Did you know? Prof Valero Cuevas is a Senior NAI Member? ValeroLab viterbischool.usc.edu/news/2023/02/f…

Wonderful first day at the #NSF #DARE2023 conference, capped off by dinner in the historic LA Coliseum & an incredible unexpected drone show! ✨ Excited about the future of computational neurorehab!✨ Thank you ValeroLab @jamesmfinley Amy Orsborn, PhD 👩‍🔬🐵 & Kat Steele for organizing!

Naming celebration of the Alfred E Mann Department of Biomedical Engineering ⁦USC⁩ ⁦USC Viterbi School⁩

Professor Francisco Valero-Cuevas and Associate Professor Nina Bradley earn 2023 #USC Mentoring Awards for Faculty Mentoring Graduate Students, which recognizes educators who foster engaging, supportive and inclusive academic environments for graduate students.USC BME USC Viterbi School

Had a blast having #MichalaPaludan, visual artist from Denmark, at our hardware lab who is working on a project around “robot hands”.

Congratulations Jasmine on your latest paper about muscle spindle proprioception!! frontiersin.org/articles/10.33…

Mexicano impulsa tecnología inspirada en sistemas biológicos, musculares y esqueléticos para aplicarla, por ejemplo, en rehabilitaciones físicas. ValeroLab USC Mexico #RegístrateGratis reforma.com/0eYKYf

‘La IA nos hará más eficientes, no desempleados’ - perspectiva muy bienvenida del ValeroLab en entrevista con maria scherer El Financiero elfinanciero.com.mx/opinion/maria-…

Where science and #AI finds a purpose in #healthcare; at ValeroLab.

Here is the latest study from ValeroLab to help understand #muscle redundancy and #neuromechanical control. Congratulations Brian Cohn! USC BME USC Viterbi School valerolab.org/Papers/Cohn_Va…

Muscle redundancy is greatly reduced by the spatiotemporal nature of neuromuscular control! #Neuroscience #motorcontrol

I am pleased to announce that our work on studying force transmission in the finger extensor mechanism, done with Franck Quaine and Christine Servière from the MOVE team at GIPSA-lab and Francisco Valero-Cuevas ValeroLab, appeared in bioRxiv: biorxiv.org/content/10.110….

Arm movements are disrupted by unmodulated stretch reflexes. We propose a spinal cord circuit that could be as good as and complement mechanisms mediated by the brain & cerebellum. This has implications to the emergence and treatment of movement disorders. valerolab.org/Papers/2024_ni…

Exciting news! In our latest paper published last week on #ScienceAdvances, we showed that for a dexterous manipulation task, it is even more influential than having a more diverse set of sensors. science.org/doi/full/10.11…

And been featured at #Viterbi news letter