About shin splints (medial tibial stress syndrome)
Shin splints cause pain along the lower inner border of the shin bone (tibia). The pain comes from stress on the bone and its outer lining where the lower leg muscles attach. It is common in runners, dancers, military recruits, and anyone who ramps up impact activity quickly.
Shin splints usually cause a diffuse ache along several inches of bone rather than a single sore spot. The bone is adapting to the load, and when the load outpaces its ability to adapt, pain follows.
It is important to separate shin splints from a tibial stress fracture, which is a more serious overload injury of the same bone. A focused, pinpoint area of bone pain, pain at rest or at night, or pain that makes you limp should be checked promptly.
Common symptoms
- A dull ache along the lower inner edge of the shin
- Pain at the start of a run that may ease and then return afterward
- Tenderness spread over several inches of the shin bone
- Mild swelling along the inner shin
- Pain that gets worse as mileage or intensity increases
Common causes and risk factors
- A quick increase in running mileage, speed, or frequency
- Running on hard surfaces or a change in training surface
- Worn-out or poorly suited footwear
- Weak calf and hip muscles or overstriding
- Flat feet or low energy availability from undereating relative to training
How we diagnose it
Our physicians ask about your training history and examine the shin to see whether tenderness is spread out or focused on one spot. Diagnostic ultrasound at the exam table can look at the lining of the bone and nearby tendons and may raise suspicion for a stress reaction. When pain is pinpoint, present at rest, or makes it hard to hop on that leg, we refer for X-ray and often MRI, because early stress fractures frequently do not show on X-ray.
How Propel treats shin splints (medial tibial stress syndrome)
Treatment centers on load management: reducing running volume to a level that is comfortable, then building it back gradually. We look at running form, cadence, and footwear, and a rehabilitation program strengthens the calf, foot, and hip muscles so the shin takes on less stress. Orthotics may help if foot mechanics are contributing. We also consider nutrition and recovery, since low energy intake raises the risk of bone stress injuries.
For shin pain that lingers despite good load management and rehab, shockwave therapy may help settle symptoms and support the return to running. If imaging shows a stress fracture, the plan shifts to a period of protected loading with a slower, structured return, guided by our physicians.
What to expect at your visit
- 1.
We listen first
Your visit opens with a real conversation: how the problem started, what you have already tried, and the activity you want back.
- 2.
Exam and in-office ultrasound
A hands-on exam, then ultrasound at the exam table, often while you move, so your physician can see the tendon, joint, or nerve involved.
- 3.
A clear diagnosis and plan
You leave knowing what is wrong and what your options are, from strength-based rehab to procedures, and why we recommend each one.
- 4.
Treatment and follow-through
Most procedures happen here in the office. We coordinate with your physical therapist and check progress against the goals you set.
Questions about shin splints (medial tibial stress syndrome)
- How do I know if it's shin splints or a stress fracture?
- Shin splints usually cause a spread-out ache along the inner shin. A stress fracture tends to cause sharp pain at one specific spot, pain with hopping, and pain at rest or at night. If you notice those signs, stop running and get evaluated, because imaging may be needed.
- Do I have to stop running completely?
- Not always. Many runners can keep going at reduced volume and intensity as long as the pain stays mild and does not build from run to run. We help set a level that allows the bone to adapt.
- Will new running shoes fix my shin splints?
- Replacing worn shoes can help, but shoes alone rarely solve the problem. Gradual training changes and strength work for the calf and hip usually make the bigger difference.