Running form + shoes

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Connected to · 2

regulates · 2

Bone
The impact of each landing loads the bones, and bone remodels along those loads and grows stronger. But the impacts add up, and if they outpace the bone's repair, cumulative injuries such as stress fractures can follow. When van Gent 2007 pooled leg injuries in distance runners, the risk factors with the strongest evidence were a long weekly distance in men and a previous injury.
Running for beginners
The evidence that changing your running form or shoes prevents injury is weak. For a beginner, injury prevention rests on building up volume gradually and adding strength training, which gives tendons and bone time to adapt; putting all your attention on shoes crowds out what matters more.

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Landing on heel or midfoot

EVIDENCEREVIEW 1

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If you run now without pain or injury, do not fiddle with how you land. Forcing a new footstrike means relearning your whole running form, and the transition period itself is an easy time to get hurt.

The claim that landing on the forefoot is safer traces back to a study published in *Nature*. It compared how people who habitually run barefoot and people who habitually wear shoes land, and what shape the impact force takes; it was not a randomized trial that counted injuries. Habitual barefoot or minimal-shoe runners mostly land on the midfoot or forefoot, while most runners in cushioned shoes land heel first. Whether the steep, brief jolt of a heel landing (the impact transient) causes injury is only a hypothesis, and it does not show that forefoot landing is safer. Later research that compared footstrike directly with injuries found only a weak link.

Educational content, not medical advice — consult a clinician.