Effects of Ultra-early Intervention on Gross Motor Function in Neonates with Hypoglycemic Brain Injury
Abstract
Objective : To investigate the effect of ultra-early intervention on gross motor function of neonates with hypoglycemic brain injury and evaluate the application value. Methods: we choose thirty four children with hypoglycemic brain injury who hospitalized in the neonatology department of Tai'an City central hospital from January 2017 to December 2019. They were randomly divided into conventional treatment group and ultra-early intervention group, each with 17 people. The conventional treatment group received conventional treatment. In addition to conventional treatment, the ultra-early intervention group was given ultra-early intervention . When two groups of children's corrected gestational age at 40 weeks, 42 weeks and 44 weeks, they need to be tested for NBNA neonatal neurobehavioral testing, Alberta Infant Exercise Scale (AIMS) assessment and general exercise quality assessment (GMs ). Results: When the child's corrected gestational age is 40 weeks, there is no significant difference in the scores of NBNA and AIMS between the ultra-early intervention group and the conventional treatment group; When the child's corrected gestational age is 42 weeks, the NBNA and AIMS scores of the ultra-early intervention group are higher than those of the conventional treatment group, but there is no statistical significance; When the child's corrected gestational age is 44 weeks, the ultra-early intervention group had higher NBNA and AIMS scores than the conventional treatment group, which was statistically significant (P<0. 05). Conclusion: After ultra-early intervention, the development level of gross motor in the ultra-early intervention group was significantly higher than that in the conventional treatment group. Ultra early intervention has obvious effect on the improvement of gross motor function in neonates with hypoglycemic brain injury.
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