1.Paroxysmal Kinesigenic Dyskinesia Presented Following Concussion
Norman COTTRILL ; Brian MCCULLY ; Mary PAYNE
Journal of Movement Disorders 2019;12(1):52-53
No abstract available.
Dyskinesias
2.Recent Advances in the Development of Experimental Therapeutics for Levodopa-Induced Dyskinesia
Michael L MARTINI ; Sean N NEIFERT ; J MOCCO ; Fedor PANOV ; Winona TSE ; Ruth H WALKER ; Jian JIN ; Fiona GUPTA
Journal of Movement Disorders 2019;12(3):161-165
No abstract available.
Dyskinesias
3.Recurrent Belly Dancer's Dyskinesia with Pregnancy
Belal ALDABBOUR ; Islam E'LEIMAT ; Kefah ALHAYEK ; Aiman MOMANI
Journal of Movement Disorders 2019;12(2):128-129
No abstract available.
Dyskinesias
;
Pregnancy
4.Bilateral temporo-mandibular joint dislocation due to complication of oro-facial dyskinesia
Sung Ho Jang ; Ah Young Lee ; Byung Rho Chin ; Han Do Lee
Neurology Asia 2016;21(3):291-293
Oro-facial dyskinesia (OFD) is involuntary, abnormal, uncontrolled and stereotyped movements,
consisting of forehead furrowing, eye opening and closing, smacking and pursing of the lips, lateral
deviation and protrusion of the tongue, and occasionally lateral deviation and protrusion of the jaw.1
OFD is known to have various complications including speech difficulty, chewing and eating disorders,
and social embarrassment; facial muscle stiffness, mucosal and gingival traumatic lesions. In addition,
it may leads to cranio-mandibular joint (TMJ) complications in the presence of intense and prolonged
abnormal movements, with pain and degeneration.1,2 There is no previous report of TMJ dislocation
due to OFD. In this report, we describe a patient who developed bilateral anterior TMJ dislocation
due to OFD which occurred following intra-cranial hemorrhage (ICH).
Movement Disorders
;
Dyskinesias
5.Myotonia Congenita Can Be Mistaken as Paroxysmal Kinesigenic Dyskinesia
Aryun KIM ; Mihee JANG ; Han Joon KIM ; Yoon KIM ; Dae Seong KIM ; Jin Hong SHIN ; Beomseok JEON
Journal of Movement Disorders 2018;11(1):49-51
No abstract available.
Dyskinesias
;
Myotonia Congenita
;
Myotonia
6.A Case of Bilateral Asynchronous Complex and Nonparoxysmal Involuntary Movements of the Arms and Hands in a Clinically Definite Spinal Form of Multiple Sclerosis.
Ki Hyeong LEE ; Beom Seok JEON
Journal of the Korean Neurological Association 1994;12(4):793-796
No abstract available.
Arm*
;
Dyskinesias*
;
Hand*
;
Multiple Sclerosis*
7.Unilateral Asterixis Induced by Antiepileptic Drugs in Epileptic Patients with Structural Brain Lesion.
Journal of the Korean Neurological Association 2002;20(3):283-286
It is well recognized that antiepileptic drugs (AEDs) can cause generalized or bilateral asterixis. However, the unilat-eral asterixis induced by AEDs has been rarely reported in patients with structural brain lesions. We report 2 patients who developed unilateral asterixis within therapeutic AEDs levels. In both patients, the unilateral asterixis disappeared when the daily dosage of AEDs was decreased. Our cases suggest that the cerebral hemisphere with structural lesions might be more vulnerable to the development of AEDs-induced asterixis.
Anticonvulsants*
;
Brain*
;
Cerebrum
;
Dyskinesias*
;
Humans
8.Astasia and Asterixis after Acute Unilateral Thalamic Infarction.
Hyo Kyung KIM ; Jong Sung KIM ; Myoung Chong LEE
Journal of the Korean Neurological Association 1995;13(1):104-108
Organic causes of astasia or asterixis have been described in the literature. However, concurrent unilateral manifestation of the two symptoms is extremely rare. We report two cases presenting with astasia and asterixis due to infarcts involving the ventrolateral nucleus of the left thalamus. Acute onset of astasia or asterixis in patients without significant metabolic disorder should alert the clinician on the possibility of acute stroke involving the thalamus.
Dyskinesias*
;
Humans
;
Infarction*
;
Stroke
;
Thalamus
9.Deep Brain Stimulation of the Subthalamic Area for Dystonic Tremor.
Seong Gyu JEONG ; Myung Ki LEE ; Won Ho LEE ; Chang Ghu GHANG
Journal of Korean Neurosurgical Society 2009;45(5):303-305
The stereotactic surgical target for dystonic tremor is the subject of ongoing debate. Targeting the subthalamic area using deep brain stimulation has been regaining interest as a therapy for various types of involuntary movements. We describe the efficacy of stimulation of the subthalamic area in a patient with intractable dystonic tremor. Excellent control without neurological complications was achieved. This case report demonstrates that the subthalamic area is a valuable target for the control of dystonic tremor.
Deep Brain Stimulation
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Dyskinesias
;
Humans
;
Tremor
10.The Effects of Midazolam on Propofol-Induced Involuntary Movement, Pain on Injection and Maintenance Dose.
Sang Yoon CHO ; Kyoung Hun KIM ; Woo Jong SHIN ; Jong Hoon YEOM ; Yong Chul KIM ; Dong Ho LEE
Korean Journal of Anesthesiology 1999;37(6):1041-1045
BACKGROUND: This study examined the effects of midazolam on the propofol-induced involuntary movements, pain on injection, the maintenance dose of propofol, and recovery characteristics. METHODS: In a double-blind, randomized study, 30 children (2 8 yr of age, ASA physical status I or II) undergoing short duration of ENT procedures received midazolam 0.06 mg/kg (Group M) or an equal volume of placebo (Group P) intravenously 3 min before the injection of propofol. At induction of anesthesia an independent anesthesiologist graded the incidence, severity of involuntary movements, and pain on injection. RESULTS: Both groups were similar in age, sex, weight, propofol dose, duration of surgery and anesthesia. Incidence of involuntary movements showed no significant difference between two groups. But, there were significant difference in severity between two groups (P < 0.05). There was significant decrease in pain on injection in group M than group P and no significant differences in open eyes on command, time to extubation and time to discharge. CONCLUSION: Our result demonstrated that midazolam 60 microgram/kg compared with placebo did not reduce the incidence of involuntary movement, but reduced the severity of involuntary movement without delayed recovery. And there was significant reduction of pain on injection in midazolam 60 microgram/kg administration.
Anesthesia
;
Child
;
Dyskinesias*
;
Humans
;
Incidence
;
Midazolam*
;
Propofol