Fig. 2From: Combined transplantation of hiPSC-NSC and hMSC ameliorated neuroinflammation and promoted neuroregeneration in acute spinal cord injuryRecovery of motor function after stem cell transplantation in SCI. Assessment of motor function in PBS or stem cell treated mice using the BMS test: Subscore (A), BMS score (B), coordination (C), trunk (D), and the stepping score of right side (E) and left side (F). All animals in the M&N group showed significantly higher performance in the open-field BMS test than Con group (B). Significantly higher subscores were recorded for the M&N group than the Con group (A). With regard to coordination (C), in which stepping with body weight support is essential, a steady but insignificant trend toward higher performance was observed in the M&N group. Trunk function recovered earlier and to a greater extent in the M&N group than in the Con group (D). After stem cell transplantation, the M&N group showed a stable but non-significant trend of higher performance on stepping function at the early stage and from the dpo 7 onwards,showed a prominent increase (E, F). Mice limb function at dpo 1 (G, H); Mice limb function at dpo 28 (g, h). *p < 0.05; **p < 0.01Back to article page