening for therapeutic inhibition of corneal scarringTreatment with CSSC(GMP) on mouse corneas with anterior stromal injury to validate the SI prediction of anti-scarring potency. A Mouse corneal images showing the scarring outcomes at day 14 post-treatment with CSSC(GMP) having different SI values. Cells with SI < 10 (middle row) showed strong scar inhibitory effect while cells with SI > 10 (bottom row) were ineffective to control scar formation. Anterior segment OCT images show the cross-sectional corneal changes. B Percentages of scarring area—treatment of CSSC(GMP) with SI < 10 had significant scar inhibition, whereas injured corneas treated by CSSC(GMP) with SI > 10 showed similar scarring as the untreated wound controls (WND). (C) Central corneal thickness (CCT) measured using ASOCT images (in panel A)—the scar-reducing outcome by CSSC(GMP) with SI < 10 significantly reduced corneal thickening due to stromal injury (WND). D and E Significant downregulated expression of fibrosis (αSMA, Col3a1) and inflammatory genes (iNOS and MCP1) after treatment with CSSC(GMP) having SI < 10 when compared to WND. *P < 0.05, **P < 0.01 (one-way ANOVA, nonparametric)Back to article page