3D GAIT ANALYSIS - REVOLUTIONIZING CEREBRAL PALSY TREATMENT FOR CHILDREN
Disclaimer: Please note that Mya Care does not provide medical advice, diagnosis, or treatment. The information provided is not intended to replace the care or advice of a qualified health care professional. Always consult your doctor for all diagnoses, treatments, and cures for any diseases or conditions, as well as before changing your health care regimen. Do not reproduce, copy, reformat, publish, distribute, upload, post, transmit, transfer in any manner or sell any of the materials in this blog without the prior written permission from myacare.com.
Cerebral Palsy is one of the most common neurological disorders in children. It affects the way a child moves, walks (abnormal gait), and performs their daily activities. In Germany, the incidence of Cerebral Palsy is estimated at 1 in every 500 children.
The treatment and diagnosis of cerebral palsy have seen stellar advancement in the last few years. One of the most innovative diagnostic tools neuro-orthopedists now have is the 3D gait analysis.
3D gait analysis for cerebral palsy has revolutionized the diagnosis and treatment of motor disorders associated with Cerebral Palsy. It uses high-tech sensors and cameras to “measure” how a child walks. It records every biomechanical detail that can be missed by the human eye. 3D gait analysis helps surgeons know exactly where the problem is, and how it could be treated.
Since 3D gait analysis is still a fairly new technology in cerebral palsy treatment, it is still not widely available. Nonetheless, a few top global centers utilize 3D gait analysis for cerebral palsy assessment to customize the treatment to every individual child’s needs.
3D gait analysis is an innovative diagnostic tool used to assess motor disabilities in different musculoskeletal and neuromuscular disorders. It falls under the field of movement analysis.
It measures different biomechanical variables to identify pathologic walking patterns (gait) and accurately detect movement disorders.
Data is gathered using highly sensitive 3-dimensional cameras, motion sensors, and force sensors (fixed in the ground). Numerous variables are measured and analyzed in the system’s computer. A 3-dimensional model of the patient’s moving body is recreated, allowing doctors to thoroughly assess the present disability.
Based on the gathered gait assessment data and the 3D model, doctors can now diagnose and assess cerebral palsy motor disorders more efficiently. The detailed results provided by 3D gait analysis help determine which surgery is needed and can prevent overcorrection in many cases.
Cerebral palsy is a very heterogeneous disease. Each patient is unique. The affected muscle groups, the severity of spasticity, and the gait abnormality differ from one patient to another.
3D gait analysis provides deep and highly detailed insight into the biomechanics of the body. It records numerous variables and re-constructs the patient’s walking motion in 3 dimensions. This allows doctors to know exactly where the problem is, down to each affected muscle.
In child cerebral palsy, 3D gait analysis can help with the following.
Treatment of cerebral palsy can include physical therapy, orthotics, walking aids, or surgery. But since every Cerebral Palsy patient has a unique combination of motor disorders, it’s sometimes very hard to identify where the real problem lies.
3D gait analysis helps guide doctors’ treatment choices. It helps decide whether orthotics alone are enough or cerebral palsy surgery is needed. It also helps determine what kind of cerebral palsy surgery should be attempted.
Using 3D gait analysis, doctors can now accurately predict the outcomes of some cerebral palsy surgeries. One study has observed this specifically with Achilles Tendon Lengthening (ATL) surgery for equinus foot (a common motor dysfunction in cerebral palsy).
The use of 3D gait analysis can help prevent overcorrection and to decide on a more appropriate surgical treatment.
By using gait analysis after surgical treatment of cerebral palsy, surgeons can accurately assess the outcomes. They can measure the improvement with time, determine the success of surgery, and plan further treatments if needed.
The information measured with 3-dimensional gait analysis can be grouped under 3 main types of variables:
- Kinematics: This is the biomechanical information related to motion, gathered with 3D cameras and many sensors. These tell us how fast the limbs and joints are moving and in which direction and angle (angular displacement).
- Kinetics: This is the biomechanical information related to the force applied by the body to the ground. It is gathered using a “force plate” which measures in detail how the foot and body are exerting force on the ground. Kinetic measurements allow us to digitally reconstruct the foot pressure (pedobargraphy) to better understand the posture and unequal pressure distribution caused by the motor disorder.
- Electromyography (EMG): This is the measurement of electrical current in different muscle groups. It allows us to understand when and how the muscles are getting activated.
The computer analyzes all of the data and presents a report at the end of the test. Additionally, a 3D reconstruction of the exercise is done. This allows doctors to get a deeper understanding of the gait abnormalities present.
Gait analysis is done in a specialized lab. Here’s how it usually goes:
- The treating physician will start by performing a thorough medical examination. The findings help to focus the gait analysis to target specific motions and muscle groups to determine the final outcomes.
- The child’s height and weight will be measured
- A muscle function test will be performed to determine the degrees of joint mobility and muscle strength.
- Several sensors will be attached to the patient’s body and legs. These will measure the patient’s movements and allow doctors to reconstruct the motion in 3 dimensions.
- Special sensors, called electrodes, will also help measure the electrical activity in the target muscle groups (electromyography).
- Several hypersensitive cameras will be set up to record and measure the patient’s movements.
- The patient will be asked to repeatedly walk forward and backward in the testing walkway (8 to 12 meters long).
- During this time, the cameras, sensors, and electrodes will be recording all the biomechanical and physiologic details of the child’s gait
- The data will be sent to a computer for analysis. A 3D representation of the skeleton and muscles and a report with all the measurements is created.
The treating doctors and surgeons will then convene to discuss the results and outline a custom treatment plan based on it.
3D gait analysis is no less than a revolution in the field of child palsy treatment. With the expertise of pediatric neuro-orthopedists, this innovative tool serves to provide the best treatment possible for every child with cerebral palsy.
As we enter the new year, countries around the world are preparing to start mass vaccination in an effort to end the COVID-19 pandemic. Multiple vaccine candidates have been approved by different health authorities worldwide, and some countries have already started vaccinating their citizens.
Between the decades of 1910 and 1920, Dr. Ludwig Roemheld studied the phenomenon in which patients suffering from digestive problems and no detectable heart issues would experience cardiac symptoms.
Piriformis syndrome and herniated discs are painful conditions of the back. Both can cause sciatica. Sciatica is a type of pain that affects your lower back and legs. It occurs due to irritated or compressed sciatic nerve. The sciatic nerve travels down the back to the legs.