Search PubMed⌕ Search

SEARCH · Search PubMed

Results for “ATHETOSIS”

Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 721 records · Page 40Linked to original sources
PubMed1976

Contingent feedback for training children to propel their wheelchairs.

Three multiply handicapped children were taught self-movement of their wheelchairs. This behavior was established through the use of contingent reinforcement within 30-minute therapy sessions. When a high number of self-movement responses were obtained, the reinforcement was systematically withdrawn to allow the responses to come under the control of the natural environmental consequences.

Adolescent↗
PubMed1982

Movement disorders in children: Tourette syndrome.

Movement disorders in childhood are rare, but their occurrence is dramatic and frightening. Differential diagnosis depends primarily on a detailed evaluation of the history and an analysis of the characteristics of the movements. Tics are the most common movement disorder in childhood, ranging in severity for simple transient tics to the complex Tourette syndrome, which may be associated with many bizarre behaviors. Minimal defining characteristics of Tourette syndrome are the presence of multiple motor and vocal tics. Associated features may include echolalia, coprolalia, complex stereotyped movements, and compulsive behavior. There is a prominent familial occurrence of Tourette syndrome. Stimulant drugs may cause exacerbation of symptoms. The only consistency useful medication is haloperidol, but its use is associated with side effects in approximately 50% of the patients treated.

Athetosis↗
PubMed1999

Acetazolamide relieves concurrent episodic movement disorders encountered in Southern states.

Patients with episodic or paroxysmal movements or postures often are thought to have hysteric or psychosomatic illnesses. Kinesigenic (movement-induced) posturing similarly is usually misinterpreted. This case is notable because of the presence of symptoms of two distinct diseases with similar symptoms and changes from one dystonic posture to another during three different durations of attack. The condition improved with acetazolamide therapy. The effect of acetazolamide on sodium and potassium ionophores is discussed because of new genetic information about these illnesses.

Acetazolamide↗
PubMed1989

Unstable cervical spine in athetoid cerebral palsy.

The manifestations and pathomechanism of cervical instability of the athetoid neck in cerebral palsy (CP) patients was clarified in this study by means of static and dynamic x-ray analysis. Instability was defined as follows: 1) listhesis indicating anterior or posterior slip of more than 3 mm and/or 2) sagittal rotation between two vertebrae beyond the normal range measured by Penning. Cervical instability fitting this definition mainly took place in the upper and middle cervical disc levels, such as C3-4, C4-5, and/or occasionally C5-6. These coincide with the disc levels adjacent to the apex of the lordotic curve and/or those around the transitional vertebrae between the two reversed curves that render the cervical spine S-shaped in athetoid CP. A large facet angle at the apex vertebra facilitated anterior and/or posterior listhesis of the vertebrae. Conversely, a sudden decrease in the facet angle around the transitional vertebra in S-shaped curves precipitated deflection of the spine and increased sagittal rotation at this level. In addition to these structural abnormalities, rapid and repetitious neck movements seemed to accelerate the progression of cervical instability in athetoid CP patients.

Athetosis↗
PubMed1990

Motion analysis of the cervical spine in athetoid cerebral palsy. Extension-flexion motion.

Frequently instability and premature onset of spondylosis of the cervical spine are found in athetoid cerebral palsy (CP) patients. These structural abnormalities appear to be related to athetoid motion of the neck in CP. Through motion analysis, the authors aimed to clarify the abnormalities of cervical motion that could precipitate structural abnormalities. The gross characteristic feature of cervical motion in athetoid CP is "whip movement." Both velocity and acceleration during extension-flexion motion were greater than in normal subjects, especially at the upper cervical levels. Also, a sudden increase in velocity and acceleration occurred during rapid motions at certain levels, followed by a larger range of motion of the cervical spine. Such kinematic abnormalities were thought to generate a greater shearing force and bending moment exerted on the corresponding cervical articulations-discs and facets. Olisthetic instability often accompanied disc degeneration at the upper cervical levels. A large range of extension--flexion motion of the cervical spine, analogous to a cantilever, caused a repeated bending moment of extraordinary magnitude and was regarded as a precipitative factor for disc degeneration and osteophytosis common at the middle and lower levels of the disc.

Adult↗