Clinical neurophysiology : official journal of the International Federation of Clinical Neurophysiology · 2008
EEG functional connectivity in term age extremely low birth weight infants.
СтатьяПоддержка NIH: внешняя программаПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод в очереди
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Grieve Philip G, Isler Joseph R, Izraelit Asya, Peterson Bradley S, Fifer William P, Myers Michael M, Stark Raymond I
Аннотация
OBJECTIVE: The hypothesis is tested that electrocortical functional connectivity (quantified by coherence) of extremely low birth weight (ELBW) infants, measured at term post-menstrual age, has regional differences from that of full term infants.
METHODS: 128 lead EEG data were collected during sleep from 8 ELBW infants with normal head ultrasound exams and 8 typically developing full term infants. Regional spectral power and coherence were calculated.
RESULTS: No significant regional differences in EEG power were found between infant groups. However, compared to term infants, ELBW infants had significantly reduced interhemispheric coherence (in frontal polar and parietal regions) and intrahemispheric coherence (between frontal polar and parieto-occipital regions) in the 1-12Hz band but increased interhemispheric coherence between occipital regions in the 24-50Hz band.
CONCLUSIONS: ELBW infants at term post-menstrual age manifest regional differences in EEG functional connectivity as compared to term infants.
SIGNIFICANCE: Distinctive spatial patterns of electrocortical synchrony are found in ELBW infants. These regional patterns may presage regional alterations in the structure of the cortex.
METHODS: 128 lead EEG data were collected during sleep from 8 ELBW infants with normal head ultrasound exams and 8 typically developing full term infants. Regional spectral power and coherence were calculated.
RESULTS: No significant regional differences in EEG power were found between infant groups. However, compared to term infants, ELBW infants had significantly reduced interhemispheric coherence (in frontal polar and parietal regions) and intrahemispheric coherence (between frontal polar and parieto-occipital regions) in the 1-12Hz band but increased interhemispheric coherence between occipital regions in the 24-50Hz band.
CONCLUSIONS: ELBW infants at term post-menstrual age manifest regional differences in EEG functional connectivity as compared to term infants.
SIGNIFICANCE: Distinctive spatial patterns of electrocortical synchrony are found in ELBW infants. These regional patterns may presage regional alterations in the structure of the cortex.