Title: Right Ankle-Foot Orthosis (AFO) for Foot Drop and Paralysis
This right ankle-foot orthosis (AFO) is specifically designed to address foot drop and paralysis, offering superior support and stability during ambulation. It’s ideal for individuals experiencing conditions such as:
- Foot drop (drop foot): Inability to dorsiflex the foot.
- Insufficient dorsiflexion: Weakness in lifting the front of the foot.
- Hemiplegia: Paralysis affecting one side of the body, often resulting from stroke.
- Flaccid paralysis: Paralysis with loss of muscle tone.
- Sciatic and peroneal nerve damage: Nerve injuries affecting foot and leg function.
Important Note: This AFO is not suitable for patients with spastic paralysis or significant varus/valgus deformities.
How it Works:
This AFO provides crucial support throughout the gait cycle:
- Passive limitation of plantar flexion: Prevents the foot from dragging during walking.
- Enhanced support: Provides stability to the foot and toes, particularly during the stance phase.
- Dynamic adaptation: The design allows for slight foot eversion during weight-bearing on the affected leg. During the swing phase, controlled plantar flexion is permitted, and the thermoplastic material acts as a spring, cushioning impact and maintaining a neutral foot position. This prevents tripping and promotes a natural gait.
- Minimized spasticity effects: The rigid sole extends to the toes to minimize the effects of toe flexion from spasticity.
Key Features & Benefits:
- Customizable fit: Moldable thermoplastic material allows for a personalized fit using hot air.
- Open heel and calf design: Ensures comfort and ease of use with shoes. The large calf opening prevents pressure points.
- Lightweight and durable: Made from high-strength thermoplastic material. Discreet under clothing.
- Superior support and stability: Provides reliable support throughout the gait cycle, improving mobility and reducing the risk of falls.
This AFO offers a comfortable, effective, and discreet solution for individuals seeking improved mobility and stability following foot drop and paralysis.