Archives of otolaryngology--head & neck surgery · 1996
Ciliary neurotrophic factors enhances peripheral nerve regeneration.
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Newman J P, Verity A N, Hawatmeh S, Fee W E, Terris D J
Аннотация
BACKGROUND: Adjunctive measures to enhance nerve repair have focused on a variety of trophic factors that alter the physiologic response to nerve injury through Schwann cell-axonal interactions.
OBJECTIVE: To evaluate the effects of two trophic factors, ciliary neurotrophic factor and nerve growth factor, on axonal response to injury.
DESIGN: A prospective, randomized, blinded animal study with a placebo control using lactated Ringer's solution.
INTERVENTION: Rat sciatic nerves were transected and repaired as a model of injury following which experimental factors were delivered in vivo through an implantable osmotic pump.
OUTCOME MEASURES: Functional nerve recovery, muscle mass, and gene expression in the three experimental groups were evaluated.
RESULTS: The ciliary neurotrophic factor group (n=6) showed a higher sciatic functional recovery (P=.003) and preservation of affected muscle mass (P=.03) compared with the nerve growth factor (n=8) and control (n=8) groups. Molecular analysis of injured nerves showed no difference in expression of ciliary neurotrophic factor, myelin basic protein, or low-affinity neurotrophin receptor messenger RNA among the three groups.
CONCLUSION: These data suggest that ciliary neurotrophic factor may serve as an important neurocytokine for axonal regrowth during peripheral nerve regeneration.
OBJECTIVE: To evaluate the effects of two trophic factors, ciliary neurotrophic factor and nerve growth factor, on axonal response to injury.
DESIGN: A prospective, randomized, blinded animal study with a placebo control using lactated Ringer's solution.
INTERVENTION: Rat sciatic nerves were transected and repaired as a model of injury following which experimental factors were delivered in vivo through an implantable osmotic pump.
OUTCOME MEASURES: Functional nerve recovery, muscle mass, and gene expression in the three experimental groups were evaluated.
RESULTS: The ciliary neurotrophic factor group (n=6) showed a higher sciatic functional recovery (P=.003) and preservation of affected muscle mass (P=.03) compared with the nerve growth factor (n=8) and control (n=8) groups. Molecular analysis of injured nerves showed no difference in expression of ciliary neurotrophic factor, myelin basic protein, or low-affinity neurotrophin receptor messenger RNA among the three groups.
CONCLUSION: These data suggest that ciliary neurotrophic factor may serve as an important neurocytokine for axonal regrowth during peripheral nerve regeneration.