At ARNI, we are have just been introduced to the Able-X and we think it has a certain valuable place in the stroke survivor's armoury of upper body rehabilitation strategies. It is important that it is combined with lots of task-related activities to tackle the grasp and release mechanisms of the fingers.
Able-X is designed to help stroke survivors regain their arm function, through ‘plasticity’ based rehabilitation.
Able-X is a computer-based rehabilitation tool with five fun exercise games specially designed by scientists and physio-therapists to stimulate and retrain the brain. The system helps restore movement and coordination that has been lost through brain injury such as stroke.
The games can be played standing or sitting.
The exercises are designed in increasing levels of
difficulty requiring greater physical movement, increasing dexterity and
concentration.
How does it work?
Able-X builds on research that shows new neurological pathways can be created by a combination of repetitive exercise linked to brain stimulation.
It addresses two critical components in rehabilitation:
• Compliance through a fun game format that provides feedback to the user
• A combination of repetitive exercise and active brain engagement.
Results and benefits
Clinical trials by New Zealand’s premier medical school at Otago University showed a significant improvement in upper limb functioning.
Clinical and observed benefits include:
• Improved arm movement
• Improved arm strength
• Better ability to concentrate
• Improved motivation
• Improved balance
How does it work?
Able-X builds on research that shows new neurological pathways can be created by a combination of repetitive exercise linked to brain stimulation.
It addresses two critical components in rehabilitation:
• Compliance through a fun game format that provides feedback to the user
• A combination of repetitive exercise and active brain engagement.
Results and benefits
Clinical trials by New Zealand’s premier medical school at Otago University showed a significant improvement in upper limb functioning.
• Improved arm movement
• Improved arm strength
• Better ability to concentrate
• Improved motivation
• Improved balance