In the developing spinal cord, motor neurons occupy discrete columns with different identities and axon projections. This organisation has now been shown to depend crucially on sequential phases of expression of Hox-c proteins, generated in response to fibroblast growth factor signals
A fundamental question in the study of motor control is how the nervous system accomplishes the comp...
The vertebrate nervous system performs the most complex functions of any organ system. This feat is ...
The clustering of neurons sharing similar functional properties and connectivity is a common organiz...
AbstractIn the developing spinal cord, motor neurons occupy discrete columns with different identiti...
AbstractIn the developing spinal cord, motor neurons occupy discrete columns with different identiti...
AbstractSubclasses of motor neurons are generated at different positions along the rostrocaudal axis...
The link between extrinsic signaling, progenitor cell specification and neuronal subtype identity is...
AbstractSubclasses of motor neurons are generated at different positions along the rostrocaudal axis...
AbstractCombinatorial expression of LIM homeobox genes in subsets of embryonic motor neurons defines...
AbstractIn the developing spinal cord, motor neurons become segregated into important functional uni...
Spinal motor neurons (MNs) constitute cellular substrates for several movement disorders. Although t...
SummaryDeveloping spinal networks are constructed through the integration of local microcircuits and...
Summary: Control of movement relies on the ability of circuits within the spinal cord to establish c...
Neural circuit formation requires the intricate orchestration of multiple developmental events inclu...
SummaryThe formation of locomotor circuits depends on the spatially organized generation of motor co...
A fundamental question in the study of motor control is how the nervous system accomplishes the comp...
The vertebrate nervous system performs the most complex functions of any organ system. This feat is ...
The clustering of neurons sharing similar functional properties and connectivity is a common organiz...
AbstractIn the developing spinal cord, motor neurons occupy discrete columns with different identiti...
AbstractIn the developing spinal cord, motor neurons occupy discrete columns with different identiti...
AbstractSubclasses of motor neurons are generated at different positions along the rostrocaudal axis...
The link between extrinsic signaling, progenitor cell specification and neuronal subtype identity is...
AbstractSubclasses of motor neurons are generated at different positions along the rostrocaudal axis...
AbstractCombinatorial expression of LIM homeobox genes in subsets of embryonic motor neurons defines...
AbstractIn the developing spinal cord, motor neurons become segregated into important functional uni...
Spinal motor neurons (MNs) constitute cellular substrates for several movement disorders. Although t...
SummaryDeveloping spinal networks are constructed through the integration of local microcircuits and...
Summary: Control of movement relies on the ability of circuits within the spinal cord to establish c...
Neural circuit formation requires the intricate orchestration of multiple developmental events inclu...
SummaryThe formation of locomotor circuits depends on the spatially organized generation of motor co...
A fundamental question in the study of motor control is how the nervous system accomplishes the comp...
The vertebrate nervous system performs the most complex functions of any organ system. This feat is ...
The clustering of neurons sharing similar functional properties and connectivity is a common organiz...
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