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In medicine, obligatory synergies occur when spasticity appears, such as following a stroke. It manifests in abnormal and stereotypical patterns across multiple joints called obligatory synergies. [1] They are described as either a flexion synergy or an extension synergy and affect both the upper and lower extremity (see below). [1]
The Brunnstrom Approach follows six proposed stages of sequential motor recovery after a stroke. A patient can plateau at any of these stages, but will generally follow this sequence if he or she makes a full recovery. [1] [2] The variability found between patients depends on the location and severity of the lesion, and the potential for ...
The Bobath concept is an approach to neurological rehabilitation that is applied in patient assessment and treatment (such as with adults after stroke [1] or children with cerebral palsy [2]). The goal of applying the Bobath concept is to promote motor learning for efficient motor control in various environments, thereby improving participation ...
Respiratory assistance: Use the patient's voluntary respiratory motions to treat a somatic dysfunction. Commonly used in treating inhalation rib dysfunctions. Crossed extensor reflex: Use crossed extensor reflex to treat muscular injuries. For example, contraction of a muscle on the right side leads to relaxation of the same muscle on the left ...
Involuntary extension of the "normal" leg occurs when flexing the contralateral leg against resistance. To perform the test, the examiner should hold one hand under the heel of the "normal" limb and ask the patient to flex the contralateral hip against resistance (while the patient is supine), asking the patient to keep the weak leg straight while raising it.
In anatomy, extension is a movement of a joint that increases the angle between two bones or body surfaces at a joint. Extension usually results in straightening of the bones or body surfaces involved. For example, extension is produced by extending the flexed (bent) elbow. Straightening of the arm would require extension at the elbow joint.
Further evidence comes from stroke patients, who have been observed to use fewer synergies in certain tasks; some stroke patients used a comparable number of synergies as healthy subjects, but with reduced motor performance. These data suggest that a synergy formulation is robust and may lie at the lowest level of a hierarchical neural controller.
A diagram illustrating crossed extensor reflex. The crossed extensor reflex or crossed extensor response or crossed extension reflex is a reflex in which the contralateral limb compensates for loss of support when the ipsilateral limb withdraws from painful stimulus in a withdrawal reflex. [1]