TABLE 3.
Potential clinical applications for VNS + neurorehabilitation.
| Diagnosis | Potential clinical applications for VNS therapy | Physical exercise recommendations | Clinical readiness |
| Parkinson’s disease | VNS during high amplitude training (Marano et al., 2022) | LSVT BIG therapy*, PWR Moves (Fox et al., 2012; Osborne et al., 2022) *VNS applied during most successful trials of Maximal Daily Exercises |
Needs more research |
| Stroke | VNS during repeated task practice (Hays et al., 2014a,b; Dawson et al., 2016, 2021) |
Constraint Induced Movement Therapy*(Nesin et al., 2019) *VNS applied during shaping tasks, most successful trials | Needs more research |
| TBI | VNS combined with rehabilitation (Pruitt et al., 2016; Hakon et al., 2020; Noé et al., 2020) |
Mild TBI–VNS to decrease symptom provocation before, during, or after vestibular rehabilitation (Schlemmer and Nicholson, 2022) Severe TBI–VNS during sensory stimulation for coma recovery (Thibaut et al., 2019); stimulate when patient attends to stimulus |
Needs more research |
| SCI | VNS during functional task training, gait training, or cycling (Ganzer et al., 2018b; Darrow et al., 2020) | FES combined with UE and/or LE cycling*(van der Scheer et al., 2021)*VNS applied during peak power output | Needs more research |