Abstract:SummaryStudy aim: Premature birth is one of the major problems of obstetrics, leading to numerous complications that are associated with prematurity, for instance balance disorders. The aim of the study was to assess the impact of premature birth on the ability to maintain balance in children commencing their school education.
Material and methods:The study included children aged 6-7 years. The study group consisted of 59 children (31 girls and 28 boys, mean age 6.38 ± SD 0.73) born prematurely between 24 and … Show more
“…On the other hand, balance was evaluated in seven studies ( 23 – 28 , 30 , 31 ), the children included in these studies had ages from three years. Dziuba et al ( 24 ) and Silva et al ( 26 ) did not find significant differences, and Rodríguez et al ( 25 ) did not find significant results for stabilometry except for the closed-eyes condition and over a viscoelastic foam surface (which were worse for the preterm group), but they did find significant differences for MABC-2. The study by Bucci et al ( 23 ), which considered the surface and the average speed of the centre of pressure (CoP), obtained worse result for the preterm infants group; whereas Petersen et al ( 27 ) showed by means of posturography worse results in the active and reactive postural stability of the preterm group with open and closed eyes in an anteroposterior direction and with open eyes in a lateral direction.…”
Section: Resultsmentioning
confidence: 92%
“…All the studies included underage participants, who were classified according to gestational age, regardless of birth weight and sex. Out of the 16 studies, eight provided the average gestational age per group ( 19 – 21 , 23 , 28 , 29 , 31 , 32 ); seven provided the intervals of gestational age which corresponded to each group ( 18 , 22 , 24 – 27 , 30 ), and one provided the data about the average gestational age of the preterm group, even though it did not provide data referring to the control group ( 33 ). The birth weight and sex of both groups was specified in 10 studies.…”
Section: Resultsmentioning
confidence: 99%
“…All the studies specified the intervention age, except for one ( 33 ), which only made reference to the age of the preterm group. Considering the last condition, it may be observed that seven studies were carried out during the first year of life of the participants ( 18 – 22 , 29 , 32 , 33 ), six were carried out from 3 to 10 years old ( 23 , 24 , 26 , 30 , 31 ), two were developed at the age of 13–17 years old ( 25 , 27 , 28 ) and one was carried out during the first year of life of the preterm infants group, but here the age of the control group was not specified ( 33 ). Out of the 16 studies included, six followed the evolution of the participants during a determined period of time; four were of a prospective nature ( 18 , 20 – 22 ), and two of a retrospective nature ( 32 , 33 ); the rest were cross-sectional studies.…”
Section: Resultsmentioning
confidence: 99%
“…Additionally, two studies carried out the evaluation of SATCo exclusively ( 21 , 22 ). As for the evaluation tools, the Motor Development Scale-Francisco Rosa Nieto (MDS) ( 26 ), Bruininks-Oseretsky Test of Motor Proficiency-second edition (BOT-2) ( 30 ), the one-leg jumping test, the one-led-open-eyed test, and the closed-eyed standing test ( 24 ) were also used.…”
The central nervous system (CNS) of preterm infants might have some peculiarities which distinguish it from that of full term infants. The difficulties associated with prematurity are the main cause of deaths all over the world during the new-born period after community-acquired pneumonia, and the second cause of deaths worldwide in children under five years old. Early recognition of signs indicating fragile postural control in premature infants can support understanding and help prevent and early intervention on possible future neuromotor dysfunctions in these subjects. The purpose of this paper is to determine if there is a qualitatively different development of postural control in premature infants without neurological involvement and infants born at term. We conducted a systematic review of longitudinal and cross-sectional case-control studies published between 2010 and March 2020 on this topic. The evaluation of parameters related to postural control was also included. The methodological quality of the selected works was evaluated using the CASPe critical reading programme for cases and controls. PRISMA guidelines for systematic reviews were followed for prematurity and postural control. 16 articles were included. The total sample amounted to 3,460 participants, of which 1,860 in the preterm group, and 1,600 in the control group. All the studies found show a poorer postural control by the group of children born preterm compared to the group of children born at term and one study indicating more limited postural control with higher prematurity. Regarding the methodological quality according to CASPe, those studies exceeding half of the total score were considered of adequate quality.
