If you’re an injured runner we can help you get back to running pain-free.Click the link to book a free call with ushttps://matthewboydphysio.com/booking/Running Fundamentals Coursehttps://matthewboydphysio.com/running-fundamentals-course/Instagramhttps://www.instagram.com/matthewboydphysio/SummaryThis episode explores the concept of run walking as a rehabilitation strategy for injured runners. Matthew Boyd discusses how run walking can be strategically u...
If you’re an injured runner we can help you get back to running pain-free.
Click the link to book a free call with us
https://matthewboydphysio.com/booking/
Running Fundamentals Course
https://matthewboydphysio.com/running-fundamentals-course/
Instagram
https://www.instagram.com/matthewboydphysio/
Summary
This episode explores the concept of run walking as a rehabilitation strategy for injured runners. Matthew Boyd discusses how run walking can be strategically used to manage mechanical stress on injured tissues, allowing for a controlled recovery process. He emphasizes the importance of balancing running and walking intervals to enhance recovery while preventing further injury. The discussion also covers the progression of run walking workouts and the significance of monitoring pain levels to ensure effective rehabilitation. Ultimately, the goal is to transition from run walking to continuous running, enabling runners to regain their strength and resilience.
Takeaways
- Run walking is a strategic method for injured runners.
- It allows for controlled mechanical stress on injured tissues.
- Cardio fitness often exceeds mechanical fitness in injured runners.
- Resting too long can weaken injured tissues.
- Run walking can lead to more total running time.
- The mechanical stimulus is lower with run walking compared to continuous running.
- Progression in run walking should be monitored closely.
- Pain levels dictate the progression of run walking workouts.
- The goal is to transition to continuous running without pain.
- Run walks are essential for making injured tissues stronger.
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