Physiotherapy for Persistent COVID-19 Disease Using Aerobic Exercise
Physiotherapy for Persistent COVID-19 Disease Using Aerobic Exercise
NCT ID: NCT05453188 Phase: NA Status: COMPLETED Enrollment: 30 Completion: 2022-07-01
Conditions
COVID-19, Genetic Predisposition to Disease
Interventions
Experimental, Control
Summary
Aerobic exercise - Nordic walking in Persistent Covid (PC) vs. healthy controls.
The main objective of this study is to analyse the genes associated with increased physical performance in patients with PC vs. healthy controls and to measure the level of lactic acid in blood, pre and post exercise session in patients affected by PC.
Relevance: It is intended to be a tool for patients with CP who have not been hospitalised, nor have been offered outpatient rehabilitation treatment. They have not recovered their work, family, sporting or leisure functions. They have particular problems in returning to aerobic exercise.
We think that they may need to be accompanied in the recovery of their physical condition under the supervision of health professionals. Most of the studies offered to them are exploratory, not intervention. Our proposal is a 12-week intervention.
Our proposal, delves into the mechanisms that may underlie their fatigue and their problems in returning to aerobic exercise, in order to collaborate in approaching possible solutions.
Secondary objectives: To study in each of the patients with persistent covid, included in the aerobic Nordic walking programme, their DNA in order to, based on two candidate genes, analyse the role of genetic polymorphisms associated with increased VO2 max training, compared to a healthy control group.
To assess the blood lactic acid level pre and post exercise in a group of patients with persistent covid pre and post aerobic Nordic walking programme. Patients and Methods: 33 patients with CP and 33 healthy controls will follow a Nordic walking programme for 12 weeks. QIAGEN Cube automatic extractor and lactic acid meter will be used.
Primary Outcome
Lactic acid concentration