Shin Splints

That deep, achy pain along the inside of your shin that shows up partway through a run and lingers afterward. Our Burlington team helps you sort out what is irritated, why your body is reacting, and how to keep training without making it worse.

What the Lower Leg Is Telling You

Shin splints is the everyday name for medial tibial stress syndrome, a pain that runs along the inside edge of the shin bone. The tissue that connects the calf muscles to the tibia gets irritated, and in some cases the bone itself starts responding to repeated load. It is one of the most common complaints we see in runners, and it shows up in court-sport athletes, walkers, and people who have suddenly increased their time on their feet.

The pain is typically diffuse rather than pinpoint. You can usually rub a finger along several centimetres of the inner shin and find tenderness across the whole stretch, which is one of the things that distinguishes shin splints from a tibial stress fracture. A stress fracture tends to feel like a hot, focal point of pain that does not move. Shin splints feel like a longer, ropier ache. Catching that distinction early matters, because the management for the two is different.

Most cases trace back to a mismatch between training load and what the lower leg has been prepared for. The same pattern shows up across running injuries generally: the demand outpaced the capacity. Spring is when our schedule fills up the fastest with shin splints, when Burlington runners come back outside after a winter of treadmills, indoor turf, or shorter mileage and try to pick up where they left off.

What Tips the Lower Leg Into Trouble

Most shin splints we see come from a combination of these:

A jump in running mileage, intensity, or hills before the lower leg has built up tolerance
Returning to outdoor running in the spring without rebuilding gradually from winter training
Worn-out running shoes that no longer absorb impact the way they did
A switch in surface, like moving from track or treadmill to pavement or trail

Weak or fatigued calf muscles that put more demand on the connective tissue along the shin
Reduced foot or ankle mobility that changes how impact passes through the lower leg
Hip and glute weakness that lets the lower leg track inward under load
Body weight changes or a new sport with different loading patterns

Sorting Shin Splints From the Things That Mimic Them

The conversation covers when the pain started, what your training was doing in the weeks leading up to it, where the pain sits along the shin, and how it behaves during and after a run. The pattern of when it shows up, whether it warms up and eases or progressively gets worse, gives us early information.

The exam includes palpating along the inside of the shin to map the tender area, checking calf strength and length, looking at foot and ankle mechanics, and assessing how you move under single-leg load. We screen for the things that present similarly: a tibial stress fracture, which tends to be focal and worsens through a run rather than easing; chronic exertional compartment syndrome, which produces a tight, building pressure rather than a localized ache; and posterior tibial tendon issues, which show up lower down toward the inside of the ankle. Our article on shin splints, calf pain, and medial tibial stress syndrome goes deeper into the differential picture for anyone wanting more on the topic. Imaging is rarely needed early, but bone scans or MRI come into play if a stress fracture is suspected.

Therapist performing shin splints assessment on patient in Burlington sports therapy clinic

Calming the Tissue and Building It Back Up

Why You Can Often Keep Training, and Why Some People Cannot

Early management is about settling the irritation while keeping you as active as the tissue will tolerate. Total rest is rarely necessary and rarely the best plan. Most people can keep running at a reduced volume or intensity, swap some sessions for cross-training, and modify what they do on the days the shin is most reactive. The general rule is that pain that settles within twenty-four hours and is not getting worse week to week is workable, and pain that is escalating or persisting through rest needs a different approach.

Manual therapy plays a real role here. Soft tissue work on the calf, posterior tibialis, and surrounding muscles takes pressure off the tissue along the shin. Joint work into the foot and ankle restores movement that may be getting compensated for further up the chain. Active Release Technique and Graston Technique can both help with the tissue restrictions that build up around an irritated shin.

The strength side is what changes the underlying picture. Calf, hip, and foot strengthening builds the capacity that was missing when the symptoms started. Plyometric and impact work get reintroduced gradually as the shin tolerates more, since the lower leg has to handle bouncing load before it is ready to handle full running volume again. Footwear and orthotic decisions get assessed individually, since custom orthotics are useful for some people and unnecessary for others. You can’t go wrong with strong, and a stronger calf complex is the single most reliable predictor of shin splints staying gone. Most cases improve meaningfully within four to eight weeks of consistent work, though stubborn cases or those layered on top of bone reactions can take longer.

