The purpose of this study is to evaluate the performance of the device "NEMOST" on maintaining of the correction of the scoliosis with growth preservation and avoiding iterative surgeries. Objective of this study is to evaluate the performance of the growing device "NEMOST" associated to physiotherapy at 12 months postoperatively in patients treated for progressive scoliosis and to evaluate its safety.
A number of scoliosis in the child remain progressive despite conservative treatment well conducted. Nowadays the most used treatment is early surgical treatment by the spinal instrumentation without graft called "growing rods". The use of growing rods in patients with progressive scoliosis requires several repeated surgeries (every 6 to 12 months) in order to follow the growth of children. These repeated surgeries lead to a significant increased risk of complications, that's why many teams around the world have been seeking solutions which allow to obtain a rod expansion without repeated surgery. The purpose of our study is the evaluation of the use of medical device that will perform the correction of scoliosis and, at the same time, preserve the growth of the child's spine. In addition, the purpose of clinical investigation is to test the theory that distraction effort may be exercised without surgery thanks to traction manoeuvres and physiotherapy. This could allow to obtain in patients with progressive scoliosis, correction of spinal deformity while avoiding many repeated surgeries. Our reference device is growing rod "NEMOST". When implanted, NEMOST rod is immediately turned on, for correcting and maintaining the correction of spinal deformity. After implantation, depending on development in Cobb angle, one or more elongations can be made by sliding the notched portion of the rod in its tunnel by a distraction effort (traction equipments and physiotherapy). Therefore, the growth device NEMOST will allow to continue, on request, the correction of spinal deformity by performing a distraction by external manoeuvres on the notched part without the need for surgery.
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
OTHER
Masking
NONE
Enrollment
20
Implantation of two NEMOST rods (bilateral vertebral-pelvic implantation)
Implantation of one NEMOST rod (unilateral vertebral-pelvic implantation)
Hospital Necker Enfants Malades
Paris, France
No surgical reoperation
The lack of indication of surgical reoperations means that the correction of scoliosis is satisfactory and the growth had been maintained
Time frame: 12 months
No worsening of Cobb angle by more than 15 degrees since the initial correction
A worsening of the Cobb angle by more than 15 ° since the initial correction is considered an indication of reoperation
Time frame: 12 months
Cobb angle
Radiographic measure : less than 15 degrees since the initial correction
Time frame: 3 months
Cobb angle
Radiographic measure : less than 15 degrees since the initial correction
Time frame: 6 months
Cobb angle (degree)
Radiographic measure : less than 15 degrees since the initial correction
Time frame: 18 months
reserve rod (mm)
This amount reflects the actual elongation of the device
Time frame: 3 months
reserve rod (mm)
This amount reflects the actual elongation of the device
Time frame: 6 months
reserve rod (mm)
This amount reflects the actual elongation of the device
Time frame: 12 months
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.
reserve rod (mm)
This amount reflects the actual elongation of the device
Time frame: 18 months
T1-T12 segment and T1-S1 segment
which reflect the real growth of the spine
Time frame: 3 months
T1-T12 segment and T1-S1 segment
which reflect the real growth of the spine
Time frame: 6 months
T1-T12 segment and T1-S1 segment
which reflect the real growth of the spine
Time frame: 12 months
T1-T12 segment and T1-S1 segment
which reflect the real growth of the spine
Time frame: 18 months
respiratory function
Translated chest and lung growth, as well as the actual improvement of respiratory function
Time frame: 6 months
respiratory function
Translated chest and lung growth, as well as the actual improvement of respiratory function
Time frame: 12 months
respiratory function
Translated chest and lung growth, as well as the actual improvement of respiratory function
Time frame: 18 months
Pelvic obliquity (mm)
translated improving the overall balance of the trunk of the patient for the group of children with neuromuscular scoliosis
Time frame: 3 months
Pelvic obliquity (mm)
translated improving the overall balance of the trunk of the patient for the group of children with neuromuscular scoliosis
Time frame: 6 months
Pelvic obliquity (mm)
translated improving the overall balance of the trunk of the patient for the group of children with neuromuscular scoliosis
Time frame: 12 months
Pelvic obliquity (mm)
translated improving the overall balance of the trunk of the patient for the group of children with neuromuscular scoliosis
Time frame: 18 months
Safety of NEMOST
Nature-incidence and severity of complications due to NEMOST : infections, elongation failure, problems with healing after surgery, neurological deficit) Nature and incidence of any medical and surgical intervention in relation to device NEMOST
Time frame: 3 months
Safety of NEMOST
Nature-incidence and severity of complications due to NEMOST : infections, elongation failure, problems with healing after surgery, neurological deficit) Nature and incidence of any medical and surgical intervention in relation to device NEMOST
Time frame: 6 months
Safety of NEMOST
Nature-incidence and severity of complications due to NEMOST : infections, elongation failure, problems with healing after surgery, neurological deficit) Nature and incidence of any medical and surgical intervention in relation to device NEMOST
Time frame: 12 months
Safety of NEMOST
Nature-incidence and severity of complications due to NEMOST : infections, elongation failure, problems with healing after surgery, neurological deficit) Nature and incidence of any medical and surgical intervention in relation to device NEMOST
Time frame: 18 months
Weight (kg)
Reflecting the improvement in the general and trophic status of the patient
Time frame: Every month for 18 months