Functional Motor Skills in Children Who Underwent Fetal Myelomeningocele Repair: Does Anatomic Level Matter?

BACKGROUND: In this study, we evaluated children who underwent prenatal myelomeningocele (MMC) repair to investigate the influence of the anatomical level of the lesion on functional motor skills and congenital orthopedic malformations. METHODS: This cross-sectional study evaluated children who underwent prenatal correction. The anatomical level of the lesion was classified by observing the magnetic resonance of the spine. The sensory/motor assessment was performed by physical examination to classify the status of ambulation, functional level, and functional performance according to chronological age using the Pediatric Evaluation of Disability Inventory (PEDI-CAT) scale. RESULTS: One hundred cases were evaluated; for 60%, lesions were located in the upper lumbar region and for 40%, they were located in the lower lumbar and sacral regions. The functionality, measured by the PEDI-CAT scale, showed a normal average according to age (mean 50), with 71% of children being community ambulators. Congenital orthopedic malformations were also unrelated to the injury levels, except for knee dislocation in relation to upper lumbar injury. At the functional level, we observed that for the majority, the levels of function of at least 2 vertebrae were below the anatomical level. CONCLUSIONS: There were no differences in functional motor skills, walking pattern, or congenital orthopedic malformation when compared with the anatomical level of injury in patients who underwent prenatal repair of MMC, except for congenital knee dislocation.

Improvement of motor function and decreased need for postnatal shunting in children who had undergone intrauterine myelomeningocele repair.

OBJECTIVE: To compare neuromotor development between patients who did and those who did not undergo intrauterine myelomeningocele repair. METHODS: Children with myelomeningocele aged between 3.5 and 6 years who did undergo intrauterine repair (Group A, n=6) or not (Group B; n=7) were assessed for neuromotor development at both anatomical and functional levels, need for orthoses, and cognitive function. RESULTS: Intrauterine myelomeningocele repair significantly improved motor function. The functional level was higher than the anatomical level by 2 or more spinal segments in all children in Group A and 2 children in Group B, with a significant statistical difference between groups (p<0.05). Five children in Group A and one in Group B were community ambulators. CONCLUSION: Despite the small sample, it was observed that an improvement of motor function and decreased need for postnatal shunting in the 6 children who had undergone intrauterine myelomeningocele repair.

Improvement of motor function and decreased need for postnatal shunting in children who had undergone intrauterine myelomeningocele repair / Melhora em função motora e necessidade reduzida de shunts pós-natais em crianças submetidas a cirurgia fetal uterina da mielomeningocele

Objective To compare neuromotor development between patients who did and those who did not undergo intrauterine myelomeningocele repair. Methods Children with myelomeningocele aged between 3.5 and 6 years who did undergo intrauterine repair (Group A, n=6) or not (Group B; n=7) were assessed for neuromotor development at both anatomical and functional levels, need for orthoses, and cognitive function. Results Intrauterine myelomeningocele repair significantly improved motor function. The functional level was higher than the anatomical level by 2 or more spinal segments in all children in Group A and 2 children in Group B, with a significant statistical difference between groups (p<0.05). Five children in Group A and one in Group B were community ambulators. Conclusion Despite the small sample, it was observed that an improvement of motor function and decreased need for postnatal shunting in the 6 children who had undergone intrauterine myelomeningocele repair. .

Objetivo Comparar o desenvolvimento neuromotor de pacientes submetidos à cirurgia fetal intrauterina da mielomeningocele ao de pacientes não submetidos ao procedimento. Métodos Foram avaliados: o desenvolvimento neuromotor (descrevendo o nível anatômico e motor funcional), o tipo de marcha, a necessidade de órteses e o nível cognitivo de crianças com mielomeningocele entre 3,5 e 6 anos de idade, submetidas (Grupo A; n=6) ou não submetidas (Grupo B; n=7) à cirurgia fetal intra-uterina. Resultados A função motora apre-sentou melhora significante, com nível funcional mais elevado em dois ou mais segmentos em relação ao nível anatômico em todas as crianças do Grupo A e em duas crianças do Grupo B, com diferença estatística entre os grupos (p<0.05). Cinco crianças do Grupo A e uma do grupo B eram deambuladoras comunitárias. Conclusão Apesar da pequena amostragem, nos 6 casos de cirurgia prenatal observouse melhora da função motora e menor necessidade de shunts pós-natais. .

A avaliação do uso da toxina botulínica A e da cinesioterapia na melhora da marcha do portador de paralisia cerebral do tipo hemiparético / Cerebral Paisy

Foram estudados 14 pacientes com paralisia cerebral do tipo hemiparético, eqüinismo dinâmico e idade entre 3 e 9 anos, com média de 5,93 anos. Os pacientes foram distribuídos em dois grupos Grupo I - 7 crianças que foram tratadas com toxina botulínica tipo A (TBA) nos músculos gastrocnêmios e solear e tratamento cinesioterápico; Grupo II - 7 crianças que receberam apenas tratamento cinesioterápico. Avaliaram-se: a amplitude de movimento do tornozelo, o tônus muscular, a ação do músculo tibial anterior, a velocidade, a cadência da marcha, além da análise observacional da marcha e grau de satisfação dos pais. A análise estatística dos resultados mostrou, com significância, que no Grupo I houve melhora de todas as medidas avaliadas num intervalo mais curto de tempo. No Grupo II não houve melhora de todas as medidas avaliadas e o ganho em algumas medidas ocorreu num tempo mais longo.