Published in bioRxiv, 2025
Experimental investigation of the diminishing motor deficits (balance, locomotion, …) in mouse model of Parkinson disease induced by magnotoelectric nanodiscs.
Recommended citation: Kim, De Comite, Vargas Paniagua, Selvaraji, Frey, Mondal, Seethapathi, Anikeeva (2025). "Magnetoelectric nanodiscs diminish motor deficits in a model of Parkinson s disease." bioRxiv 1
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Published in arXiv, 2025
This work investigates how the timescales of foot placement control vary across context and modalities in humans.
Recommended citation: Wang, De Comite, Voloshina, Daley, Seethapathi. (2025). "Deep learning framework for action prediction reveals multi-timescale locomotor control. " arXiv.
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Published in bioRxiv, 2024
This work discovers signatures of stabilizing control across species and reveals how different neuromechanical embodiments achieve a shared functional goal: goot placement control.
Recommended citation: De Comite and Seethapathi. (2024). "Foot placement control underlies stable locomotion across species. " bioRxiv.
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Published in PLOS Computational Biology, 2023
This modeling work point towards the continuous evaluation of the cost-to-go during reaching to update control online and make efficient decisions about movement goal.
Recommended citation: De Comite, et al. (2023). "Continuous evaluation of the cost-to-go for flexible reaching control and online decisions." PLOS Computational Biology 1. 19(9).
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Published in eNeuro, 2022
This work unveils the existence of a continuous and online transformation of task-related parameters into suitable reaching control policies
Recommended citation: De Comite, et al. (2022). "Continuous tracking of task parameters tunes reaching control online." eNeuro 1. 9(4).
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Published in eNeuro, 2022
This work demonstrates the impact of target reward on feedback control and highlights the competition between movement vigor and flexibility
Recommended citation: De Comite, et al. (2022). "Reward-dependent selection of feedback gains impacts rapid motor decisions." eNeuro. 9(2).
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Published in Journal of Neurophysiology, 2021
This work demonstrates that the control strategies used to perform reaching movements are adjusted online when the structure of the target changes during movement.
Recommended citation: De Comite, et al. (2021). "Online modification of goal-directed control in human reaching movements. " Journal of Neurophysiology 1. 125(5).
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