AbstractAt the optic chiasm, axons from either eye meet and decide whether to cross contralaterally or turn back ipsilaterally. Here, the guidance ligand Slit and its receptor Robo control not whether axons cross (as in other midline decisions), but where the chiasm forms. Whether axons cross is instead controlled by the transcription factor Zic2 and the guidance receptor EphB1, as shown by two papers in the current issues of Neuron and Cell (Herrera et al. and Williams et al.). Surprisingly, this mechanism is conserved evolutionarily from frogs to mammals
AbstractExtending axons in the developing nervous system are guided in part by repulsive cues. Genet...
During early embryonic development, neuronal projection of axons across the midline of ...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...
AbstractAt the optic chiasm, axons from either eye meet and decide whether to cross contralaterally ...
AbstractDuring development, retinal ganglion cell (RGC) axons either cross or avoid the midline at t...
AbstractIn Drosophila, Slit acts as a barrier preventing roundabout expressing axons from entering t...
AbstractIn mouse, retinal axon divergence takes place within a cellular specialization localized at ...
AbstractAs developing axons navigate, they exhibit various behaviours: extending and branching, paus...
The mouse optic chiasm is a model for axon guidance at the midline and for analyzing how binocular v...
AbstractA central feature of the developing nervous system is the midline region, which guides growi...
AbstractA recent study has shown that EphB1, a receptor for ephrin-2, guides selected retinofugal ax...
AbstractIn the Drosophila CNS, the midline repellent Slit acts at short range through its receptor R...
Commissural axons generally cross the midline only once. In the Drosophila nerve cord and mouse spin...
During development, neurons extend axons which follow highly stereotypic pathways to form a template...
AbstractDuring CNS development, combinatorial expression of transcription factors controls neuronal ...
AbstractExtending axons in the developing nervous system are guided in part by repulsive cues. Genet...
During early embryonic development, neuronal projection of axons across the midline of ...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...
AbstractAt the optic chiasm, axons from either eye meet and decide whether to cross contralaterally ...
AbstractDuring development, retinal ganglion cell (RGC) axons either cross or avoid the midline at t...
AbstractIn Drosophila, Slit acts as a barrier preventing roundabout expressing axons from entering t...
AbstractIn mouse, retinal axon divergence takes place within a cellular specialization localized at ...
AbstractAs developing axons navigate, they exhibit various behaviours: extending and branching, paus...
The mouse optic chiasm is a model for axon guidance at the midline and for analyzing how binocular v...
AbstractA central feature of the developing nervous system is the midline region, which guides growi...
AbstractA recent study has shown that EphB1, a receptor for ephrin-2, guides selected retinofugal ax...
AbstractIn the Drosophila CNS, the midline repellent Slit acts at short range through its receptor R...
Commissural axons generally cross the midline only once. In the Drosophila nerve cord and mouse spin...
During development, neurons extend axons which follow highly stereotypic pathways to form a template...
AbstractDuring CNS development, combinatorial expression of transcription factors controls neuronal ...
AbstractExtending axons in the developing nervous system are guided in part by repulsive cues. Genet...
During early embryonic development, neuronal projection of axons across the midline of ...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...