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Effect of age and maturation on sudomotor nerve regeneration in mice
Xavier Navarro
, Hiroyuki Kamei
, William R. Kennedy
Neurology
Research output
:
Contribution to journal
›
Article
›
peer-review
39
Scopus citations
Overview
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Keyphrases
Adulthood
16%
Aged Mice
66%
Aging
16%
Aging Effect
100%
At Birth
16%
Axon
33%
Cholinergic Modulation
33%
Denervated
16%
Fast Rates
16%
Hind Paw
33%
Intermediate Range
16%
Nerve Regeneration
100%
Normal Newborn
16%
Peroneal Nerve
16%
Pilocarpine
33%
Rate of Return
16%
Regeneration
50%
Saphenous Nerve
16%
Sciatic Nerve
33%
Sudomotor
100%
Sural Nerve
16%
Sweat Gland
100%
Sweating
33%
Thigh
16%
Unmyelinated
16%
Medicine and Dentistry
Axon
33%
Cholinergic Stimulation
33%
Denervation
16%
Hind Paw
33%
Maturation
100%
Neonatal Infant
16%
Nerve Regeneration
100%
Paw
16%
Pilocarpine
33%
Saphenous Nerve
16%
Sciatic Nerve
33%
Sudomotor
100%
Sural Nerve
16%
Sweat
16%
Sweat Gland
100%
Sweating
16%
Thigh
16%
Neuroscience
Axon
66%
Cholinergic
100%
Nervous System Regeneration
100%
Pilocarpine
66%
Saphenous Nerve
33%
Sciatic Nerve
66%
Sural Nerve
33%