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Disordered sensorimotor control , resultingresultingfrom an upper motor neuron lesion ( UMN
MS spasticity " disordered sensorimotor controlresultingfrom an upper motor neuron lesion
that spasticity is : ' Disordered sensorimotor control ,resultingfrom an upper motor neuron lesion ( UMN
the underlying neuronal component of disordered sensorimotor controlresultingfrom upper motor neuron lesions
a dropped footresultingfrom an upper motor neuron lesion
Pandyan et al more recently redefined spasticity as disordered sensorimotor control ,resultingfrom an upper motor neurone lesion
the corticospinal tractsresultingin an upper motor neuron lesion
a significant clinical syndrome of CPresultingfrom upper motor neuron lesions
a chronic condition defined as “ disordered sensory - motor control ,resultingfrom an upper motor neuron lesion
cerebral palsy and other neurological diseasesresultingfrom upper motor neuron lesions
poststroke weaknessresultsfrom an upper - motor neuron lesion
a phenomenon defined as disordered sensory - motor control ,resultingfrom upper motor neuron ( UMN ) lesion
SPASM ) project defines spasticity as “ disordered sensory - motor controlresultingfrom an upper motor neuron lesion
both MS and strokecan causeupper motor neuron lesions
a treatment for drop footresultingfrom an Upper Motor Neurone lesion
Some medical conditions , such as cerebral palsy , a movement disorder caused by abnormal brain development or a brain injury before birth , or seizure disorders , a condition marked by irregular firing of nerve cellsmay also causea upper motor neuron injury
Cogwheel and lead - pipe rigidities ... clasp - knife rigidityresultsfrom upper motor neuron lesions
Cerebral palsy ( CP ) is the most common cause of chronic motor disability in childhood.1–3 Paresis and spasticity ,resultingfrom the upper motor neuron lesion
damage to the neurons ( or their axons ) that innervate lower motor neurons ( LMNs(passive) caused byUpper motor neuron ( UMN ) lesions
various neurological disorders or trauma(passive) can be caused byAn upper motor neuron lesion ( UMNL
A unilateral lesioncauseslower motor neurone lesion
damage to the cortical neurons that give rise to the corticospinal and corticobulbar tracts(passive) are caused byUpper motor neuron lesions
brain or spinal cord trauma or pathology(passive) caused byUpper motor neuron leison
Cortico spinal tractsresultingin upper motor neuron lesions
traumatic brain injury or anoxic insultresultingin an upper motor neurone lesion
cerebrovascular accident ( CVA(passive) caused byupper motor neuron lesions
Bad development of germinal matrix and neuronal migrationleadto upper motor neuron lesion
trauma to the brain Comments(passive) may be caused byLesion of upper motor neurons
Pathological reflexresultingfrom an upper motor neuron lesion 2
contracturesresultingfrom upper motor neuron injury
These phenomena ,resultingfrom the upper motor neurone lesion
an important clinical syndrome of Cerebral Palsy ( CPresultingfrom upper motor neuron lesion
the spinal reflex arcresultingfrom an upper motor neurone lesion
exaggerated reflexesresultingfrom upper motor neuron injury
both the anterior horns ( motor ) of the grey matter (causinga lower motor neuron lesion
the ( ASC ) Atlas Subluxation Complex(passive) caused byUpper Motor Neuron Lesion
damage to the basal ganglia due to cerebral anoxia(passive) caused byupper motor neuron lesions
the bulbar musculatureis resultingfrom an upper motor neuron lesion
pathological reflexesresultingfrom an upper motor neuron lesion
the damage of the brain and/or the spinal cord that resulted in the formation of spastic paresis and paralysis(passive) caused bythe upper motor neuron lesion
muscle spasticity(passive) caused bymuscle spasticity
a positive babinski upper and lower motor neurons lower motordoes ... causea positive babinski upper and lower motor neurons lower motor
the treatment of Foot Drop(passive) caused bythe treatment of Foot Drop
to a loss of supraspinal inhibitioncan leadto a loss of supraspinal inhibition
in spasticity from a number of mechanismsresultin spasticity from a number of mechanisms
Spasticity and hyperactive reflexes(passive) are caused bySpasticity and hyperactive reflexes
