为此我们以大鼠挤压伤为模型，研究脊髓损伤后血脊髓屏障与小胶质细胞的变化之间的关系。
So we used spinal cord crushing as a model to study the relationship between the destruction of Blood Spinal Cord Barrier and the activation of microglia cells and in the experiment we use H.
结论：外接TAT的脂质体可以穿过大鼠正常的血脊髓屏障进入脊髓内部，并且具有进入受损脊髓组织神经元的靶向特异性。
Conclusion: the external TAT liposomes can cross the normal blood and spinal cord barrier, which shows damaged neurons targeting characteristics.
结论：外接TAT的脂质体可以穿过大鼠正常的血脊髓屏障进入脊髓内部，并且具有进入受损脊髓组织神经元的靶向特异性。
Conclusion: the external TAT liposomes can cross the normal blood and spinal cord barrier, which shows damaged neurons targeting characteristics.
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