We are proud to introduce @Battelle as part of our #SCIIncubate Program 2023 cohort: https://t.co/56Jk8kkEwn The program supports early-stage startups address care- and cure-related treatments to improve quality of life for people with spinal cord injury. #startups#innovation
Inside @Battelle blog: Our new, non-treatment research project explores possibility of returning some hand movement to those living w/paralysis due to spinal cord injury without invasive surgery. "Battelle Recruiting Participants to Test NeuroLife® Sleeve"
https://t.co/36RejtVH7O
Serino et al. studied the sense of agency for actions generated via a brain machine interface. They show that primary motor cortex encodes not only motor and sensory signals, but also subjective agency signals, enabling improved BMI proficiency.
https://t.co/4eQCs5wBTm
Working w/research participants who meet study criteria https://t.co/5OjhRhchME. Seek to learn how using only our #NeuroLife sleeve could enhance independence by enabling those who cannot otherwise use their hands.
Join our #neurotechnology team https://t.co/lXsdCrUKLR
Finally, all of this wouldn't have been possible without the amazing commitment of our participant and collaborator @iburkhart. As he likes to remind us, he was the only one who attended every research session. You should also check his amazing work with @IanBfoundation!
Brain-Computer Interfaces that help people who are paralyzed move again are ever closer to entering the home. The #NeuroLife® Team at @Battelle has been focused on advancing our BCI technology so that users like @iburkhart can regain independence in their daily lives
Understanding the performance and failure modes of these sensors in humans is an important step toward building tech to improve the lives of those with neurological injuries and disorders. We hope that this data will lead to better neural interfaces in the future!