medlab

Heart contraction and heart rate were recorded using Medlab bio-signal collection system .

通过Medlab生物信号采集处理系统，描记心肌收缩力和心率。

The result were recorded using MedLab bio-signal collection system .

经MedLab生物信号采集处理系统记录和处理实验数据。

METHODS Changes of isolated organ 's tension were monitored with force displacement transducer and MedLab recording system .

方法应用离体器官装置、张力换能器、MedLab记录系统测定肺条和气管平滑肌的张力。

Application of Medlab bio-signal operating system to measuring action potential of nerve cord and its velocity of conduction

Medlab在神经干动作电位及传导速度测定实验中的应用

Contractile amplitude and frequency of the isolated uterine smooth muscles were recorded by MedLab Biological Signal Collection System .

L-1，MedLab生物信号采集系统记录给药前后子宫平滑肌收缩幅度和频率。

Methods The rats ' blood pressure and heart rate were tested by using a. carotis communis catheterization via MedLab bio-signal collection system .

方法本实验采用颈总动脉插管，MedLab生物信号采集处理系统，测定大鼠血压和心率。

To introduce the example of pouring experiment on frog heart in order to understand the composition , function , fundamentals of work , application and characteristics of the system of Medlab organism signal . It is important to improve the teaching quality of functional experiment in medical college .

以蛙心灌流实验为例，了解Medlab生物信号采集处理系统组成、功能、工作基本原理、使用方法和特点，对于提高医学机能实验教学质量有着重要的意义。

Method : Medlab / 4 s vital signal recorder was used to measure the effects of extract from Shenghua decoction ( 3-12 mg · mL ~ ( - 1 )) on contractile amplitude and frequency of the isolated uterus from normal , estrogen-treated and postpartum mice .

方法：采用正常未孕小鼠、雌激素预处理小鼠及产后小鼠离体子宫标本，以Medlab生物信号采集处理系统记录生化汤水提取物（3~12mg.mL-1）对子宫的收缩幅度及频率的影响。