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Updated: Jul 16, 2026

Preterm EEG: A Multimodal Neurophysiological Protocol
Published on: February 18, 2012
Long-term neurological development of the preterm newborns
T Kipiani1, N Tatishvili, Ts Sirbiladze
1Iashvili Children's Central Hospital.
Insights
Premature birth increases risks for long-term neurological issues. Preterm infants show lower gross motor function, cognitive abilities, and higher behavioral problems compared to full-term infants, necessitating ongoing monitoring.
Area of Science:
- Neonatalogy
- Developmental Pediatrics
- Neuroscience
Background:
- Prematurity is a significant risk factor for infant mortality, morbidity, and long-term neurological deficits.
- Increasing rates of preterm births correlate with a rise in subsequent developmental challenges.
- Dynamic assessment of preterm infant development is crucial for understanding long-term outcomes.
Purpose of the Study:
- To evaluate neurological development in preterm infants (gestational age <=37 weeks) at 6-7 years of age.
- To compare the neurological development of preterm infants with that of full-term born infants.
- To identify specific developmental deficits and risk factors associated with prematurity.
Main Methods:
- A cohort study involving 94 preterm and 50 full-term infants assessed neonatally and at 6-7 years.
- Neurological assessments included the Standard full neurological investigation, Gross Motor Function Measure (GMFM), and the Touwen Scale.
- Cognitive function was evaluated using the Raven Color Matrix, and behavioral adaptation was assessed via the Conners Questionnaire for parents.
Main Results:
- Preterm infants exhibited higher rates of cerebral palsy (16% vs 2%) and dyspraxia syndrome (34% vs 18%) compared to controls.
- Significantly lower scores in gross motor function (GMFM: 83.52 vs 95.86) and non-verbal cognitive function (Raven's: 16.6 vs 20.20) were observed in preterm children (p<0.001).
- Preterm children displayed more frequent behavioral disadaptation syndromes, including impulsivity and hyperactivity (p<0.001).
Conclusions:
- Low gestational age is a significant risk factor for adverse long-term neurological development.
- Preterm infants face a higher likelihood of cerebral palsy, dyspraxia, cognitive deficits, and behavioral issues.
- Continuous monitoring and dynamic evaluation are essential for early detection and management of neurodevelopmental problems in preterm populations.
Abstract:
Prematurity represents one of the risk factors of newborns' mortality, morbidity and derangements of long-term neurological development. With the increase of number of preterm newborns, problems with subsequent neurological development have also increased. Preterm population deserves great interest and a lot of investigations have been carried out in order to study their development dynamically. The goal of our study is evaluation of the preterm newborn, with gestation age <=37 weeks, estimation of their neurological developmet at the later age (6-7) and comparing them with full-term born infants of the same age. Objects of our investigation are preterm newborns, with gestation age <=37 weeks. 94 preterm newborns and 50 full-term newborns were estimated in the neonatal period and then later at the age of 6-7; methods of evaluation at the age of 6 years there were used: Standard full neurological investigation, GMFM scale (gross motor functional measure), Towen Scale for evaluation of minor motor activity, Raven Color Matrix for estimation of non-verbal cognitive functions, Coners Questionnaire for parents - for revelation of dysadaptation;. Cerebral palsy among preterm infants was observed in 15 cases-16%; in control group- 1 case-2%; Dyspraxia syndrome was observed in 32 cases-34%, in control group 9 cases-18%. The results of evaluation gross motor function with GMFM score for term group is higher,than for preterm group: 95,86 vs 83,52, p<0,001. The results of the evaluation nonverbal cognitive function with Color matrix of Raven test is higher in term group:20,20 vs 16,6; p<0,001 Syndromes of behavioral disadaptation have been observed more often among preterm newborns Score for each parts(problem of control; impulsivity, index of hyperactivity) are higher in preterm children, p<0,001. Low birth gestation can be a real risk factor for the later neurological development.. Cerebral palsy and dyspraxial syndrome is probably more among newborns with low gestation than among control group contingent;The results of the evaluation nonverbal cognitive function with Color matrix of Raven test is higher in term group. Syndromes of behavioral disadaptation have been observed more often among preterm newborns. Because of frequent//high percent of neurolodevelopmental problems preterm contingent require continuing monitoring,evaluation in dynamicaly for early distincting mild problems.
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