POSTER SESSION: 20 NOVEMBER 2023 (1:45-3:15PM)
There will be a dedicated poster session on the first day of the conference (20 November 2023) from 1:45-3:15pm and posters will remain on display throughout the conference.
| MADISON BODA The University of Adelaide, Australia | The interaction between metaplastic neuromodulation and neuromuscular fatigue |
| CLAIRE BOSWELL-RUYS Neuroscience Research Australia, Australia | Impact of respiratory muscle training on sleep disordered breathing in tetraplegia: a secondary analysis of a randomised controlled trial |
| DAVID COLLINS University of Alberta, Canada | Can transcutaneous spinal cord stimulation “boost” contractions produced by functional electrical stimulation? |
| PHOEBE DUNCOMBE The University of Queensland, Australia | Paraspinal muscle volume and intramuscular fat asymmetry in adolescent idiopathic scoliosis |
| BENJAMIN GOODLICH Griffith University | Motor unit tracking using blind source separation filters and waveform cross-correlations: reliability under physiological and pharmacological conditions |
| ANANDIT MATHEW Neuroscience Research Australia, Australia | The effect of acute intermittent poikilocapnic hypoxia (AIH) and acute intermittent normoxic hypercapnia (AIC) on voluntary activation of the adductor pollicis in humans |
| YOSHIRO OKUBO Neuroscience Research Australia, Australia | Body composition and reactive stepping impairment in older people |
| LUCAS ORSSATO Deakin University, Australia | Longitudinal changes in motor neurone maximal firing frequencies with Amyotrophic Lateral Sclerosis (ALS) disease progression |
| STEVEN PHU Neuroscience Research Australia, Australia | Physiological validity of treadmill belt accelerations in simulating a walkway trip in older people |
| CHIETTHA PRAJNADEWIE Neuroscience Research Australia, Australia | Voluntary activation of the respiratory muscles determined by spinal root magnetic stimulation during graded respiratory efforts |
| JANIE PROVENCHER Neuroscience Research Australia, Australia | Optimizing transcutaneous spinal cord stimulation: The comparative effectiveness of stimulation waveforms |
| TERRY TRINH Neuroscience Research Australia, Australia | Transcutaneous spinal cord stimulation of the cervical spine: waveform frequency, muscle recruitment, anode location and tolerability |