Publications

Dernière publication 17/02/2017

Genetic ablation of GINIP-expressing primary sensory neurons strongly impairs Fo

Primary sensory neurons are heterogeneous by myriad of molecular criteria. However, the functional significance of this remarkable heterogeneity is...

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    [title] => Genetic ablation of GINIP-expressing primary sensory neurons strongly impairs Fo
    [paragraph] => Genetic ablation of GINIP-expressing primary sensory neurons strongly impairs Formalin-evoked pain.
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Authors
Urien L, Gaillard S, Lo Re L, Malapert P, Bohic M, Reynders A,  Moqrich A

 Lab
""Aix-Marseille-Université, Institut de Biologie du Développement de Marseille, Marseille, France ""
Journal
Scientific Reports
Abstract
Primary sensory neurons are heterogeneous by myriad of molecular criteria. However, the functional significance of this remarkable heterogeneity is just emerging. We precedently described the GINIP(+) neurons as a new subpopulation of non peptidergic C-fibers encompassing the free nerve ending cutaneous MRGPRD(+) neurons and C-LTMRs. Using our recently generated ginip mouse model, we have been able to selectively ablate the GINIP(+) neurons and assess their functional role in the somatosensation. We found that ablation of GINIP(+) neurons affected neither the molecular contents nor the central projections of the spared neurons. GINIP-DTR mice exhibited impaired sensation to gentle mechanical stimuli applied to their hairy skin and had normal responses to noxious mechanical stimuli applied to their glabrous skin, under acute and injury-induced conditions. Importantly, loss of GINIP(+) neurons significantly altered formalin-evoked first pain and drastically suppressed the second pain response. Given that MRGPRD(+) neurons have been shown to be dispensable for formalin-evoked pain, our study suggest that C-LTMRs play a critical role in the modulation of formalin-evoked pain.
BIOSEB Instruments Used
Cold Hot Plate Test (BIO-CHP),Von Frey Filaments (Bio-VF-M),Thermal Gradient Test (BIO-GRADIENT)
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