How growth cones grow toward and then away from intermediate targets is a key issue in axon guidance. In this issue of Neuron, Tessier-Lavigne and colleagues demonstrate that two different spliced isoforms of the Robo3 receptor act sequentially in commissural neuron growth cones to mediate this process at the ventral midline in the vertebrate spinal cord
SummaryThe secreted signal Slit and its three receptors, Robo1–3, regulate axon guidance in the Dros...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...
AbstractPrevious studies suggested that Roundabout (Robo) is a repulsive guidance receptor on growth...
How growth cones grow toward and then away from intermediate targets is a key issue in axon guidance...
SummaryAlternative splicing provides a means to increase the complexity of gene function in numerous...
Abstractcommissureless and roundabout lead to complementary mutant phenotypes in which either too fe...
AbstractIn the Drosophila CNS, the midline repellent Slit acts at short range through its receptor R...
AbstractAxon growth across the Drosophila midline requires Comm to downregulate Robo, the receptor f...
AbstractIn the developing CNS, commissural axons are initially attracted to the midline, but after c...
AbstractA central feature of the developing nervous system is the midline region, which guides growi...
Although axon guidance mechanisms are well conserved across the animal kingdom, neuronal circuit com...
International audienceRoundabout receptors are known to mediate Slit-dependent repulsive signaling. ...
AbstractFor many growing axons, navigating across the midline of the nervous system is a crucial sta...
SummaryThe orthogonal array of axon pathways in the Drosophila CNS is constructed in part under the ...
AbstractPrevious studies showed that Roundabout (Robo) in Drosophila is a repulsive axon guidance re...
SummaryThe secreted signal Slit and its three receptors, Robo1–3, regulate axon guidance in the Dros...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...
AbstractPrevious studies suggested that Roundabout (Robo) is a repulsive guidance receptor on growth...
How growth cones grow toward and then away from intermediate targets is a key issue in axon guidance...
SummaryAlternative splicing provides a means to increase the complexity of gene function in numerous...
Abstractcommissureless and roundabout lead to complementary mutant phenotypes in which either too fe...
AbstractIn the Drosophila CNS, the midline repellent Slit acts at short range through its receptor R...
AbstractAxon growth across the Drosophila midline requires Comm to downregulate Robo, the receptor f...
AbstractIn the developing CNS, commissural axons are initially attracted to the midline, but after c...
AbstractA central feature of the developing nervous system is the midline region, which guides growi...
Although axon guidance mechanisms are well conserved across the animal kingdom, neuronal circuit com...
International audienceRoundabout receptors are known to mediate Slit-dependent repulsive signaling. ...
AbstractFor many growing axons, navigating across the midline of the nervous system is a crucial sta...
SummaryThe orthogonal array of axon pathways in the Drosophila CNS is constructed in part under the ...
AbstractPrevious studies showed that Roundabout (Robo) in Drosophila is a repulsive axon guidance re...
SummaryThe secreted signal Slit and its three receptors, Robo1–3, regulate axon guidance in the Dros...
AbstractNeurons that connect the two sides of the nervous system project their axons across the midl...
AbstractPrevious studies suggested that Roundabout (Robo) is a repulsive guidance receptor on growth...