
Post-covid Physiotherapy
Post-COVID Physiotherapy is designed to address and manage the physical challenges experienced by individuals recovering from COVID-19. This specialized therapy focuses on helping patients regain strength, endurance, and functionality that may have been impacted by the illness or its treatments. The therapy typically involves a comprehensive assessment to identify specific needs and deficits, followed by a personalized rehabilitation plan.
How Post–Covid Physiotherapy Works
1. Assessment and Evaluation
How It Works:
In Post-COVID Physiotherapy, assessment and evaluation involve a comprehensive review of the patient’s lung function, muscle strength, mobility, and fatigue levels. This helps to identify physical limitations and create a tailored recovery plan.
Effect:
Enables the development of a customized physiotherapy program suited to the patient’s needs.
Monitors progress in lung function, strength, and endurance over time.
2. Breathing Exercises
How It Works:
Breathing exercises in Post-COVID physiotherapy focus on improving lung capacity, strengthening respiratory muscles, and enhancing oxygen exchange. Techniques like diaphragmatic breathing and pursed-lip breathing are used to help patients regain normal breathing patterns and reduce breathlessness.
Effect:
Enhances lung capacity and airflow, helping patients breathe more efficiently.
Alleviates shortness of breath and improves oxygen delivery to the body.
3. Strength and Endurance Training
How It Works:
Strength and Endurance Training in Post-COVID physiotherapy focuses on rebuilding muscle strength and improving cardiovascular fitness through low-intensity exercises like walking, resistance training, and interval workouts, tailored to avoid overexertion.
Effect:
Gradually restores strength in weakened muscles after prolonged inactivity.
Improves cardiovascular endurance, helping patients perform daily activities with less fatigue.
Conditions Treated with Post-covid Physiotherapy
Post-Viral Fatigue
Breathing Difficultie
Muscle Weakness
Joint Stiffness
Balance and Coordination Issues
Reduced Cardiovascular Endurance