🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

Pre-conference sightseeing in Kyoto with James (Drew) Beauchamp, Sophie Jenz, Kait Sutton, and Ben Nazaroff

Showcasing the features of our latest (0.1.0) release at the ISEK workshop! Join our newsletter to receive the recording of the presentation and stay up to date with the openhdemg evolution: docs.google.com/forms/d/e/1FAI…

Excited to be involved in this effort! & honored to present in the openhdemg workshop today. Thanks Giacomo Valli & Paul Ritsche !

Excited to announce our collaboration with Meta. Our goal is to eliminate barriers to human-computer interaction for people that are unable to use keyboards, gamepads, and other input controllers. cmu.edu/news/stories/a…

Big Shoutout 🎉 to Luigi , Prakarsh Yadav, and James (Drew) Beauchamp for their outstanding poster and podium presentations at this year's ISEK in Japan! They've done an incredible job sharing valuable motor unit insights on behalf of our lab 🤓🤓

We are pleased & proud to share our latest paper, “Tonic stimulation of dorsal root ganglion results in progressive decline in recruitment of Aα/β-fibers in rats” by Jordyn Ting , Charli Hooper, & 🪷 Ashley Dalrymple, published today in Neuromodulation Journal. NeuroMechatronics Lab @cmuneurosci @CMU_Mech

Excited to share our new article now available in Journal of Physiology! Matheus Machado Gomes James (Drew) Beauchamp Franky Black #CJ Greg Pearcey physoc.onlinelibrary.wiley.com/doi/full/10.11…

Matheus M. Gomes (Northwestern Feinberg School of Medicine USP Ribeirão Preto) et al. investigate how voluntary co-contraction of ankle muscles alters motor unit discharge characteristics and reduces estimates of persistent inward currents #ResearchArticle 🦶📈 Read the article here: buff.ly/3MP47N3

Excited to announce that the NML team will be showcasing some amazing research at #sfn2024 Society for Neuroscience (SfN) 🤓! Mark your calendars 🗓️ and join us as a few of our members present their groundbreaking work🧐. Stay tuned for more details☺️! @cmuneurosci CMU Mechanical Engineering #research #science

Want to keep learning about Prakarsh Yadav’s work? Stop by J3 to discover more about "Modulation of Spinal Motor Neuron Excitability by Transcranial Stimulation." Don't miss out! #NeuroScience #TranscranialStimulation Society for Neuroscience (SfN) #SfN2024

🆕 Release v0.1.1 is now live 🆕 Increased flexibility and customizability of the library's functions, improved robustness through a comprehensive set of testing functions, and extended support for Python versions 3.12 and 3.13. + improved and fully customisable plotting ⬇️

The openhdemg developers wish you great holidays!

💥Preprint update💥 Based on feedback from reviewers, we updated our work that aims to understand gain control in force output. In addition to human motor unit data, we’ve used in silico models of motoneuron firing in an attempt to understand scaling of force output {1/3}

Abstract submission is live for the 2025 International MotoNeuron Society meeting in St. John’s, Newfoundland. Deadline for submissions is 0830 NST on March 11, 2025. If you’re interested in Motoneurons - please join us! Visit Motoneuron.org to submit!

🚀 New release v0.1.2 is online! 🚨 Have a file like this and you don’t know how to process it? Use the new EMGFileSectionsIterator class to quickly segment the file in multiple sections, apply specific functions to each of them and to gather the results in a few lines of code

New postdoctoral position available to investigate neurophysiology of ALS. Happy to meet for informal chats about the project. jobs.ac.uk/job/DML152/res…

New pub from James (Drew) Beauchamp. We showed prolonged firing of motoneurons makes it hard to control force, estimates of PICs are larger at short muscle lengths, and combining the two exacerbates this prolongation of firing-induced force variability. physoc.onlinelibrary.wiley.com/doi/full/10.11…

James A. Beauchamp (Northwestern University - Biomedical Engineering) et al. observed that intrinsic properties of spinal #motoneurons degrade #ankle torque control in humans ⚙️🦶 📜 Read the #Research here: buff.ly/IESDnFt