How to diagnose and
treat shin pain

How do clinicians diagnose shin pain?

Clinicians start by asking about your story. They will ask where along your shin the pain is, when it started, what it feels like, and whether it changes during and after activity. 2 6 7 They will usually want to know about recent changes in training, footwear, surfaces, and hills, as well as your general health, menstrual history, and any past bone stress injuries. 2 6 7

Next comes a careful physical exam. Your clinician may press along the inner and front border of the shin to see if tenderness is spread out over a longer area, which is more typical of medial tibial stress syndrome (exercise-induced pain along the leg bone), or very focused in one small spot, which raises concern for a stress injury. 1 2 6 7 They may compare both legs, check ankle range of motion, especially dorsiflexion (movement that flexes toes towards shin), and test calf and soleus strength with heel raises. [2 6 7 Simple functional tests like single leg hopping or small jumps can help show how the shin responds to impact. 2 6 7

If your symptoms sound like chronic exertional compartment syndrome, the clinician will pay attention to when pain starts during exercise, how quickly it builds, and how fast it settles with rest. 4 8 They will often check for tight, full feeling compartments (leg spaces) and any tingling or temporary weakness in the foot during or just after exercise. 4 8

Red flag causes need to be ruled out. If there is sudden one sided swelling, warmth, and tenderness, especially after surgery, long travel, or illness, your clinician will consider deep vein thrombosis (blood clot in vein) and may use the Wells score, blood tests, and ultrasound to guide diagnosis.5 Very severe pain in a tight, hard compartment with pain on stretching the ankle or toes raises concern for acute compartment syndrome (high pressure around the muscle that stop blood motion and compresses nerves), which is an emergency. 4 5

Imaging is used when needed to clarify the diagnosis or guide treatment. For suspected bone stress injury, X rays are sometimes done first but can be normal in the early stages.1 6 MRI is more sensitive and can show stress reactions and fractures before they appear on X ray.1 3 6 MRI grading systems help sort bone stress injuries into lower and higher severity and can give a rough idea of how long healing is likely to take. 1 3 6

For suspected chronic exertional compartment syndrome, the diagnosis is based on your history and exam, and in some cases compartment pressure testing before and after exercise. 4 8 These tests and their cutoffs are still debated, and your clinician will also work to rule out other causes of exercise induced leg pain such as bone stress injury or nerve problems. 4 8 9

Throughout this process, the goal is to match what you feel, what the exam shows, and what any scans or tests show, so you get the right level of protection, rehab, and follow up. 1 2 6 7

What are the treatment options for knee pain?

Treatment for shin pain depends on the specific cause and severity. Most cases of medial tibial stress syndrome and lower grade tibial bone stress injury improve with smart load changes, targeted strengthening, and time.2 6 7 Higher grade stress fractures and confirmed chronic exertional compartment syndrome need stricter protection and sometimes surgery. 1 3 4 8 Your plan should fit your diagnosis, activity goals, and overall health.

  • Education and load modification
  • Exercise based rehabilitation
  • Chronic exertional compartment syndrome (trial of conservative care)
  • Support devices
  • Medications and nutrition
  • Procedures and surgery
  • Recovery expectations

Sword's approach

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How can I find pain relief for shin pain?

Once serious problems have been ruled out, many people can start with simple steps to calm symptoms while staying as active as possible. This often means reducing or pausing running and jumping for a period and switching to lower impact activities like cycling, pool running, or using an elliptical machine. These options reduce stress on the shin bone while helping you stay fit. 2 6 7

Using pain as a guide can help you decide what is safe. During activity, pain should stay mild, not steadily worsen, and return to your usual level by the next day. If pain is sharp, located in one specific spot, or worse at night or when resting, it is safer to stop impact activity and get checked by a clinician.1 3 6 7

Simple at home strength work can make a big difference over time. Exercises often include seated and standing calf raises, foot and ankle strengthening such as towel curls or band work, and hip strengthening like side steps or bridges. 2 6 7 Gentle ankle mobility work, such as knee to wall stretches in a pain free range, can support better movement and load sharing. 6 7

Ice packs, applied for short periods, and simple pain relievers can be used to help with soreness, especially after activity, as long as they are safe with your other conditions and medicines.6 7They are best used to support a sensible loading plan, not to mask pain and continue heavy impact. 6 7

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Footnotes

1

American College of Radiology (ACR). Appropriateness criteria: stress (fatigue / insufficiency) fracture (narrative and variants). 2024.

2

Tenforde AS, et al. Criteria and guidelines for returning to running following a tibial bone stress injury. Sports Med. 2024;54:.

3

Radiopaedia Editorial Group. MRI grading systems for bone stress injuries (Fredericson and modifications). Updated 2025. Radiopaedia.

4

Roberts AJ, et al. Chronic exertional compartment syndrome, diagnosis and management. Br J Sports Med. Various updates and reviews, including primary care overview.

5

National Institute for Health and Care Excellence (NICE). Venous thromboembolic diseases, diagnosis and management (NG158). 2020–2023.

6

Brukner P, Matson J. Stress fractures, diagnosis and management in primary care. Br J Gen Pract. 2019.

7

Perry EA, et al. Evidence based treatment and outcomes of tibial bone stress injuries. Curr Sports Med Rep. 2024.

8

van der Velde SK, et al. Systematic review of innovative diagnostic tests for chronic exertional compartment syndrome. 2022.

9

BMJ Blogs / Br J Sports Med. The MSK playbook, CECS and differentials of exercise induced leg pain. 2025.

10

Moen MH, et al. Preventive interventions for medial tibial stress syndrome, systematic review. Physiotherapy. 2025 (early view).

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