Neuregulins in schwann cell development

Research output: Contribution to journalReview article

1 Citation (Scopus)

Abstract

In the PNS, Schwann cells are important both as support cells for small, unmyelinated axons, and for support and the production of myelin sheaths around larger axons, thereby permitting rapid axonal conduction. During development, successful myelination requires that Schwann cell precursors develop from multipotential cells within the neural crest, avoid apoptotic cell death, migrate with developing nerves, proliferate, and, finally, mature into myelinating Schwann cells. Recently, the important role of a large family of growth factors, termed the neuregulins (NRGs), in this developmental progression has begun to be elucidated. NRGs are produced by several cell types, including developing sensory and motor neurons, whose axons will project to the peripheral nerves. In NRG knockout animals, there is a severe reduction in the number of Schwann cell precursors in neural crest-derived peripheral ganglia, which indicates that NRGs are important beginning early in Schwann cell development. Presented here is a brief update of recent progress in our understanding of the actions of NRGs in Schwann cell development, and of the interactions between NRGs and their receptors.

Original languageEnglish
Pages (from-to)8-11
Number of pages4
JournalNeuroscientist
Volume5
Issue number1
DOIs
Publication statusPublished - 1 Jan 1999

Fingerprint

Neuregulins
Schwann Cells
Axons
Neural Crest
Motor Neurons
Sensory Receptor Cells
Myelin Sheath
Peripheral Nerves
Cell Communication
Ganglia
Intercellular Signaling Peptides and Proteins
Cell Death

Keywords

  • Development
  • ErbB receptors
  • Myelin sheath
  • Neuregulins
  • Peripheral nerves
  • Schwann cells
  • Tyrosine kinase

Cite this

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Neuregulins in schwann cell development. / Felts, Paul A.

In: Neuroscientist, Vol. 5, No. 1, 01.01.1999, p. 8-11.

Research output: Contribution to journalReview article

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N2 - In the PNS, Schwann cells are important both as support cells for small, unmyelinated axons, and for support and the production of myelin sheaths around larger axons, thereby permitting rapid axonal conduction. During development, successful myelination requires that Schwann cell precursors develop from multipotential cells within the neural crest, avoid apoptotic cell death, migrate with developing nerves, proliferate, and, finally, mature into myelinating Schwann cells. Recently, the important role of a large family of growth factors, termed the neuregulins (NRGs), in this developmental progression has begun to be elucidated. NRGs are produced by several cell types, including developing sensory and motor neurons, whose axons will project to the peripheral nerves. In NRG knockout animals, there is a severe reduction in the number of Schwann cell precursors in neural crest-derived peripheral ganglia, which indicates that NRGs are important beginning early in Schwann cell development. Presented here is a brief update of recent progress in our understanding of the actions of NRGs in Schwann cell development, and of the interactions between NRGs and their receptors.

AB - In the PNS, Schwann cells are important both as support cells for small, unmyelinated axons, and for support and the production of myelin sheaths around larger axons, thereby permitting rapid axonal conduction. During development, successful myelination requires that Schwann cell precursors develop from multipotential cells within the neural crest, avoid apoptotic cell death, migrate with developing nerves, proliferate, and, finally, mature into myelinating Schwann cells. Recently, the important role of a large family of growth factors, termed the neuregulins (NRGs), in this developmental progression has begun to be elucidated. NRGs are produced by several cell types, including developing sensory and motor neurons, whose axons will project to the peripheral nerves. In NRG knockout animals, there is a severe reduction in the number of Schwann cell precursors in neural crest-derived peripheral ganglia, which indicates that NRGs are important beginning early in Schwann cell development. Presented here is a brief update of recent progress in our understanding of the actions of NRGs in Schwann cell development, and of the interactions between NRGs and their receptors.

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