Affiliations: Baylor Scott and White Institute for Rehabilitation, Dallas, TX, USA
Correspondence:
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Corresponding author: Chad Swank, Baylor Scott and White Institute for Rehabilitation, 909 N. Washington Avenue, Dallas, TX 75246, USA. E-mail: cswank@BSWRehab.com.
Abstract: BACKGROUND: Robotic exoskeletons are increasingly available to inpatient rehabilitation facilities though programmatic implementation evidence is limited. OBJECTIVE: To describe therapists’ clinical practice experiences with robotic gait training (RGT) over 3 years during inpatient rehabilitation. METHODS: Therapists participated in a survey and semi-structured focus group to discuss their RGT experiences. Interviews were recorded, transcribed, and analyzed using a theoretical analysis-driven thematic approach. RESULTS: Therapists averaged 7.6 years of neurologic rehabilitation experience and 1.85 years with RGT. Eight of 10 therapists had completed ⩾ 50 RGT sessions, with frequency of 1–5 sessions/week, including on-label (spinal cord injury, stroke) and off-label (e.g., traumatic brain injury) experiences. Three adverse events occurred over 716 RGT sessions with 186 patients. Qualitative analysis identified three major themes and corresponding subthemes: 1-Comparison with traditional gait training approaches (6 sub-themes), 2-Clinical decision-making considerations (3), and 3-On-label and off-label utilization (4). Stated RGT benefits included decreased therapists’ physical burden and increased patient motivation. Clinical concerns with RGT included tonicity, continence, and patient communication (e.g., aphasia). Off-label RGT was used to overcome barriers in traditional gait therapy and achieve early mobility. CONCLUSIONS: Therapists’ level of training and clinical knowledge furthered RGT implementation and allowed for safe utilization with on-label and off-label patients.
Keywords: Stroke, spinal cord injury, bionic exoskeleton, qualitative research
