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Showing posts with the label Motor vehicle accident physiotherapy

Neck and back pain treatment after car accidents

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  Neck and back discomfort are among the most frequently reported concerns after a motor vehicle collision, even when the accident appears minor at first. The sudden acceleration and deceleration forces involved in a crash may influence muscles, joints, ligaments, and surrounding soft tissues throughout the spine. Motor vehicle accident physiotherapy Edmonton focuses on understanding how these forces affect movement, posture, and daily function so that symptoms developing after an accident may be addressed with appropriate physiotherapy guidance. Many individuals do not notice significant discomfort immediately following a collision because adrenaline and emotional stress may temporarily mask symptoms. Hours or days later, stiffness, reduced mobility, headaches, or muscle tightness may begin to appear. MVA physiotherapy Edmonton recognizes that delayed onset of symptoms is common and may be linked to soft tissue irritation, protective muscle guarding, or subtle joint movement rest...

How physiotherapy supports recovery from concussion like symptoms after an MVA

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Concussion-like symptoms after a motor vehicle accident are more common than many people realize, even when there has been no direct impact to the head. Sudden acceleration and deceleration forces may cause the brain to move within the skull, affecting how the nervous system processes information. These changes may lead to symptoms such as headaches, dizziness, light sensitivity, difficulty concentrating, fatigue, or a feeling of being off balance. In many cases, these symptoms do not appear immediately and may develop hours or days after the collision. Motor Vehicle Accident Physiotherapy often supports individuals experiencing these concerns by addressing the physical and neurological factors that may contribute to symptom persistence. After an accident, the neck and upper spine often absorb a significant amount of force. Restrictions or tension in these areas may influence blood flow, nerve signaling, and sensory input to the brain. When movement in the cervical spine is altered, t...