Locomotion - Réjean Dubuc






A brainstem neural substrate for stopping locomotion

12 déc. 2018 Correspondence should be addressed to CORRESPONDING AUTHOR: Dr. Réjean Dubuc Groupe de. Recherche en Activité Physique Adaptée
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Serge Rossignol Réjean Dubuc and Jean-Pierre Gossard

I. General Introduction. 89. II. Sensorimotor Interactions in the Spinal Cord During Locomotion. 92. A. Cutaneous afferents. 92. B. Muscle afferents.


Functional coupling of the mesencephalic locomotor region and V2a

5 avr. 2022 reticulospinal neurons driving forward locomotion. Authors ... Corresponding authors: claire.wyart@icm-institute.org; rejean.dubuc@gmail.com.
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A Specific Population of Reticulospinal Neurons Controls the

2 juin 2016 Correspondence rejean.dubuc@gmail.com. In Brief. Reticulospinal neurons are known to control locomotion in vertebrates. Juvin.





Modulation of hindbrain and spinal locomotor circuits by

31 mai 2021 Dr. Réjean Dubuc. Professeur ... I. The neural circuits underlying locomotion . ... Modulation of locomotor behavior by CSF-cNs .


Dynamic Sensorimotor Interactions in Locomotion

Sensorimotor Interactions in the Spinal Cord During Locomotion. 92. A. Cutaneous afferents Rossignol Serge


Descending Dopaminergic Inputs to Reticulospinal Neurons

28 oct. 2020 rejean.dubuc@gmail.com. https://doi.org/10.1523/JNEUROSCI.2426-19.2020 ... brainstem locomotor center (Dubuc 2009) controlling locomo-.
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Transmission des voies olfactives aux cellules qui commandent les

Dr. Réjean Dubuc neurones réticulospinaux et activer la locomotion. ... important dans le contrôle de la locomotion (Dubuc et Grillner
Atallah Elias memoire





A Cellular Mechanism for the Transformation of a Sensory Input into

5 nov. 2019 The initiation and control of locomotion largely depend on pro- ... Correspondence should be addressed to Dr. Réjean Dubuc Université du ...


Descending dopaminergic inputs to reticulospinal neurons promote

1 sept. 2020 Tel: 1 (514) 343 5729
JNEUROSCI. . .full


Email: rejean.dubuc@gmail.com ... locomotion by releasing dopamine in the basal ganglia spinal networks


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