Abstract
Objective: The objective of our study is to compare ultrasound and electrostimulator guidance for the injection of diluted botulinum neurotoxin
Type A. Materials and Methods: Eighty‑six children were injected under a pacemaker and 94 under ultrasound. The injection involved the
muscles of the lower limbs in 180 children aged between 2 and 15 years. Assessment was by the Modified Ashworth Scale, lower‑limb range
of motion, and Gross Motor Function Classification System (GMFCS) for function, as well as procedural pain. Results: The analysis does not
find any difference between the two techniques concerning spasticity, functional evolution according to the GMFCS, and articular amplitudes,
with the exception of the popliteal angle of the right knee with an estimated P = 0.01 for the group injected under ultrasound. Interventional
pain between the two groups found a significant difference (P = 0.04) in favor of ultrasound identification. Conclusion: The stimulator had the
same results as ultrasound on the orthopedic level of spasticity as well as on gross motor function. Nevertheless, ultrasound tracking remains
more comfortable and less painful than stimulator tracking.
Type A. Materials and Methods: Eighty‑six children were injected under a pacemaker and 94 under ultrasound. The injection involved the
muscles of the lower limbs in 180 children aged between 2 and 15 years. Assessment was by the Modified Ashworth Scale, lower‑limb range
of motion, and Gross Motor Function Classification System (GMFCS) for function, as well as procedural pain. Results: The analysis does not
find any difference between the two techniques concerning spasticity, functional evolution according to the GMFCS, and articular amplitudes,
with the exception of the popliteal angle of the right knee with an estimated P = 0.01 for the group injected under ultrasound. Interventional
pain between the two groups found a significant difference (P = 0.04) in favor of ultrasound identification. Conclusion: The stimulator had the
same results as ultrasound on the orthopedic level of spasticity as well as on gross motor function. Nevertheless, ultrasound tracking remains
more comfortable and less painful than stimulator tracking.
Keywords
Botulinum toxin A
Cerebral Palsy
electrostimulator
Spasticity
ultrasound
Abstract
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