Fleckenstein P, Oigaard A
Am J Dig Dis. 1978 Sep;23(9):776-80. doi: 10.1007/BF01079785.
An intraluminal probe with 10 pairs of bipolar electrodes was used for continuous recording of myoelectric activity along the entire small intestine during 24 hr in 2 normal fasting human subjects. Two types of regular migrating activity were observed: (1) Bands of a great number of spike potentials appearing at hourly intervals migrating through the entire small intestine. This activity corresponds to phase III of the "interdigestive myoelectric complex" described in animal experiments. (2) Bursts of a few spike potentials appearing with minute intervals migrating only through the jejunum. This activity has not previously been demonstrated in man nor in intact animals, but corresponds to the "minute-rhythm" described from in vitro experiments.
在2名正常禁食的人类受试者中，使用带有10对双极电极的腔内探头，在24小时内连续记录整个小肠的肌电活动。观察到两种类型的规则移行活动：（1）大量锋电位带每隔1小时出现，在整个小肠中移行。这种活动相当于动物实验中描述的“消化间期肌电复合波”的Ⅲ期。（2）少数锋电位的爆发以分钟间隔出现，仅在空肠中移行。这种活动以前在人类和完整动物中均未得到证实，但与体外实验中描述的“分钟节律”相对应。