Shin Splints Treatment in Burlington

The combination that works for shin splints is settling the symptoms, restoring how the lower leg moves, and rebuilding the strength that was being asked for in the first place. Our team coordinates the hands-on care and the loading work so the shin is being calmed and built up at the same time.

Chiropractic Treatment

Our chiropractors assess and treat the joint mechanics through the foot, ankle, and lower leg, and address the soft tissue around the calf and shin. Active Release Technique can target the calf and posterior tibialis, and Graston Technique can help with chronic tissue changes when the symptoms have been around for a while.

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Physiotherapy

Our physiotherapists build the strengthening and progressive return-to-running plan that takes you from reduced training back to full volume. The program includes calf, foot, hip, and core work, plyometric reintroduction, and gradual loading. Orthotics may be discussed if the foot mechanics are contributing, and laser therapy may support the tissue side of recovery.

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Massage Therapy

Our massage therapists work into the calf, soleus, and posterior tibialis muscles that contribute to shin loading. Releasing this tightness lets the lower leg move more freely and makes the strengthening work more effective. Acupuncture may be incorporated for pain management when needed.

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Bringing the Shin Back to Full Mileage

Shin splint recovery follows a clear arc, but the speed of progression depends on how the tissue is responding. The earlier in the process you address it, the cleaner the path through.

Calming the Shin

Training is reduced, not stopped. Soft tissue and joint work bring the irritation down, and modifications like cross-training, run-walk intervals, or volume cuts keep you active without provoking the shin. Footwear gets a look here.

Restoring Tolerance

Calf, foot, and hip strengthening becomes the foundation of the program. Manual therapy continues as needed. Walking and easy running stay pain-free or close to it, and the tissue begins responding to load in a controlled way.

Reintroducing Impact

Hopping, plyometric work, and progressive running load come in once the foundational strength is rebuilt. The shin is asked to handle bouncing and impact in a graded way, which is the bridge between loaded strength work and full running.

Back to Training

Full return to running mileage and intensity, with strength and mobility work continuing in the background. Most people who keep up the calf and hip work do not see shin splints come back, even when they take their training back up.

Shin Splints Questions Burlington Runners Ask Us

Most runners who walk in with shin splints have already tried a few things and want to know whether they can keep training, what the underlying problem is, and how to stop it from coming back. Here are the questions that come up most.

Every shin reacts differently, and the right plan depends on how reactive the tissue is, what your training looks like, and what is contributing further up the chain. The patterns described here are common, not universal.

Helping Burlington patients move better since 2005.

Are shin splints the same thing as a stress fracture?

No, but they sit on the same spectrum. Shin splints involve irritation of the connective tissue and bone surface along the inside of the shin. A stress fracture is a small structural injury to the bone itself. The pain pattern is different: shin splints tend to feel like a longer ropy ache that can ease with warm-up, while stress fractures tend to feel like a focal hot spot that gets worse with continued activity. If we are concerned about a stress fracture, imaging is part of the assessment.

Should I stop running?

Not always. Many people can keep running through shin splints at reduced volume or intensity, particularly if the pain settles within twenty-four hours and is not getting worse week to week. Some need a short pause or a switch to cross-training while the tissue settles. The decision depends on how reactive the shin is and how the symptoms are trending, and it is a regular conversation through recovery rather than a one-time call.

Will new shoes fix this?

Sometimes. Worn-out shoes that no longer absorb impact contribute to plenty of shin splints, and replacing them helps. But shoes alone rarely solve the problem if the underlying issue is a load and capacity mismatch, weak calves, or hip and foot mechanics that are putting unusual stress on the shin. Footwear is one piece, not the whole answer.

Do I need orthotics?

Some people benefit from orthotics, others do not. The decision depends on how your foot and lower leg are loading, what your footwear is doing, and whether the shin splints are part of a broader mechanical pattern. We assess this individually rather than recommending orthotics by default.

How long do shin splints take to heal?

Most cases improve meaningfully in four to eight weeks of consistent work, though it depends on how reactive the tissue is when you start, how much running you keep doing, and how diligent the strengthening side is. Cases caught early settle faster than those that have been left for months.

When should I book an assessment?

If shin pain has been there for more than a couple of weeks, is changing how you train, has a focal hot spot rather than a diffuse ache, or has been showing up off and on across multiple training cycles, an assessment is worth booking. Catching shin splints before they progress is the single biggest factor in how quickly they settle.