Dyslexia

A candidate gene for developmental dyslexia encodes a nuclear tetratricopeptide repeat domain protein dynamically regulated in brain

Immunohistochemistry / Protein Dynamics / Dyslexia / Multidisciplinary / Developmental dyslexia / Brain / Humans / Female / Male / Glial Cell / Social Environment / Pedigree / Human Brain / Protein Interaction / White matter / Base Sequence / Protein Localization / Translation initiation / Gene Expression Regulation / Molecular Sequence Data / Brain / Humans / Female / Male / Glial Cell / Social Environment / Pedigree / Human Brain / Protein Interaction / White matter / Base Sequence / Protein Localization / Translation initiation / Gene Expression Regulation / Molecular Sequence Data

Less developed corpus callosum in dyslexic subjects—a structural MRI study

Psychology / Cognitive Science / Shape Modeling / Magnetic Resonance Imaging / Morphometry / Dyslexia / Brain development / Developmental dyslexia / Humans / Child / Corpus Callosum / Male / Shape Analysis / Agenesis of the Corpus Callosum / Neuropsychologia / Growth Factor / Nuclear Magnetic Resonance Imaging / Neurosciences / Right Handed / Statistical Shape Analysis / General Population / Control Group / Nino / Dyslexia / Brain development / Developmental dyslexia / Humans / Child / Corpus Callosum / Male / Shape Analysis / Agenesis of the Corpus Callosum / Neuropsychologia / Growth Factor / Nuclear Magnetic Resonance Imaging / Neurosciences / Right Handed / Statistical Shape Analysis / General Population / Control Group / Nino

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