Schwann cells play pivotal roles in the development and maintenance of the peripheral nervous system. Here, we show that intact sciatic nerve axons of mice contain a small population of ribosomes, which increases by several orders of magnitude when axons are desomatized (severed from their cell bodies). We furthermore demonstrate, using the Wallerian degeneration slow mouse as a model, that Schwann cells transfer polyribosomes to desomatized axons. These data indicate that Schwann cells have the propensity to control axonal protein synthesis by supplying ribosomes on local basis. Copyright © 2008 Society for Neuroscience
Distal axons, remote from their cell bodies and nuclei, must survive the lifetime of an organism. Re...
Neurons have complex and often extensively elongated processes. This unique cell morphology raises t...
Ribosome assembly occurs mainly in the nucleolus, yet recent studies have revealed robust enrichment...
Schwann cells play pivotal roles in the development and maintenance of the peripheral nervous system...
Glial cells were previously proven capable of trafficking polyribosomes to injured axons. However, t...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
<p>Non-radioactive in situ hybridization for rRNA (green) yields strong signals in 2 myelinated axon...
To better understand the role of protein synthesis in axons, we have identified the source of a port...
Transference of RNAs and ribosomes from Schwann cell-to-axon was demonstrated in normal and regenera...
<p>Longitudinal 10-µm sections of transected sciatic nerves from null (d-l) <i>Myo5a</i> mutant mice...
Transference of RNAs and ribosomes from Schwann cell-to-axon was demonstrated in normal and regenera...
Schwann cells (SCs) are the glial component of the peripheral nervous system, with essential roles d...
RalA and RalB are small GTPases that are involved in cell migration and membrane dynamics. We used t...
Distal axons, remote from their cell bodies and nuclei, must survive the lifetime of an organism. Re...
Neurons have complex and often extensively elongated processes. This unique cell morphology raises t...
Ribosome assembly occurs mainly in the nucleolus, yet recent studies have revealed robust enrichment...
Schwann cells play pivotal roles in the development and maintenance of the peripheral nervous system...
Glial cells were previously proven capable of trafficking polyribosomes to injured axons. However, t...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
Myelinating glia cells support axon survival and functions through mechanisms independent of myelina...
<p>Non-radioactive in situ hybridization for rRNA (green) yields strong signals in 2 myelinated axon...
To better understand the role of protein synthesis in axons, we have identified the source of a port...
Transference of RNAs and ribosomes from Schwann cell-to-axon was demonstrated in normal and regenera...
<p>Longitudinal 10-µm sections of transected sciatic nerves from null (d-l) <i>Myo5a</i> mutant mice...
Transference of RNAs and ribosomes from Schwann cell-to-axon was demonstrated in normal and regenera...
Schwann cells (SCs) are the glial component of the peripheral nervous system, with essential roles d...
RalA and RalB are small GTPases that are involved in cell migration and membrane dynamics. We used t...
Distal axons, remote from their cell bodies and nuclei, must survive the lifetime of an organism. Re...
Neurons have complex and often extensively elongated processes. This unique cell morphology raises t...
Ribosome assembly occurs mainly in the nucleolus, yet recent studies have revealed robust enrichment...