text: Yo, check it out, let me break it down for you
  Talkin' 'bout electromyography, that's EMG
  Ag/AgCl gel electrodes, that's what they be
  Used in myoelectric prosthetic control, you see
  But they inconvenient in clinical application, gee
  
  Now, we got a new type of signal sensors, listen up
  Textile electrodes, they the bomb, yup yup
  But we don't know if they can match the old ones, though
  In classifying arm movements, gotta give it a go
  
  In this study, we made some custom-made bipolar joints
  Using copper-based nickel-plated conductive fabric, points
  We recorded EMG signals with these textile electrodes
  To see if they can do the job, y'all ready, here it goes
  
  We investigated the performance, checkin' it out
  Identifying nine arm and hand movements, no doubt
  Our pilot results came in, and they were fly
  With textile electrodes, accuracy was high
  
  Across six able-bodied subjects, we found
  Average classification accuracy, holdin' it down
  Ninety-four point oh-five percent, that's what we see
  With textile electrodes, similar to the old ones, you feel me?
  
  No significant difference, no need to stress
  Between the two types of electrodes, that's progress
  So, the textile electrodes can hold their own
  In classifying arm movements, they've shown
  
  In control of myoelectric prostheses, they shine
  Just like the gelled metal electrodes, both fine
  So, there you have it, the study's conclusion
  Textile electrodes, a viable solution