AbstractTwo papers in this issue of Neuron examine new aspects of Semaphorin signaling via Plexin receptors. Winberg et al. present evidence that the transmembrane protein Off-track (OTK) interacts biochemically and genetically with Plexin A and is important for Sema 1a repulsive signaling. Hu et al. examine the coupling of Plexin B to Rac and RhoA and propose that Plexin B signaling involves inhibition of Rac function by direct sequestration and simultaneous activation of RhoA
The adult nervous system is an intricate map of neurons that forms precise connections to allow for ...
Semaphorins are chemorepulsive molecules that signal via plexin-containing receptor complexes to eff...
AbstractPlexins are widely expressed transmembrane proteins that, in the nervous system, mediate rep...
AbstractTwo papers in this issue of Neuron examine new aspects of Semaphorin signaling via Plexin re...
AbstractThe Plexin family of transmembrane proteins appears to function as repulsive receptors for m...
AbstractPlexins are neuronal receptors for the repulsive axon guidance molecule Semaphorins. Previou...
AbstractSemaphorins and their receptors, plexins, are widely expressed in embryonic and adult tissue...
SummaryThe biochemical means through which multiple signaling pathways are integrated in navigating ...
The Plexin family of transmembrane proteins appears to function as repulsive receptors for most if n...
The Plexin family of transmembrane proteins appears to function as repulsive receptors for most if n...
AbstractThe Plexin family of transmembrane proteins appears to function as repulsive receptors for m...
AbstractSemaphorins and their receptors, plexins, are widely expressed in embryonic and adult tissue...
The adult nervous system is an intricate map of neurons that forms precise connections to allow for ...
AbstractSemaphorins signal through Plexin receptors to mediate a range of predominantly repulsive ef...
SummaryThe biochemical means through which multiple signaling pathways are integrated in navigating ...
The adult nervous system is an intricate map of neurons that forms precise connections to allow for ...
Semaphorins are chemorepulsive molecules that signal via plexin-containing receptor complexes to eff...
AbstractPlexins are widely expressed transmembrane proteins that, in the nervous system, mediate rep...
AbstractTwo papers in this issue of Neuron examine new aspects of Semaphorin signaling via Plexin re...
AbstractThe Plexin family of transmembrane proteins appears to function as repulsive receptors for m...
AbstractPlexins are neuronal receptors for the repulsive axon guidance molecule Semaphorins. Previou...
AbstractSemaphorins and their receptors, plexins, are widely expressed in embryonic and adult tissue...
SummaryThe biochemical means through which multiple signaling pathways are integrated in navigating ...
The Plexin family of transmembrane proteins appears to function as repulsive receptors for most if n...
The Plexin family of transmembrane proteins appears to function as repulsive receptors for most if n...
AbstractThe Plexin family of transmembrane proteins appears to function as repulsive receptors for m...
AbstractSemaphorins and their receptors, plexins, are widely expressed in embryonic and adult tissue...
The adult nervous system is an intricate map of neurons that forms precise connections to allow for ...
AbstractSemaphorins signal through Plexin receptors to mediate a range of predominantly repulsive ef...
SummaryThe biochemical means through which multiple signaling pathways are integrated in navigating ...
The adult nervous system is an intricate map of neurons that forms precise connections to allow for ...
Semaphorins are chemorepulsive molecules that signal via plexin-containing receptor complexes to eff...
AbstractPlexins are widely expressed transmembrane proteins that, in the nervous system, mediate rep...