Rivaroxaban Reduces Cerebral Hemorrhage in Mice with TPA Ischemic Stroke after Thrombolysis by Down-Regulating PAR-1 and PAR-2
Rivaroxaban Reduces Cerebral Hemorrhage in Mice with TPA Ischemic Stroke after Thrombolysis by Down-Regulating PAR-1 and PAR-2
Sen Ye1, Jiangang Pang2 and Xiuli Wang3*
Fig. 1.
Representative photographs of intracerebral hemorrhage (ICH) show: W+tPA group has stronger intracerebral hemorrhage (arrow), R(L)+tPA group has weaker intracerebral hemorrhage, (R(H)+tPA group has stronger intracerebral hemorrhage (arrow), R(L)+tPA has weaker intracerebral hemorrhage, (R)+tPA group has stronger intracerebral hemorrhage (arrow), and R(H)+tPA group has weaker intracerebral hemorrhage (arrow). Scale: 2mm.
For details of groups, see Table I.
Fig. 2.
W+tPA group has stronger IgG staining in neurons and nerve fiber network, but the difference is insignificant between the four groups. Scale: 50mm. For details of groups, see Figure 1 and Table I.
June 2023
Vol. 55, Iss. 3, Pages 1003-1500