to severe spasticity and dystonialeadingto severe spasticity and dystonia
spasticity.and at the level of lesioncausingspasticity.and at the level of lesion
from injury , disease , or conditions that involve damage to the central nervous systemmay resultfrom injury , disease , or conditions that involve damage to the central nervous system
similar upper limb dysfunction(passive) caused bysimilar upper limb dysfunction
limb spasticity , hyperreflexia , and emotional liabilitycauseslimb spasticity , hyperreflexia , and emotional liability
ankle plantarflexion and inversion spasticity(passive) caused byankle plantarflexion and inversion spasticity
a condition known as spasticity ( tightening of musclescausesa condition known as spasticity ( tightening of muscles
facial palsycausesfacial palsy
transneuronal degeneration of lower motor neuronscan causetransneuronal degeneration of lower motor neurons
SPASTIC paralysis , HYPERTONIA , INCREASED DTR , WITHOUT fasciculations , UPWARD Babinski , WITHOUT muscle atrophycauseSPASTIC paralysis , HYPERTONIA , INCREASED DTR , WITHOUT fasciculations , UPWARD Babinski , WITHOUT muscle atrophy
contralateral weakness of lower face only TRUEcausescontralateral weakness of lower face only TRUE
a unilateral facial droop or problems with tongue protrusion on the opposite side of the bodycould causea unilateral facial droop or problems with tongue protrusion on the opposite side of the body
spasticity ( tightness in a muscle ) , slowness of movement , poor balance and incoordination , while lower motor neuron degeneration causes muscle weakness , muscle atrophy ( shrinkage of muscles ) andgenerally causesspasticity ( tightness in a muscle ) , slowness of movement , poor balance and incoordination , while lower motor neuron degeneration causes muscle weakness , muscle atrophy ( shrinkage of muscles ) and
spasticity ( impairment ) , which in turn may affect walking ( functionmay causespasticity ( impairment ) , which in turn may affect walking ( function
to increased muscle stiffness ( spasticity ) and impaired fine movementsleadsto increased muscle stiffness ( spasticity ) and impaired fine movements
spasticity in much the same way that they cause paralysis and loss of feelingcausespasticity in much the same way that they cause paralysis and loss of feeling
patients with drop foot(passive) caused bypatients with drop foot
contralateral hyperreflexiacausecontralateral hyperreflexia
in ipsilateral paralysis of both the upper and lower facial muscleswould resultin ipsilateral paralysis of both the upper and lower facial muscles
spastic muscle weakness , and hyperreflexiaresultspastic muscle weakness , and hyperreflexia
in shoulder weaknesscan also resultin shoulder weakness
in ipsilateral weaknessresultsin ipsilateral weakness
treatment of weakness(passive) caused bytreatment of weakness
weakness of all the muscles of facial expressioncausesweakness of all the muscles of facial expression
signals from traveling from your brain and spinal cord to your musclespreventsignals from traveling from your brain and spinal cord to your muscles
the brain from sending some necessary electrical signals to the musclespreventsthe brain from sending some necessary electrical signals to the muscles
weakness in the hip abductorscausingweakness in the hip abductors
muscle overactivity and weakness(passive) caused bymuscle overactivity and weakness
a cost‑utility analysis of FES for drop foot(passive) caused bya cost‑utility analysis of FES for drop foot
weakness of the lower half of the facecausesweakness of the lower half of the face
in right - sided facial weaknessresultingin right - sided facial weakness
a spastic bladder , which can present early as frequency , how banks trade forex synthesised programs - becomes possible through the addition of formulas of the form X. NPSPACE EXPTIMEmay causea spastic bladder , which can present early as frequency , how banks trade forex synthesised programs - becomes possible through the addition of formulas of the form X. NPSPACE EXPTIME
weakness of the lower part of the face on the sidecausesweakness of the lower part of the face on the side
facial weakness of both the lower face and foreheadcausesfacial weakness of both the lower face and forehead