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Knee & Sports

Shin Splints: exercise-related shin pain, and how to settle it.

Shin splints, or medial tibial stress syndrome, are a common overuse cause of inner-shin pain in runners. They are treated without surgery, and the main job is to distinguish them from a stress fracture.

Written bySteven J. Lee, MD · Double Fellowship-Trained · Hand & Sports Medicine
Last reviewed · May 2026

Shin splints, medically called medial tibial stress syndrome, are pain along the inner edge of the shinbone from overuse, where the muscles and the bone's lining are irritated by repetitive loading. It is one of the most common complaints in runners and in anyone who increases activity quickly.

Shin splints sit on a spectrum with stress fractures, and the early symptoms overlap. The most important step is sorting out which one is present, because a stress fracture needs more protection.

Symptoms

Typical complaints include:

  • Aching pain along the inner edge of the shin, over a broad area
  • Pain at the start of activity that may ease as you warm up
  • Tenderness along a length of the shin rather than one focal spot
  • Pain that worsens with continued training

Shin splints versus stress fracture

Shin splints cause tenderness spread along the shin, while a stress fracture causes a focal, pinpoint tender spot and tends to hurt more, including at rest. When the picture is concerning, an MRI distinguishes the two. Getting this right changes how cautious the return to running needs to be.

Dr. Lee's approach

Shin splints are treated without surgery. Dr. Lee starts with a relative rest period, then a graded return to running, while correcting the factors that caused it, training spikes, footwear, running surface, and mechanics.

If the pain is focal and concerning, the first job is to rule out a stress fracture, because that needs more protection. Most shin splints settle with a sensible loading program and attention to the underlying cause.

Non-surgical treatment

Shin splints respond to:

  • A relative rest period followed by a graded return to running
  • Correcting training errors and progressing load gradually
  • Footwear and running-form adjustments
  • Calf and lower-leg strengthening and flexibility work

Recovery timeline

Recovery is gradual and depends on a sensible return:

  1. Weeks 0 to 4
    Relative rest, cross-training, and addressing the cause. Pain settles as loading is reduced.
  2. Weeks 4 to 8
    Graded return to running, progressing slowly to avoid recurrence.

What patients commonly misunderstand

Two things runners get wrong:

  • Pushing through can make it worse. Running through shin pain risks progressing to a stress fracture. A short period of relative rest and a graded return is faster in the long run.
  • It is not always 'just' shin splints. Focal, pinpoint shin pain that hurts at rest may be a stress fracture, which needs more protection. When in doubt, it is worth confirming.

This page is general educational content authored by Dr. Lee. It is not a substitute for individual medical advice. Every patient's case is different, book a consultation to discuss yours.

Patient questions

Shin splints, answered.

  • How do I know it is shin splints and not a stress fracture?

    Shin splints cause aching spread along a length of the inner shin and tend to ease as you warm up. A stress fracture causes a focal, pinpoint tender spot and often hurts more, including at rest. When the pain is focal or concerning, an MRI distinguishes the two, which matters because a stress fracture needs more protection.

  • Can I keep running?

    Running through worsening shin pain risks progressing to a stress fracture. A short period of relative rest, cross-training, and a graded return, while correcting training errors and footwear, settles most shin splints faster than pushing through.

Next step

Shin pain every time you ramp up running? Treat it before it becomes a fracture.

Shin splints settle with relative rest, a graded return, and correcting the training and mechanical causes. The key step is making sure it is not a stress fracture, which needs more protection.