1.
The Relationship between Myocardium Responsiveness and Its Firing Dynamics;
心肌反应性与放电节律动力学状态的关系
2.
Research on the Neural Dynamic Considerations Based on Firing Rhythm
基于放电节律的神经系统动力学问题研究
3.
Effect of External Stimulation on CA1 Pyramidal Neuronal Firing
外界刺激对CA1锥体神经元放电节律的影响
4.
Fire patterns of coupled FitzHugh-Nagumo neurons exposed to external electric field
外界电场激励下的耦合FitzHugh-Nagumo神经元系统的放电节律研究
5.
Ionic Basis and Nonlinear Dynamical Mechanism of the Rhythm Transitions in the Spontaneous Discharges of Injured Nerve
损伤神经自发放电节律变化的离子基础和非线性动力学机制
6.
These results suggest that the UPO play an important role in the dynamics of the irregular firing pattern of neuron's discharge.
提示出非稳定周期轨道在神经不规则放电节律的动力学之中起着重要作用。
7.
The period-adding bifurcation of firing dynamics was observed inthe experimental model obtained from the ligated sciatic nerve.
在大鼠坐骨神经结扎模型中，记录到放电节律以周期加方式相互转化。
8.
Rhythmic Pattern and Rules of Dynamic Variations in Spontaneous Discharge of Injured Dorsal Root Ganglion Neurons;
损伤背根节神经元自发放电的节律形式及其动力学变化规律
9.
Effect of glial cell metabolism on respiratory rhythmical discharge activity in neonatal rat medulla oblongata slices
胶质细胞代谢对新生大鼠离体延髓脑片呼吸节律性放电的影响
10.
Effects of A68930 on rhythmical respiratory discharge in isolated neonatal rat brainstem slice
A68930对新生鼠离体延髓脑片呼吸节律性放电的影响
11.
Adenosine A1 Receptors Are Involved in the Modulation of the Rhythmical Respiration and the Discharge Activities of Respiratory Neurons in Neonatal Rat Brainstem Slice in Vitro;
腺苷A1受体对新生鼠离体延髓脑片呼吸节律性放电及呼吸神经元电活动的调制
12.
Role of Glycine in the Modulation of Rhythmical Respiration and Discharge Activities of Respiratory Neurons in the Medulla Oblongata Slice Preparation of Neonatal Rats
甘氨酸在新生大鼠离体延髓脑片呼吸节律性放电及呼吸神经元电活动中的作用
13.
amplifier-type voltage regulator
放大器式电压调节器
14.
a television documentary
电视播放的记实节目.
15.
The Study on Banxiaxiexin Decoction Regulating Gastric Electric Rhythm by Divided Design;
半夏泻心汤调节胃电节律的拆方研究
16.
The Relationship between Circadian Gene Period2 and Cell Radiosensitivity;
节律基因Period2与放射敏感性的研究
17.
After cotton paper soaking up 2μg soman was placed on the ventral surfaceof cervical spinal cord in which phrenic motoneurons are located,the rhythmicphrenic nerve activity did not stop.
从膈神经元所在的颈髓局部浸润索曼不能停止膈神经节律吸气放电。
18.
Study on role of propofol on the spontanous rhythmical respiratory discharges in the isolated medulla-spinal cord preperation of mewborn rats;
异丙酚对新生大鼠离体延髓—脊髓标本自发节律性呼吸放电作用及相关机制的研究