| Document Date: 2005-01-26 18:29:37
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City Kano / / Company Ciafre SA / Shahwan SA / Robb SA / Shimizu / Elsevier Science Ltd. / Osmani SA / Kulkarni AB / / Currency pence / / / Event FDA Phase / Product Issues / / Facility NudE complex / National Institute of Neurological Disease / Walsh laboratory / Beth Israel Deaconess Medical Center / / IndustryTerm magnetic resonance imaging / gene products / gene product / catalytic site / neurological diagnostic tool / / MedicalCondition distinct human disorders / X-linked subcortical laminar heterotopia / lissencephaly / muscular dystrophy / seizures / agyria / X-linked lissencephaly / Selective deficiency / cerebral disorders / congenital cortical disorder / double cortex syndrome / brain disease / congenital lymphedema / lissencephalies / pathway cause disorders / MS / reeling gait / obvious deficiency / neuronal migration disorder / ataxia / Warburg syndrome / disease / DCX deficiency / O-mannosyl glycosylase underlying muscle eye brain disease / p35 deficiency / malformations of cortical development / surprisingly diverse disorder / pachygyria / Cobblestone lissencephaly / autosomal recessive disorders / secondary deficiency / severe agyria / epilepsy / human syndrome / congenital muscular dystrophy / deficiency / Classical lissencephaly / distinct genetic and clinical disorders / muscle eye brain muscular dystrophy / syndrome / Fukuyama-type congenital muscular dystrophy / / Organization Harvard Medical School / Beth Israel Deaconess Medical Center / Department of Neurology / National Institute of Neurological Disease and Stroke / / Person Ellen Grant / Eric C Olson / Christopher A Walsh Lissencephaly / Tunstead JR / Lambert de Rouvroit / Minnerath SR / Lee Ly / Beth Israel / / Position Dobyns WB / Walker / / Product SC / ES / neuronal migration / Reelin / mice / / ProgrammingLanguage J / / PublishedMedium Current Opinion / / RadioStation Goffinet AM / Persico AM / / Technology antibodies / polymerization / stem cells / magnetic resonance imaging / /
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320 Smooth, rough and upside-down neocortical development