分析实质增强灶数量、形态、早期增强率和时间信号强度曲线形态并与良恶性病变比较。
Morphology, early phase enhancement rate, and signal intensity time course of the contrast enhancing areas in volunteers were investigated and compared with that of benign and malignant lesions.
对18例肝硬化患者以及10例正常人行单平面动态肝动脉造影术，分析肝组织的造影时间强度曲线。
METHODS? The contrast time intensity curve of the liver tissue by SD CTAH was analyzed in 18 cases of liver cirrhosis and 10 cases of normal liver.
测量病灶实体的增强程度，绘出动态时间-信号强度曲线。
The relative signal intensity of lesions was calculated and plotted as time intensity curves.
动态资料的评价参数包括：早期增强率、时间信号强度曲线类型以及病变的形态学特征。
The parameters for evaluation in dynamic contrast enhanced MRI included early enhancement rate, time signal intensity curve pattern and lesion's morphological features.
用时间强度曲线分析造影图像。
Time intensity curves were constructed to analyze myocardial perfusion quantitatively.
目的：探讨心肌声学造影时间-强度曲线（TIC）各项参数定量评价冠脉血流储备（CFR）的可靠性及反映CFR的可靠指标。
Objective:To study on reliability and reliable indexes of quantitative assessment of coronary flow reserve(CFR)by time intensity curve(TIC)with myocardial contrast echocardiography.
分析各组受检者的时间-信号强度曲线、峰值时间和肝脏灌注指数。
The time-intensity curve (tic), peak time and hepatic perfusion index of each group were analyzed.
对照组受检者单侧肢体运动均可在对侧大脑半球初级运动皮质观察到兴奋区，其最大信号像素时间-信号强度曲线与BLOCK模式运动时相一致。
Signal changes were observed within contralateral primary motor cortex in subjects of control group. The maximal signal pixel time-signal curve was the same to the movement of BLOCK model.
得出时间-信号强度曲线。
目的：探讨心腔声学造影时间-强度曲线(TIC)参数定量评价右心收缩功能的可靠性及寻找反映右心收缩功能的可靠指标。
Objective: to study on reliability and reliable indexes of quantitative assessment of right ventricular systolic function by time-intensity curve (TIC) with right ventricular contrast.
结论声学造影后肝实质时间强度曲线可以反映肝硬化时大鼠肝脏微循环与血流动力学改变，有望成为诊断肝硬化的新方法。
Conclusion tic of liver parenchyma after contrast ultrasound can reflect the changes of hepatic microcirculation and hemodynamics in liver cirrhosis, which is hopeful to be a new diagnostic method.
并绘制其时间一信号强度曲线。
The dynamic curves of signal-noise for each case were made and analysed.
结果显示在同一剂量下，不同部位的时间-强度曲线是有变化的。
Results Mean transit time and the distribution volume of the compartment can affect the shape of the time intensity curve at the same dosage.
肾是进行时间-强度曲线半定量分析的良好脏器，时间-强度曲线的相关参数可有效反映肾血流灌注量的变化。
The kidney is the good organ in time-intensity curve study and the parameters of the curve can effectively describe the renal perfusion.
肾是进行时间-强度曲线半定量分析的良好脏器，时间-强度曲线的相关参数可有效反映肾血流灌注量的变化。
The kidney is the good organ in time-intensity curve study and the parameters of the curve can effectively describe the renal perfusion.
应用推荐