THE MECHANISM OF EXPERIMENTAL BRAIN INJURY FOLLOWING FLUID PERCUSSION IN RAT
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    Abstract:

    Objective To observe the mechanism of traumatic brain injury (TBI) following fluid percussion in rats. Methods TBI was made by the fluid percussion device. The intracellular free calcium concentrations([Ca2+ ] i) of hippocampus in the TBI was detected by flouormeter with fluorchrome Fura - 2/ AM. Results [Ca2+ ]i was increased markedly with moderate TBI. Conclusion The calcium channel of cell membrane was open after TBI which could cause a large mount of calcium into cell inner, and increased concentration of intracellular free calcium. It might play an important role in the experimental brain injury.

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SHAO Yang, ZENG Lin, LONG Zai-yun, LIAO Wei-hong, WU Ya-min, WANG He. THE MECHANISM OF EXPERIMENTAL BRAIN INJURY FOLLOWING FLUID PERCUSSION IN RAT[J]. Journal of medical biomechanics,2003,18(1):20-22

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