Commissural axons have been a key model system for identifying axon guidance signals in vertebrates. This review summarizes the current thinking about the molecular and cellular mechanisms that establish a specific commissural neural circuit: the dI1 neurons in the developing spinal cord. We assess the contribution of long- and short-range signaling while sequentially following the developmental timeline from the birth of dI1 neurons, to the extension of commissural axons first circumferentially and then contralaterally into the ventral funiculus
Background Long-distance axonal growth relies on the precise interplay of guidance cues and cell ad...
AbstractCommissural interneurons (CI) of the vertebrate spinal cord are guided ventrally toward the ...
AbstractDuring spinal cord development, commissural (C) neurons, located near the dorsal midline, se...
During neuronal development, the formation of neural circuits requires developing axons to traverse ...
International audienceThe navigation of commissural axons in the developing spinal cord has attracte...
Functional neural circuits depend on the establishment of specific connections between neurons and t...
AbstractDuring development, commissural neurons in the spinal cord project their axons across the ve...
AbstractIn the developing CNS, commissural axons are initially attracted to the midline, but after c...
The formation of intricate neural circuits requires that nascent axons navigate the complex environm...
AbstractIn vertebrate embryos, commissural axons extend toward and across the floor plate (FP), an i...
The ability of the mammalian central nervous system to interpret the environment accurately, integra...
Commissural systems are essential components of motor circuits that coordinate left–right activity o...
Axon guidance is fundamental for the neuronal wiring and the organization of the nervous system. Fo...
International audienceAccurate perception of guidance cues is crucial for cell and axon migration. D...
AbstractTo elucidate guidance mechanisms of brain commissural axons, we examined the navigation of c...
Background Long-distance axonal growth relies on the precise interplay of guidance cues and cell ad...
AbstractCommissural interneurons (CI) of the vertebrate spinal cord are guided ventrally toward the ...
AbstractDuring spinal cord development, commissural (C) neurons, located near the dorsal midline, se...
During neuronal development, the formation of neural circuits requires developing axons to traverse ...
International audienceThe navigation of commissural axons in the developing spinal cord has attracte...
Functional neural circuits depend on the establishment of specific connections between neurons and t...
AbstractDuring development, commissural neurons in the spinal cord project their axons across the ve...
AbstractIn the developing CNS, commissural axons are initially attracted to the midline, but after c...
The formation of intricate neural circuits requires that nascent axons navigate the complex environm...
AbstractIn vertebrate embryos, commissural axons extend toward and across the floor plate (FP), an i...
The ability of the mammalian central nervous system to interpret the environment accurately, integra...
Commissural systems are essential components of motor circuits that coordinate left–right activity o...
Axon guidance is fundamental for the neuronal wiring and the organization of the nervous system. Fo...
International audienceAccurate perception of guidance cues is crucial for cell and axon migration. D...
AbstractTo elucidate guidance mechanisms of brain commissural axons, we examined the navigation of c...
Background Long-distance axonal growth relies on the precise interplay of guidance cues and cell ad...
AbstractCommissural interneurons (CI) of the vertebrate spinal cord are guided ventrally toward the ...
AbstractDuring spinal cord development, commissural (C) neurons, located near the dorsal midline, se...