OBJECTIVE: Electroencephalograph recorded in the first day of life in newborns treated with @entity2332 for @entity2806 could be utilized as a predictive tool for the severity of @entity1545 on magnetic resonance imaging and mortality. STUDY DESIGN: We analyzed newborns who were admitted for therapeutic @entity2332 due to @entity2806 . All enrolled @entity1 underwent encephalography within the first 24  hours of life and underwent brain magnetic resonance imaging after rewarming. All encephalographs were independently reviewed for background amplitude, continuity, and variability. @entity1545 determined by magnetic resonance imaging was scored using methods described by Bonifacio et  al. RESULTS: Forty-one newborns were included in the study. Each encephalograph variable correlated significantly with the severity of @entity1545 magnetic resonance imaging (P  <  0.001 for each). The overall encephalograph severity estimated as mild, moderate, and severe also correlated with injury (P  <  0.001). Each encephalograph variable correlated with mortality (P  <  0.001 for each) and also the overall encephalograph severity (P  <  0.001). CONCLUSION: Severity of electrographic findings on encephalograph in the first day of life during therapeutic @entity2332 for @entity2806 correlated with the extent of @entity1545 magnetic resonance imaging. This information may be useful for families and aid guide clinical decision making.

The Correlation Between a Short-term Conventional Electroencephalography in the First Day of Life and Brain Magnetic Resonance Imaging in Newborns Undergoing @entity2332 for XXXX .

@entity1545 :: ('MESH:D020214', 'Disease') :: ['Brain injury', 'brain injury', 'injury on brain'] @entity1 :: ('9606', 'Species') :: ['infants'] @entity2806 :: ('MESH:D002545', 'Disease') :: ['hypoxic-ischemic encephalopathy'] @entity2332 :: ('MESH:D007035', 'Disease') :: ['hypothermia']
@entity2806 :: (MESH:D002545,Disease) :: ['Hypoxic-Ischemic Encephalopathy']
