Titlebook: Brain Development in Drosophila melanogaster; Gerhard M. Technau Book 2008 The Editor(s) (if applicable) and The Author(s), under exclusiv

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Christoph überhuber,Stefan Katzenbeisserl manipulation of brain progenitors, we created a fate map using photoactivated gene expression to mark cells originating within specific mitotic domains and time-lapse microscopy to dynamically monitor their progeny. We show that mitotic domains 1, 5, 9, 20 and B give rise to discrete cell populati

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Christoph überhuber,Stefan Katzenbeisserical research. Much of what we know today about how the brain “mirrors” the chemical environment has derived from simple organisms like .. This is because their chemosensory system includes only a fraction of the cell number of the mammalian system, yet often exhibits the same basic design. Recent s

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Christoph überhuber,Stefan Katzenbeisserurons (ORNs) in the peripheral sensory epithelium display two main differentiation features: the selective expression of a single odorant receptor out of a large genomic repertoire of receptor genes and the synaptic connection to a single type of relay neuron in the primary olfactory CNS target area

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Christoph überhuber,Stefan Katzenbeisser how the adult olfactory system supports the perception of these odorous chemicals and translates them into appropriate attraction or avoidance behaviors is an important goal in contemporary sensory neuroscience. Recent advances in genomics and molecular neurobiology have provided an unprecedented l

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Programmeinheiten und Unterprogramme,is received and processed for higher order visual functions like motion detection and color vision. A common characteristic of vertebrate and invertebrate visual systems is the point-to-point mapping of the visual world to synaptic layers in the brain, referred to as visuotopy. Vision requires the p

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