Effect of Introducing a Mini-Ergometer to the Ward Due to the COVID-19 Pandemic-Imposed Restrictions on Rehabilitation Centers on Physical Function: Cardiac Rehabilitation of Patients with Heart Failure.

Effect of Introducing a Mini-Ergometer to the Ward Due to the COVID-19 Pandemic-Imposed Restrictions on Rehabilitation Centers on Physical Function: Cardiac Rehabilitation of Patients with Heart Failure.

Publication date: Aug 22, 2025

Background/Objectives: The COVID-19 pandemic restrictions had negative effects on cardiac rehabilitation. The difference in the location of cardiac rehabilitation practice during the COVID-19 pandemic decreased the amount of aerobic exercise and the patient’s physical function at discharge. Therefore, we introduced a mini-ergometer to the ward to provide quantitative aerobic exercise. This study aimed to evaluate physical function at discharge after the introduction of a mini-ergometer to the ward in patients with heart failure. Methods: We included a total of 117 consecutive patients who were admitted to a university hospital and underwent a cardiac rehabilitation program for heart failure between June 2020 and September 2022. Patients were divided into two groups: Group A (n = 54), which included those admitted before the introduction of the mini-ergometer, and Group B (n = 63), which included those admitted after the introduction of the mini-ergometer. Data, including age, sex, and functional status, were obtained. Additionally, the duration of each rehabilitation exercise was measured. Results: Group B had a significantly higher 6 min walking distance at discharge than Group A (Group A: 236. 0 m vs. Group B: 290. 0 m, p = 0. 020). Furthermore, Group B had a significantly longer ergometer exercise duration than Group A (Group A: 0 min vs. Group B: 25. 0 min, p

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Concepts Keywords
Cardiac cardiac rehabilitation
June controlled training
Pandemic COVID-19
Rehabilitation ergometer exercise
September heart failure
inpatient rehabilitation
physical performance
rehabilitation unit
ward rehabilitation

Semantics

Type Source Name
disease MESH COVID-19 Pandemic
disease MESH Heart Failure
disease MESH functional status
drug DRUGBANK Ribostamycin
drug DRUGBANK Coenzyme M
disease MESH cardiovascular diseases
disease MESH Emergency
disease IDO history
disease MESH infection
disease MESH dementia
disease MESH neuromuscular disease
disease IDO acute infection
disease IDO blood
disease MESH tics
drug DRUGBANK Human Serum Albumin
disease MESH posture
disease MESH Hypertension
disease MESH Dyslipidemia
disease MESH Diabetes Mellitus
disease MESH Myocardial Infarction
disease MESH Cerebral Infarction
disease MESH Cerebral Hemorrhage

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