“…On the other hand, balance was evaluated in seven studies ( 23 – 28 , 30 , 31 ), the children included in these studies had ages from three years. Dziuba et al ( 24 ) and Silva et al ( 26 ) did not find significant differences, and Rodríguez et al ( 25 ) did not find significant results for stabilometry except for the closed-eyes condition and over a viscoelastic foam surface (which were worse for the preterm group), but they did find significant differences for MABC-2. The study by Bucci et al ( 23 ), which considered the surface and the average speed of the centre of pressure (CoP), obtained worse result for the preterm infants group; whereas Petersen et al ( 27 ) showed by means of posturography worse results in the active and reactive postural stability of the preterm group with open and closed eyes in an anteroposterior direction and with open eyes in a lateral direction.…”
Section: Resultsmentioning
confidence: 92%
“…All the studies included underage participants, who were classified according to gestational age, regardless of birth weight and sex. Out of the 16 studies, eight provided the average gestational age per group ( 19 – 21 , 23 , 28 , 29 , 31 , 32 ); seven provided the intervals of gestational age which corresponded to each group ( 18 , 22 , 24 – 27 , 30 ), and one provided the data about the average gestational age of the preterm group, even though it did not provide data referring to the control group ( 33 ). The birth weight and sex of both groups was specified in 10 studies.…”
Section: Resultsmentioning
confidence: 99%
“…All the studies specified the intervention age, except for one ( 33 ), which only made reference to the age of the preterm group. Considering the last condition, it may be observed that seven studies were carried out during the first year of life of the participants ( 18 – 22 , 29 , 32 , 33 ), six were carried out from 3 to 10 years old ( 23 , 24 , 26 , 30 , 31 ), two were developed at the age of 13–17 years old ( 25 , 27 , 28 ) and one was carried out during the first year of life of the preterm infants group, but here the age of the control group was not specified ( 33 ). Out of the 16 studies included, six followed the evolution of the participants during a determined period of time; four were of a prospective nature ( 18 , 20 – 22 ), and two of a retrospective nature ( 32 , 33 ); the rest were cross-sectional studies.…”
Section: Resultsmentioning
confidence: 99%
“…Additionally, two studies carried out the evaluation of SATCo exclusively ( 21 , 22 ). As for the evaluation tools, the Motor Development Scale-Francisco Rosa Nieto (MDS) ( 26 ), Bruininks-Oseretsky Test of Motor Proficiency-second edition (BOT-2) ( 30 ), the one-leg jumping test, the one-led-open-eyed test, and the closed-eyed standing test ( 24 ) were also used.…”
The central nervous system (CNS) of preterm infants might have some peculiarities which distinguish it from that of full term infants. The difficulties associated with prematurity are the main cause of deaths all over the world during the new-born period after community-acquired pneumonia, and the second cause of deaths worldwide in children under five years old. Early recognition of signs indicating fragile postural control in premature infants can support understanding and help prevent and early intervention on possible future neuromotor dysfunctions in these subjects. The purpose of this paper is to determine if there is a qualitatively different development of postural control in premature infants without neurological involvement and infants born at term. We conducted a systematic review of longitudinal and cross-sectional case-control studies published between 2010 and March 2020 on this topic. The evaluation of parameters related to postural control was also included. The methodological quality of the selected works was evaluated using the CASPe critical reading programme for cases and controls. PRISMA guidelines for systematic reviews were followed for prematurity and postural control. 16 articles were included. The total sample amounted to 3,460 participants, of which 1,860 in the preterm group, and 1,600 in the control group. All the studies found show a poorer postural control by the group of children born preterm compared to the group of children born at term and one study indicating more limited postural control with higher prematurity. Regarding the methodological quality according to CASPe, those studies exceeding half of the total score were considered of adequate quality.
“…Preterm children are more likely to have learning disabilities and poor school performance [65]. Premature birth affects the ability to maintain body balance [21]. Parental involvement is essential in the preventive treatment of a child's sensomotoric, social-emotional and cognitive-linguistic development [74].…”
Study aim: To investigate the effects of 6-month sensorimotor training on postural control of 5-6-year-old preschool children born with ‘biological risk factors’ (BRF). Material and methods: Sixty-four Hungarian preschoolers participated in this study, and were assigned to an experimental group (n = 17), control group 1 (n = 23) and control group 2 (n = 24). The experimental group (born with BRF) attended a 6-month balance intervention based on Ayres’ therapy, while control group 1 (born with BRF) and control group 2 (born with no BRF) followed the regular preschool schedule. Birth weight, gestational age at birth, Apgar score and other abnormalities during pregnancy and birth were considered to be BRF. A moveable platform (stabilometer) was used to examine the distance of center of pressure movements of all participants prior to the start and after the end of the intervention. The testing procedure was performed with four enjoyable tests in the same sequence (‘Mouse in the hole’, ‘Center’, ‘Christmas tree’, ‘Square painting’). Results: The balance intervention program resulted in significant improvements in postural control of the experimental group. In three of six variables the balance index scores of the intervention group approached the scores of their peers born without BRF, and they even had better performance in three of six variables. Conclusions: Balance training with instability training devices could help children born with BRF attain a higher level of integration through the stimulation of tactile and balancing senses.
Children born preterm have increased rates of paediatric mortality and morbidity. Prematurity has been associated with impaired visual perception and visuo-motor integration. The alteration of the perception of verticality translates into alterations of the vestibular system at central and/or peripheral level, which may manifest itself in symptoms such as imbalance, dizziness or even vertigo. The aim of this study was to compare subjective visual vertical (SVV) test scores in children born preterm with those of children born at term at ages between 7 and 10. One hundred ten children with no neurodevelopmental disorder of 7 to 10 years of age were studied using a mobile application on a smartphone attached to a wall by means of a rotating plate. The SVV test was compared between two groups: a group of 55 preterm children (53 very preterm children born under 32 weeks of gestational age and 2 preterm with very low birth weight) and another group of 55 children born at term (after 37 weeks of gestational age). The SVV results were analysed for comparison with respect to prematurity, sex and age. We found no significant differences in the SVV study in the comparison between preterm and term children. In addition, no significant differences were observed regarding sex or age between 7 and 10 years. Conclusion: We found no alterations in the perception of vertical subjectivity in children between 7 and 10 years of age, with antecedents of very preterm birth and/or very low birth weight.
What is Known:
• The different studies published so far suggest the existence of balance disorders in premature children, although in most of these studies the children are examined at an age when the vestibular system is not mature and with non-specific tests for the study of the vestibular system.
What is New:
• We compared the results of the subjective visual vertical (SVV) test in a group of 55 preterm children (53 very preterm children born under 32 weeks of gestational age and 2 preterm with very low weight at birth) and in a group of 55 children born at term (after 37 weeks of gestational age), at the ages of 7 to 10 years and observed no differences.
• We conclude that, if there had been any vestibular alterations due to very premature birth, these must have been compensated by the age of 7.
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