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| 1. | 乙醇对蟾蜍坐骨神经绝对不应期的影响 | |
| | Influence of ethanol on absolute refractory period ofsciatic nerve in hoptoad
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| 2. | 低浓度乙醇缩短其绝对不应期 | |
| | Ethanol at low concentrations shortened its absolute refractory period
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| 3. | 高浓度乙醇延长其绝对不应期。 | |
| | while ethanol at high concentrations prolonged its absolute refractory period.
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| 4. | 绝对不应期电刺激对正常兔在体心脏心功能的影响 | |
| | Effects of electric stimulations applied during absolute refractory period on cardiac function of normal rabbits
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| 5. | 应用BL-310生物机能实验系统测定骨骼肌的绝对不应期 | |
| | Measurement of the absolute refractory period of skeletal muscles by BL-310 biological and functional experimental system
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| 6. | 目的建立测定骨骼肌的绝对不应期的实验方法。 | |
| | Results The absolute refractory period of skeletal muscles detected by this method was about 0.
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| 7. | 绝对不应期电刺激对心力衰竭豚鼠心室肌细胞钙离子流的影响 | |
| | Effect of electrical stimulation during absolute refractory period on calcium change in failing guinea-pigs ventricular myocytes
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| 8. | 不同浓度乙醇对神经干的绝对不应期有显著的影响 | |
| | Ethanol at various concentrations has an obvious effect on the absolute refractory period of nerve stem.
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| 9. | 结果该方法测定的骨骼肌绝对不应期接近0·8ms。 | |
| | Results The absolute refractory period of skeletal muscles detected by this method was about 0.
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| 10. | 结果在绝对不应期加复极化刺激可明显增加Ca2+内流。 | |
| | Results The inward calcium current was increased by applying repolarization stimulation during absolute refractory period.
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