Post: How do you know if you have shin splints or not?

What Exactly Are Shin Splints? Defining Medial Tibial Stress Syndrome

Let’s start at the beginning, because the term “shin splints” gets thrown around a lot. Clinically, the condition is called medial tibial stress syndrome, or MTSS for short. According to a 2023 review published in Cureus, MTSS is a common overuse injury of the lower extremities that produces a dull, achy pain along the inner border of your shin bone. The pain typically follows exercise and is relieved by rest, at least in the early stages.

Think of your shin bone (tibia) as a piece of timber that’s being repeatedly bent. Every time your foot strikes the ground, tiny forces travel up through your leg. When those forces build up faster than your body can repair them, the outer layer of the bone, called the periosteum, becomes inflamed and irritated. That inflammation is where your pain comes from.

Importantly, MTSS is not the same as a stress fracture. Understanding the difference is important for your recovery.

What Does Shin Splint Pain Actually Feel Like?

Your pain from shin splints has a very particular character. It tends to feel like a dull, achy sensation along the inner lower third of your shin. It often starts after you begin exercising. In the early stages, your pain might actually ease off once you warm up and keep moving. That’s a key clue.

The StatPearls medical database describes the typical progression well: your discomfort begins as mild, activity-related pain that worsens if you keep training without modifying your load. Over time, the pain can start showing up during exercise, not just after. In more advanced cases, you may feel it when climbing stairs or even just walking briskly.

When you press along the inner edge of your shin bone, it will likely feel sore over a fairly wide area, often five centimetres or more. That diffuse tenderness pattern is a hallmark of shin splints. Your shin may also look slightly swollen in that same region.

Here is what this means clinically: if you push a single spot on your shin and feel a very sharp, pinpoint pain, that’s a different warning sign. That could point toward a stress fracture, not shin splints. Bhusari and Deshmukh’s 2023 review notes that shin splint pain is typically described as diffuse and palpable, spread across a region rather than fixed to one precise point.

How Shin Splints Injuries Start And Who Gets Them

Your injury often starts with a sudden increase in training. Maybe you just started running. Maybe you jumped from three sessions a week to five. Or you changed surfaces, from soft grass to harder pavement. Research from Menéndez and colleagues (2020) identified key risk factors that increase the likelihood of MTSS, including foot pronation (where your foot rolls inward), pelvic drop during running, and early heel lift during the stance phase of your gait.

Beyond runners, MTSS affects up to 20% of dancers and up to 35% of new military recruits. If you do any repetitive weight-bearing activity, your shins are under load.

There’s also a muscle-strength-and-tightness angle that is often missed. A systematic review by Mattock, Steele, and Mickle published in Sports Medicine Open (2021) found that reduced lean leg muscle mass and higher peak activity of the soleus muscle during movement were strongly linked to MTSS development. In simple terms: if your calf muscles are tight or understrength, they pull harder on the bone. That traction on the periosteum is part of what creates your inflammation and pain.

Your calf group, particularly the soleus and tibialis posterior, attaches directly near the areas most commonly irritated in MTSS.  When these muscles are tight or fatigued, the load is transferred to the bone rather than absorbed by the muscle. Imagine a shock absorber that’s worn out, the frame of the car starts taking the hits instead.

Could Your Pain Be Something Else? Knowing the Difference

This is where things get important. Not all shin pain is shin splint pain. Getting the right diagnosis matters.

A stress fracture, for example, feels different. StatPearls (2025) explains that MTSS pain worsens with exercise but tends to ease at rest. Stress fracture pain, on the other hand, often continues even during normal daily activities. Stress fracture tenderness is also pinpoint, meaning you can identify one very specific, very sore spot on the bone. With shin splints, your tenderness is spread across a larger area.

Another condition to consider is exertional compartment syndrome. This produces a tight, cramping pressure in the lower leg during exercise that eases quickly when you stop, and it can cause temporary numbness or tingling.  That’s a different pattern from the lingering dull ache of MTSS.

Tendinopathy of the posterior tibial tendon can also mimic shin splint pain, but your discomfort will be more localised to the tendon rather than the bone itself.

