Objective To explore the effect of mild hypothermia on oxygen free radicals (OFR) following the experimental ischemic brain at defined time window.
目的探讨亚低温在不同时间窗对实验性脑梗死氧自由基的影响。
In non-aqueous system , potential scale is not limited by generation of oxygen and hydrogen, so the system has relatively wider potential window than aqueous system, also it can solve many .
非水体系由于不受水体系中析氢和析氧的限制，具有较宽的电位区间，并且能溶解许多有机和无机物质，因此，在电化学研究中受到广泛的应用。
In non-aqueous system , potential scale is not limited by generation of oxygen and hydrogen, so the system has relatively wider potential window than aqueous system, also it can solve many .
非水体系由于不受水体系中析氢和析氧的限制，具有较宽的电位区间，并且能溶解许多有机和无机物质，因此，在电化学研究中受到广泛的应用。
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