SLEEP-RELATED PERIODIC LEG MOVEMENTS (NOCTURNAL MYOCLONUS) DUE TO SPINAL-CORD LESION

被引:110
作者
YOKOTA, T [1 ]
HIROSE, K [1 ]
TANABE, H [1 ]
TSUKAGOSHI, H [1 ]
机构
[1] TOKYO METROPOLITAN NEUROL HOSP,DEPT NEUROL,TOKYO,JAPAN
关键词
SLEEP-RELATED PERIODIC LEG MOVEMENTS; MYELOPATHY; FLEXOR WITHDRAWAL REFLEX; RHYTHM GENERATOR;
D O I
10.1016/0022-510X(91)90210-X
中图分类号
R74 [神经病学与精神病学];
学科分类号
摘要
Ten patients with involuntary leg movements due to myelopathy were studied clinically and polysomnographically. The clinical manifestation and polysomnographical findings of involuntary leg movements were identical to sleep-related periodic leg movement (PLM) (nocturnal myoclonus). Since 2 patients had complete transection of spinal cord due to injury or vascular accident, the spinal cord deprived of supraspinal influences was considered to generate the rhythm of PLM. Suppression of the leg movements during REM sleep was not obvious in the patients with complete transection of spinal cord. In addition, PLM alternated from one side to the other 1-4 times a night with intervals of 1-4 h in all patients. This alternation also seemed to be from the spinal cord. This PLM of spinal cord origin was different from spinal myoclonus in their clinical features although both were generated within the spinal cord. PLM of spinal cord origin showed a triple flexion of the ankle, knee and hip, and this was very similar to a flexor withdrawal reflex which all patients exhibited. Therefore, it was suggested that PLM of spinal cord origin has a common mechanisms with spinal automatism. Although all patients had extensor plantar responses, PLM preceded the paresis in three patients and the severity of paresis was variable. There was no laterality of left and right PLMs even in patients with weakness of the leg on one side. This suggested that PLM of spinal cord origin might be induced by the interruption of the tract which was separate from, but runs near the corticospinal tract.
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页码:13 / 18
页数:6
相关论文
共 24 条
[1]   TREATMENT OF RESTLESS LEGS SYNDROME WITH LEVODOPA PLUS BENSERAZIDE [J].
AKPINAR, S .
ARCHIVES OF NEUROLOGY, 1982, 39 (11) :739-739
[2]   REFLECTION OF THIRD ORDER BLOOD PRESSURE WAVES IN LUMBAR MONOSYNAPTIC REFLEX [J].
BARNES, CD ;
BURNHAM, E .
BRAIN RESEARCH, 1969, 13 (01) :183-&
[3]   TREATMENT OF RESTLESS LEGS SYNDROME AND PERIODIC MOVEMENTS DURING SLEEP WITH L-DOPA - A DOUBLE-BLIND, CONTROLLED-STUDY [J].
BRODEUR, C ;
MONTPLAISIR, J ;
GODBOUT, R ;
MARINIER, R .
NEUROLOGY, 1988, 38 (12) :1845-1848
[4]   PERIODIC MOVEMENTS IN SLEEP NOCTURNAL MYOCLONUS - RELATION TO SLEEP DISORDERS [J].
COLEMAN, RM ;
POLLAK, CP ;
WEITZMAN, ED .
ANNALS OF NEUROLOGY, 1980, 8 (04) :416-421
[5]  
Coleman RM., 1982, SLEEPING WAKING DISO, P265
[6]  
DEJONG RN, 1979, NEUROLOGIC EXAMINATI, P464
[7]   SUPRASPINAL CONTROL OF INTERNEURONES MEDIATING SPINAL REFLEXES [J].
ECCLES, RM ;
LUNDBERG, A .
JOURNAL OF PHYSIOLOGY-LONDON, 1959, 147 (03) :565-584
[8]   PHASIC GAIN CONTROL OF REFLEXES FROM DORSUM OF PAW DURING SPINAL LOCOMOTION [J].
FORSSBERG, H ;
GRILLNER, S ;
ROSSIGNOL, S .
BRAIN RESEARCH, 1977, 132 (01) :121-139
[9]   RHYTHMIC MYOCLONUS OF RIGHT ARM AS PRESENTING SYMPTOM OF A CERVICAL CORD TUMOUR [J].
GARCIN, R ;
RONDOT, P ;
GUIOT, G .
BRAIN, 1968, 91 :75-+
[10]   WATER UPTAKE, DIAMETER CHANGE, AND NONLINEAR DIFFUSION IN TREE STEMS [J].
PARLANGE, JY ;
TURNER, NC ;
WAGGONER, PE .
PLANT PHYSIOLOGY, 1975, 55 (02) :247-250