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1.5 Mb deletion of chromosome 4p16.3 associated with postnatal growth delay,psychomotor impairment,epilepsy, impulsive behavior and asynchronous skeletal development
Authors:D Misceo  T Barøy  JR Helle  Ø Braaten  M Fannemel  E Frengen
Institution:1. Department of Medical Genetics, Oslo University Hospital, Norway;2. University of Oslo, Norway
Abstract:Several Wolf-Hirschhorn syndrome patients have been studied, mouse models for a few candidate genes have been constructed and two WHS critical regions have been postulated, but the molecular basis of the syndrome remains poorly understood.
Keywords:aCGH  Array comparative genomic hybridization  CNV  Copy Number Variation  CPLX  Complexin-1  CTBP1  C-terminal binding protein 1  DCE  difficult to control epilepsy  DGKQ  Diacylglycerol kinase  theta  EEG  Electroencephalography  FGFRL1  fibroblast growth factor receptor-like 1  hg19  human genome 19  IUGR  intra uterine growth restriction  LETM1  leucine zipper-EF-hand containing transmembrane  qPCR  Real Time Quantitative PCR  WHS  Wolf-Hirschhorn syndrome  WHSCRI and II  Wolf-Hirschhorn syndrome critical regions I and II
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