Robotic Gait Training is a rehabilitation method. It is also known as Robot-Assisted Gait Training (RAGT) or Robotic-Assisted Locomotor Training. This involves the usage of robotic devices to help individuals with walking issues, usually after stroke, injuries or neurological conditions.
It offers controlled, repetitive walking practice to improve muscular strength and retrain the brain to improve walking ability safely. This method can help improve recovery and achieve better levels of independence.
Healthcare professionals at Walk Again can recommend this gait training method in the following conditions:
Robot-assisted gait training (RAGT) or robotic-assisted locomotor training, helps individuals in the following manner:
Encourage repetitive walking practice that helps rebuild muscle power and endurance via consistent movement patterns.
Provide controlled assistance to ensure correct walking form. This helps decrease the risk of injury and retrain movement-related muscles and nerves.
Supports body weight during training. This enables safe practice for those with severe weakness and rebuilds confidence in walking.
Professionals at Walk Again help adjust therapy in real time according to patient progress. This improves motivation and speeds recovery via personalized exercises.
Neuroplasticity is the ability of your brain to form and reorganize nerve connections. Robotic gait training helps stimulate the brain's ability to form new neural connections. This can ensure the regaining of motor skills lost due to injury.
RAGT improves walking speed, balance, and symmetry. This can help achieve greater independence in daily tasks.
Robot-assisted gait training is an innovative approach that lowers therapist strain. This allows for more intense and longer training sessions when compared to manual therapy alone.
Here are the basic parts of RAGT:
These parts support the legs by moving the joints of the patient's legs.
This help supports the patient's weight to reduce the physical burden.
A computer unit that controls the robot’s movements and adjusts assistance levels.
Devices that detect the individual’s movements and weight distribution, measuring joint angles or foot-ground reaction forces for providing real-time support.
Helps stabilize and control pelvic movements to mimic natural walking mechanics.
Screen and controls for professionals to adjust settings and track patient progress during rehabilitation sessions.
A moving surface or foot platform where an individual can practice walking with the help of continuous robot-assisted movement.
Note: This blog is for educational purposes and is not a replacement for medical advice. Always consult your doctor for any stroke-related symptoms.
Stroke can impair the ability to walk, making daily movement difficult and frustrating. But one must never lose hope because advanced technology like robotic gait training at Walk Again helps offer a way for better mobility. This advanced therapy uses robotic technology to give you safe, repetitive, and controlled walking practice by retraining the mind and muscle connection.
Ready to improve your gait? Choose Walk Again for stroke recovery because of the following benefits:
Q1: What are the different types of gait training?
A: The different types of gait training are:
The aim of these methods is to strengthen muscles, improve balance, and retrain the brain and body to move effectively.
Q2: What is gait in robotics?
A: "Gait" in robotics means a programmed walking pattern or movement sequence of a robot. This mimics natural human or animal walking for safe, smooth, and balanced motion.
Q3: What is the cost of robotic therapy?
A: Robotic gait therapy can vary, as it depends on
Stroke rehabilitation centers like Walk Again help individuals recover from stroke at an affordable cost.
Q4: What are the 4 muscles used in gait?
The 4 key muscles used in walking are:
They work in sync to move and support the legs during each step.
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