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________ is essential for UE movement and distal manipulation
Proximal stability
UE movement is dependent on:
Postural alignment
Trunk stability
Proximal control
Scapular positioning
Trunk control supports:
Selective UE movement
Efficient and coordinated reaching
Force production
Adaptable movement strategies
Need to ensure ________ is addressed prior to reaching
Posture/ trunk control
What are common impairments after ABI?
Weakness
Hypertonicity/ Spasticity
Hypotonia
Sensory loss/ Proprioceptive deficits
Poor trunk control
Scapular weakness/ Poor scapular control
Coordination deficits/ Ataxia
Neglect/ Inattention
Decreased ROM/ Contractures
Pain/ Subluxation
Effect of weakness on sitting/posture
Difficulty maintaining upright posture
Decreased trunk stability
Fatigue
Effect of weakness on UE Function
Decreased reach distance
Reduced grasp force
Difficulty lifting/ manipulating objects
Effect of hypertonicity/ spasticity on sitting/posture
Asymmetrical posture
Trunk stiffness
Flexed posture patterns
Effect of hypertonicity/ spasticity on UE function
UE flexion synergy
Decreased selective movement
Difficulty with hand opening/release
Effect of hypotonia on sitting/posture
Collapse into posture
Decreased proximal stability
Reliance on external support
Effect of hypotonia on UE function
Poor proximal fixation
Difficulty sustaining UE position against gravity
Effect of sensory loss/ proprioceptive deficits on sitting/posture
Poor midline orientation
Increased reliance on vision
Impaired balance reactions
Effect of sensory loss/ proprioceptive deficits on UE function
Poor force grading
Inaccurate reaching
Visual fixation on UE
Impaired grasp modulation
Effect of poor trunk control on sitting/posture
Lateral trunk lean
Instability
Decreased anticipatory postural adjustment
Effect of poor trunk control on UE function
Compensatory reaching
Reduced distal control
Decreased movement efficiency
Effect of scapular weakness/ poor scapular control on sitting/posture
Poor shoulder girdle alignment
Decreased proximal support
Effect of scapular weakness/ poor scapular control on UE function
Shoulder hiking
Decreased shoulder flexion
Inefficient reach patterns
Effect of coordination deficits/ ataxia on sitting/posture
Instability during sitting
Excessive corrective movements
Effect of coordination deficits/ ataxia on UE function
Dysmetria
Poor timing/sequencing
Overshooting or undershooting targets
Effect of neglect/ inattention on sitting/posture
Asymmetrical posture
Decreased awareness of one side
Effect of neglect/ inattention on UE function
Reduced spontaneous use of involved UE
Collisions/missed targets
Effect of decreased ROM/ contractures on sitting/posture
Limited postural adaptability
Restricted trunk or shoulder positioning
Effect of decreased ROM/ contractures on UE function
Limited reach
Inability to achieve functional positions
Compensatory trunk movement
Altered grasp patterns
Effect of pain/ subluxation on sitting/posture
Guarded posture
Decreased weight shifting
Protective positioning
Effect of pain/ subluxation on UE function
Reduced UE use
Decreased active movement
Compensatory movement patterns due to pain avoidance
Task oriented treatment technique includes doing:
Practicing meaningful functional tasks (task-specific)
Repetition & intensity
Active problem solving
Task/ environmental modification
Movement adaptability
Motor learning/ neuroplasticity
Constraint-induced movement therapy (CIMT) treatment technique includes doing:
Forced use of affected UE
High repetition/ intensity
Massed practice
Neuroplasticity
Reducing learned non-use
Bimanual treatment technique includes doing:
Both hands participate
Affected UE may stabilize/ assist hands
Do NOT need symmetrical roles
Functional task practice promotes participation & use