If your pain is severe, persistent at rest, or getting progressively worse despite taking time off, please seek a proper clinical assessment. Imaging, particularly MRI, can be used to confirm the diagnosis and rule out a stress fracture when the clinical picture is unclear.

Proprioception, Movement, and Why Your Body’s Awareness Matters

Here’s something that often surprises people. Shin splints are not just a bone problem or a muscle tightness problem. They are also a movement coordination problem.

Proprioception is your body’s ability to sense where it is in space. Think of it as your internal GPS for movement. When your proprioception is poor, your muscles don’t activate at the right time during each step. This poor timing creates uneven loads, and some tissues, including your shin bone, end up taking more than their fair share of stress.

A 2023 study published in Koomesh investigated the effects of six weeks of neuromuscular training on pain, proprioception, and balance in female runners with shin splints. The researchers found that neuromuscular training, exercises designed to retrain how your muscles and nervous system communicate, improved both proprioception and pain outcomes in this group. Balance and ankle awareness were significantly improved compared to the control group.

This is reinforced by a 2025 systematic review and meta-analysis published in the Journal of Physiotherapy (Ferrão and colleagues), which examined preventive interventions for MTSS. The researchers analysed 12 randomised clinical trials involving over 8,000 participants. Their conclusion was clear: neuromuscular training was effective in preventing MTSS, with high certainty of evidence. This is one of the strongest levels of evidence we have for any single intervention in shin splint management.

Strength training for the muscles that support the shin, the calves, the tibialis posterior, the hip abductors, and the core, creates resilience. And proprioceptive training teaches your body how to use that strength efficiently under the unpredictable demands of real movement.

How a Multimodal Chiropractic Approach Can Help Your Shin Splints

So where does your chiropractor fit into all of this?

A chiropractor who takes a multimodal approach brings together three powerful tools: soft tissue therapy, spinal and joint adjustments, and exercise prescription. For shin splints, this combination matters because MTSS is a multifactorial problem, it involves bone stress, muscle tightness, movement dysfunction, and biomechanical load patterns all at once.

Soft tissue therapy, including techniques such as myofascial release, deep tissue massage, instrument-assisted soft tissue mobilisation, and transverse friction massage, addresses the muscle tightness that contributes to your pain. Research reviewed by Bhusari and Deshmukh (2023) noted that rehabilitation programs incorporating manual therapy to enhance tissue elasticity and blood supply are considered an important part of conservative MTSS management. When your soleus and tibialis posterior muscles are less tense, they absorb force more effectively. Less force reaches the periosteum, and your pain begins to settle.

Joint adjustments address movement restrictions in the ankle, foot, knee, and lumbar-pelvic region. When your ankle doesn’t move freely, your foot compensates with increased pronation, and increased pronation is one of the well-documented risk factors for MTSS. A chiropractor can assess and address these movement restrictions to restore more normal load distribution through your lower limb.

Exercise prescription is perhaps the most important long-term piece. A chiropractor can assess your current capacity and prescribe the right type of exercise at the right dose, not too much, not too little. This is more nuanced than it sounds.

A 2023 scoping review published in BMC Musculoskeletal Disorders on foot and ankle strengthening exercises found that the correct load intensity for building meaningful strength is often underprescribed in rehabilitation settings, with only 2% of exercise prescriptions in the reviewed studies meeting recommended intensity thresholds. In other words, many exercise programmes for lower limb conditions simply don’t provide enough challenge to stimulate genuine adaptation.  Your chiropractor can close that gap by prescribing exercises at a stimulus appropriate to your current level and progressing them as you improve.

This matters especially as we age. Research published in Frontiers in Rehabilitation Science (Ryan, Serra, and Gray, 2022) highlighted that exercise, including resistance and neuromuscular training, can meaningfully counteract the age-related declines in muscle strength, joint proprioception, and overall physical function that make injuries like MTSS more likely over time. Strength training isn’t just for athletes. It’s one of the most evidence-supported tools for keeping your body resilient across every decade of life. Your chiropractor can design a progressive, individualised exercise plan that accounts for where you are right now, and helps you move better, with less pain, for longer.

The goal of chiropractic care is never to simply treat symptoms in isolation. It’s to understand why the injury happened in the first place, and then address those underlying contributors so you’re less likely to be back at square one in three months.