Document Type

Case Report


Physical Therapy & Rehabilitation Science

Degree Name

DPT (Doctor of Physical Therapy)

Session and Year of Graduation

Fall 2017


Background: Strokes are the most common cause of severe disability in the United States. Functional electrical stimulation (FES) cycling may be used as an intervention to decrease disability post-stroke, though there is conflicting evidence among the existing studies exploring its use. The purpose of this case study is to describe the use of FES cycling in order to decrease residual disability post-stroke, as well as the challenges of implementing this intervention in the inpatient rehabilitation setting. Case Description: The patient was a 75 year-old female who presented to inpatient rehabilitation with a sub-acute ischemic right posterior cerebral artery stroke. The patient demonstrated severe left hemiparesis, left homonymous hemianopsia resulting in left neglect, as well as impairments in sensation, balance, and functional mobility. Interventions consisted of use of an FES bicycle at a low dosage, balance activities, left attention tasks, sensory reeducation, strengthening, and education. Outcomes: The patient’s length of stay was 24 days. During this period, she demonstrated a 22-point increase in the Functional Independence Measure score from initial evaluation to discharge. The patient also demonstrated an increase in postural control as demonstrated by a five-point increase in her Postural Assessment Scale for Stroke score. Discussion: Though the patient made significant improvements in postural control and required much less assistance with mobility, she continued to demonstrate severe deficits at discharge that prevented her from returning home independently. Patient complexity, time constraints, scheduling difficulties, and reimbursement issues represented challenges of regular implementation of FES cycling, resulting in dosage at a level lower than is recommended. While current research is conflicting, FES cycling at an appropriate volume may be beneficial in reducing disability in sub-acute stroke survivors.


Neurologic - Stroke & SCI


9 pages


Copyright © 2017 Sarah Briggs