1987Journal of NeurochemistryRequires access

Changes in Composition of Endoneurial and Perineurial Fatty Acids During Glycerol‐Induced Wallerian Degeneration and Regeneration in the Sciatic Nerve of the Adult Rat

Catherine Fressinaud, J.M. Vallat, J. Durand, F Archambeaud-Mouveroux, Michel Rigaud

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Abstract

Intraneural injection of pure glycerol induces Wallerian degeneration with subsequent regeneration. In agreement with other reports, we observed an increase in endoneurial polyunsaturated fatty acids 8 days after the glycerol injection. Levels then fell until day 30. After a period of 5 months, there was an increase in C18:2(n-6) in the intrafascicular tissue, concomitant with a marked fall in this fatty acid in the remaining extrafascicular perineurium. The rise in C18:2(n-6) in endoneurium correlated with infiltration of this tissue by perineurial cells. Interactions between perineurium and endoneurium during nerve regeneration are discussed.

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Intraneural injection of pure glycerol induces Wallerian degeneration with subsequent regeneration. In agreement with other reports, we observed an increase in endoneurial polyunsaturated fatty acids 8 days after the glycerol injection. Levels then fell until day 30. After a period of 5 months, there was an increase in C18:2(n-6) in the intrafascicular tissue, concomitant with a marked fall in this fatty acid in the remaining extrafascicular perineurium. The rise in C18:2(n-6) in endoneurium correlated with infiltration of this tissue by perineurial cells. Interactions between perineurium and endoneurium during nerve regeneration are discussed.

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Available abstract

Intraneural injection of pure glycerol induces Wallerian degeneration with subsequent regeneration. In agreement with other reports, we observed an increase in endoneurial polyunsaturated fatty acids 8 days after the glycerol injection. Levels then fell until day 30. After a period of 5 months, there was an increase in C18:2(n-6) in the intrafascicular tissue, concomitant with a marked fall in this fatty acid in the remaining extrafascicular perineurium. The rise in C18:2(n-6) in endoneurium correlated with infiltration of this tissue by perineurial cells. Interactions between perineurium and endoneurium during nerve regeneration are discussed.

Key concepts: Endoneurium, Wallerian degeneration, Perineurium, Polyunsaturated fatty acid, Sciatic nerve, Glycerol, Regeneration (biology), Adipose tissue

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Changes in Composition of Endoneurial and Perineurial Fatty Acids During Glycerol‐Induced Wallerian Degeneration and Regeneration in the Sciatic Nerve of the Adult Rat — Research Paper | ScholarLens