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GUIDELINES FOR INVESTIGATION OF THE FUNCTION OF GLAD MUSCLE WATERS

机译:滑冰水功能调查指南

摘要

An apparatus for measuring the micromotion of the wall of a hollow organ comprises: a catheter having a first end and a second end; an inflatable balloon disposed over the first end of the catheter with the balloon being fluid tightly sealed to the catheter at a position intermediate the first and second ends thereof; at least four electrodes affixed to an inner surface of the balloon, the electrodes being spaced apart from one another when the inflatable balloon is at least partially inflated; and a respective electrically conductive lead electrically connected to each of the electrodes, each lead having an electrically insulating cover thereover and each lead passing through said catheter and extending beyond the second end thereof. In use, the catheter with the deflated balloon attached is brought into the hollow organ, e.g., the bladder, and then the balloon is at least partially inflated with a liquid having a predetermined electrical resistivity. The wall of the balloon is thus pressed against the wall of the organ so that the electrodes will move with movement of the organ wall. Movement of the organ wall causes movement of the electrodes which produces a variation in the resistance between the electrodes, which is measured and compared to a calibration of the apparatus to determine the motion of the wall.
机译:一种用于测量中空器官壁的微动的设备,包括:导管,其具有第一端和第二端;可膨胀气囊,其布置在导管的第一端上方,并且该气囊在其第一端和第二端之间的位置处流体密封地密封至导管。至少四个固定在气球内表面上的电极,当可充气气球至少部分充气时,电极彼此隔开。以及分别电连接到每个电极的导电引线,每个引线在其上具有电绝缘盖,并且每个引线穿过所述导管并延伸超过其第二端。在使用中,将连接有放气的球囊的导管引入中空器官,例如膀胱中,然后用具有预定电阻率的液体至少部分地对球囊充气。因此,气球的壁被压在器官壁上,使得电极将随着器官壁的移动而移动。器官壁的运动引起电极的运动,这在电极之间产生电阻的变化,该电阻的变化被测量并与设备的校准以确定壁的运动进行比较。

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