Time intervals in systolic period of cardiac cycle assessment by velocity doppler tissue imaging : characteristic findings in normal subjects 用组织多谱勒评价左右心室收缩期时间间期
2 . we studied the isi by the method of return map and any obvious geometrical structure was not found . 1 用回归影像分析视上核神经元自发放电峰峰间期数据，找不到明显的几何结构。
4 . the sampling system designed can completely view and record action potential , firing frequency and isi in real time 4编制的实验采集系统适用子观察记录实验波形、频率和峰峰间期信号。
Conclusions : our findings indicate the presence of interictal structural changes in the somatosensory cortex ( ssc ) of migraineurs 结论：我们的研究结果显示偏头痛患者ssc在发作间期存在结构改变。
We extract period 1 upo from isi data of son . then we studied it ' s local dynamics and a saddle - nod was found . 4 对视上核神经元自发放电峰峰间期的非稳定周期轨道进行分级，找到了周期二、三。
Cytoskeleton of a cultured epithelial cell . microtubules are shown in green and dna is shown in blue 处于有丝分裂间期的动物上皮细胞。绿色为微丝，红色为肌动蛋白，蓝色为染色质，中心点复制成两个。
Correlation studies of heart rate variability , ventricular late potential , qt dispersion and left ventricular ejection fraction in coronary heart disease patients 间期离散度及左室射血分数相关性研究
9 . the action potential , firing frequency and isi data by sampling system designed reflected the fact of our experiment 自行设计的实验采集系统采集的各种实验波形、频率和峰峰间期等数据反映了实验标本活动的真实情况。
2 . the irregular isi data of spontaneous firing from son is not noise , there is a deterministic mechanism in it . 3 通过upo的检测结果提示：大鼠视上核神经元自发放电峰峰间期看似杂乱的数据并不是随机的，有其确定性机制特征。
Cytoskeleton of a cultured epithelial cell . microtubules are shown in green , actin is shown in red and dna is in blue . image by steve rogers 人工培养的动物上皮细胞，目前处于分裂间期。绿色为微丝，红色为肌动蛋白，蓝色为dna （染色质） 。
