Christiaan Johannes van den Bout

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Wnt signaling is involved in numerous processes during vertebrate CNS development. In this study, we used conditional Cre/loxP system in mouse to ablate or activate beta-catenin in the telencephalon in two time windows: before and after the onset of neurogenesis. We show that beta-catenin mediated Wnt signals are required to maintain the molecular identity(More)
Drosophila dachshund is involved in development of eye and limbs and in the development of mushroom bodies, a brain structure required for learning and memory in flies. Its mouse homologue mDach1 is expressed in various embryonic tissues, including limbs, the eye, the dorsal spinal cord and the forebrain. We have isolated a forebrain-specific 2.5-kb(More)
beta-Catenin plays a pivotal role in Wnt signaling during embryogenesis and is a component of adherens junctions. Since targeted disruption of the beta-catenin gene is lethal at gastrulation we have used a D6-Cre mouse line for conditional inactivation of beta-catenin in the mouse cerebral cortex and hippocampus after embryonic day (E) 10.5. In D6-Cre(More)
Mouse Dach1 is a nuclear factor that is expressed during development in restricted areas of the central nervous system, neural crest, and limb buds. Its Drosophila homologue dachshund plays a role in differentiation of the eye imaginal disc, in leg morphogenesis, and in controlling neural differentiation in the mushroom bodies of the insect brain. Mouse(More)
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