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Arnault Hubert Caillet on Muck Rack

Arnault Hubert Caillet

As seen in: BioRxiv
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Articles

The identification of extensive samples of motor units in human muscles reveals diverse effects of neuromodulatory inputs on the rate coding

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By Simon Avrillon, François Hug, Roger M. Enoka, Arnault Hubert Caillet
| BioRxiv
Abstract Movements are performed by motoneurons transforming synaptic inputs into an activation signal that controls muscle force. The control signal emerges from interactions between ionotropic and neuromodulatory inputs to motoneurons. Critically, these interactions vary across motoneuron pools and differ between muscles.
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The decoding of extensive samples of motor units in human muscles reveals the rate coding of entire motoneuron pools

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By Simon Avrillon, François Hug, Roger M. Enoka, Arnault Hubert Caillet
| BioRxiv
Abstract To advance our understanding of the neural control of muscle, we decoded the firing activity of extensive samples of motor units in the Tibialis Anterior (129±44 per participant; n=8) and the Vastus Lateralis (130±63 per participant; n=8) during isometric contractions of up to 80% of maximal force.
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NeuroMotion: Open-source Simulator with Neuromechanical and Deep Network Models to Generate Surface EMG signals during Voluntary Movement

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By Shihan Ma, Irene Guerra, Arnault Hubert Caillet, Jiamin Zhao
| BioRxiv
Abstract Neuromechanical studies investigate how the nervous system interacts with the musculoskeletal (MSK) system to generate volitional movements. Such studies have been supported by simulation models that provide insights into variables that cannot be measured experimentally and allow a large number of conditions to be tested before the experimental analysis.
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