Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8670920 | The Journal of Thoracic and Cardiovascular Surgery | 2018 | 26 Pages |
Abstract
We report the novel finding that carriers of MBL2Gly54Asp causing autosomal dominant MBL deficiency have increased childhood pervasive developmental problems after cardiac surgery, independent of other covariates. Sensitivity analyses suggest that this effect may be larger in children who underwent surgery at earlier ages. These data support the role of nonsyndromic genetic variation in determining postsurgical neurodevelopment-related outcomes in children with congenital heart disease.
Keywords
CPBPDPVMIDHCACHDMBL2MBLFSIQApoeapolipoprotein EVisual-motor integrationLoscardiopulmonary bypassChildren's Hospital of PhiladelphiaCongenital heart diseaseGene-by-environment interactiongene-environment interactionsneurodevelopmentCHOPDeep hypothermic circulatory arrestlength of stayMannose-binding lectinfull-scale intelligence quotientGenetics
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Authors
Daniel Seung PhD, MPH, Yatong K. AB, Jerry H. MD, MPH, Curtis S. MD, Marsha PhD, Judy C. MD, Nancy MSN, Donna M. MS, Elaine H. MD, Susan C. MD, Thomas L. MD, Deborah A. PhD, Hakon MD, PhD, Gail P. MD, PhD, J. William MD,