Antoine de Comité
@AntoineComite
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Joined November 2018
RT @GDerosiere: 1/5 Thrilled to share our Perspective in @NatureComms! Collaborating with @SolaimanShokur & @PTVassiliadis on this was such….
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RT @nacloos: Update on our similarity-repository 🚨.More than 200 similarity measures across 32 papers are now registered!. We'll also be pr….
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RT @nidhi_s91: We recently put forth a predictive theoretical model that captures locomotor adaptation phenomena in many different tasks an….
nature.com
Nature Communications - People learn to walk better over time in novel situations, such as walking with new shoes. Here, the authors show that such adaptive behavior relies on a stabilizer that...
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RT @giuliasrossi: New paper out! 🚨 We show that vampire bats use amino acids from a recent blood meal to fuel RUNNING - a rare mode of loco….
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RT @nidhi_s91: Interested in working with me at the intersection of AI and sensorimotor rehabilitation? Reach out to me and apply for this….
nature.com
Nature Communications - People learn to walk better over time in novel situations, such as walking with new shoes. Here, the authors show that such adaptive behavior relies on a stabilizer that...
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RT @OlivierCodol: Here’s our latest work at @g_lajoie_ and @mattperich's labs! Excited to see this out. We used a combination of neural re….
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Do humans, mice and flies control their feet similarly when they walk? 🪰🐁🚶. We explored that question in our recent work with @nidhi_s91 by investigating large scale locomotion datasets.
How do animals walk stably in the presence of intrinsic noise or external perturbations? . We currently lack a unified answer to this question across species with diverse embodiment. In this preprint, we provide evidence that legged species use a common.
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RT @nidhi_s91: How do animals walk stably in the presence of intrinsic noise or external perturbations? . We curr….
biorxiv.org
Animals navigate their environment stably without inefficient course corrections despite unavoidable errors. In humans and some robots, this stability is achieved by controlling the placement of the...
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RT @TheCullenLab: Circling is observed in many mouse vestibular disorder models but is often left unquantified. Our paper, led by Oliver St….
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RT @JCashaback: Our latest paper that we are very excited about is out!."Online movements reflect ongoing deliberation.".A tour de force ef….
biorxiv.org
From navigating a crowded hallway to skiing down a treacherous hill, humans are constantly making decisions while moving. Insightful past work has provided a glimpse of decision deliberation at the...
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RT @fredericcrevec1: Looking for PhD or postdoc in systems neuroscience & motor control? We are hiring ! ⬇️.
academicpositions.com
Career network for academics, researchers and scientists. Find and apply for jobs in research and higher education today!
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RT @fredericcrevec1: Terrific couple of weeks for the lab 😎:. ➡️ Task-dependent co-articulation of movement sequences .by @hariteja11 .http….
jneurosci.org
Essential tremor (ET), a movement disorder characterized by involuntary oscillations of the limbs during movement, remains to date not well understood. It has been recently suggested that the tremor...
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If you are at NCM, come check my recent work with @nidhi_s91 at poster 4-F-70 where we investigated locomotor variability in mice to gain insight into foot placement control during walking. #NCMDub24 @ncm_soc.
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RT @fredericcrevec1: Come see our work @ncm_soc #NCMDub24 From left to right: . Clémence Vandamme 2-F-75 Wednesday: rapid and flexible cont….
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RT @ClaraSaleri: I am extremely happy to share our latest study: Evidence for interacting but decoupled controls of decisions and movements….
biorxiv.org
Many recent studies indicate that control of decisions and actions is integrated during interactive behavior. Among these, several carried out in humans and monkeys conclude that there is a co-regu...
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RT @delhayeben: New paper alert!."Fast grip force adaptation to friction relies on localized fingerpad strains" just out in @ScienceAdvance….
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RT @fredericcrevec1: 🚨Preprint time ! 🚨. ➡️Erroneous compensation for long-latency feedback delays as origin of Essential Tremor . https://….
biorxiv.org
Essential tremor (ET), a movement disorder characterized by involuntary oscillations of the limbs during movement, remains to date not well understood. It has been recently suggested that the tremor...
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RT @LLogiaco: Are you a postdoc doing neuroscience? Have you not yet had an occasion to be invited to an external seminar? Do you want an o….
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RT @fredericcrevec1: And a second one ! 😊🥳.➡️ Dissociable effects of urgency and evidence accumulation during reaching revealed by dynamic….
biorxiv.org
When making perceptual decisions, humans combine information across sensory modalities dependent on their respective uncertainties. However, it remains unknown how the brain handles multisensory...
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RT @hariteja11: 1. Very happy to share our work with @fredericcrevec1 focusing on how the motor nervous system produces sequential reachin….
biorxiv.org
Classical theories propose that multiple goals of a sequence are specified simultaneously in the motor system, enabling each elements’ execution to be influenced by others in the sequence, a process...
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