5 Common Sports Injuries in Amsterdam

Sport Is Medicine — When Done Safely

Physical activity is one of the best things you can do for your health. The research on this is unambiguous: regular sport reduces cardiovascular risk, supports mental health, maintains bone density, and extends functional longevity. Amsterdam’s sports culture reflects this — the city’s parks, canals, and cycling infrastructure mean most residents are active in some form, whether that’s a Saturday football league in Amstelpark, open-water swimming in the Amstel, or a daily commute by bike that doubles as interval training.

But without adequate preparation, load management, and movement quality, even recreational sport can produce injuries that sideline you for weeks or months. At Alter, we see this pattern constantly: someone who has been playing sport for years without issue, until one training block, one bad landing, or one neglected niggle tips the system over the edge. The injury feels sudden. It rarely is.

Below are the five most common sports injuries we assess and treat in Amsterdam — what causes each one at a deeper level, how to prevent them, and what to do when prevention hasn’t been enough. For a broader look at staying injury-free across the sporting year, our sports injury prevention guide is a good companion read.

1. Ankle Sprain

What it is and why it keeps happening

An ankle sprain — typically an inversion injury to the lateral ligaments — is the most common acute sports injury globally, and it is also one of the most under-rehabilitated. The ligament heals, the swelling settles, and the athlete returns to sport. What doesn’t automatically recover is the proprioceptive signal: the ankle’s ability to sense its own position in space and respond in time to a sudden surface change or direction demand. That lost sensory input is why re-sprain rates are so high. The body adapts around the deficit — stiffening the hip, altering gait — and the ankle remains a vulnerability.

Common in: football, basketball, trail running, padel, and any sport involving rapid direction changes or uneven ground.

Prevention and rehabilitation

Single-leg balance progressions: Start on a flat surface, progress to a wobble board or unstable surface, then to reactive tasks (catching a ball while balancing).
Ankle strengthening: Resisted eversion and plantarflexion with a band, emphasising slow eccentric control.
Movement screening: Restrictions in hip internal rotation or thoracic mobility often load the ankle disproportionately — addressing these upstream reduces ankle stress.

After a first sprain, a structured rehabilitation programme is not optional — it is the single most evidence-supported strategy for preventing a second. Untreated sprains frequently become chronically unstable joints.

2. Hamstring Strain

What it is and why it happens when it does

Hamstring strains are the defining injury of sprinting sports. They occur most often during the late swing phase of sprinting, when the hamstring decelerates the extending knee while simultaneously working to extend the hip — a high-demand eccentric task at maximum velocity. Critically, most tears happen late in a training session or match, when neuromuscular fatigue has reduced the muscle’s ability to generate force quickly. The muscle itself is often not weak at slow speeds; the failure is in rapid force production under load.

Common in: football, athletics, rugby, and any sport with high-speed running.

Prevention

Nordic hamstring curls: The most consistently evidence-supported exercise for reducing hamstring strain risk. Three sets of 6–10 repetitions, twice weekly, during a pre-season or maintenance phase. The key is progressive loading — this exercise is demanding and should be introduced gradually.
Sprint exposure: Athletes who never train at high speed are poorly adapted to high-speed demands. Progressive sprint work — not avoided — is protective.
Load management: Monitor weekly training volume. Sudden spikes — particularly after a rest period — are the most reliable predictor of soft tissue injury.

3. Rotator Cuff Injury (Shoulder)

What it is and why the shoulder is so vulnerable

The shoulder is the most mobile joint in the body, which also makes it the least inherently stable. Stability depends almost entirely on the rotator cuff — four small muscles whose job is to compress the humeral head into the glenoid while the larger prime movers produce force and speed. In overhead sports and swimming, the cuff works at high volumes and is frequently undertrained relative to the pushing muscles. The result is a gradual accumulation of load on structures that are not absorbing it well, eventually producing tendinopathy, impingement, or partial tears.

Common in: swimming, volleyball, tennis, baseball, and weightlifting with high pressing volume.

Prevention

Posterior rotator cuff work: External rotation with a resistance band (elbow at 90°), side-lying external rotation, and face-pulls. These muscles are almost always undertrained.
Pull-to-push ratio: For every pressing or throwing exercise, match it with a row or pull. This is not aesthetic balance — it is functional stability.
Thoracic mobility: A stiff thoracic spine alters scapular mechanics and concentrates shoulder impingement forces. Thoracic rotation and extension drills are often the missing piece in shoulder presentations.

4. Patellar Tendinopathy (Jumper’s Knee)

What it is and why it becomes chronic

Patellar tendinopathy develops when cumulative load on the patellar tendon exceeds the tissue’s capacity to recover. Unlike an acute injury, it builds gradually — often beginning as a warmup stiffness that disappears once moving, and progressively becoming pain that limits training. Athletes frequently continue playing through early tendinopathy, which is one reason it becomes persistent. The tendon doesn’t fail catastrophically; it remodels in a way that reduces load tolerance, and each subsequent training spike reinforces the cycle.

Common in: volleyball, basketball, football, and any sport with high jump volume or repeated acceleration and deceleration.

Prevention and management

Decline board eccentric squats: Slow, loaded squats on a 25–30° decline board place targeted mechanical stimulus on the patellar tendon and remain one of the most evidence-supported interventions for both prevention and rehabilitation.
Load management: Track and limit sudden increases in weekly jump volume. A training diary or simple session rating of perceived exertion (RPE) log is sufficient.
Isometric loading for pain management: During painful phases, sustained isometric holds (e.g., wall sit) can reduce tendon pain in the short term while maintaining load.

If you train in jumping sports and want a proactive approach, our sports physiotherapy injury guide covers load management principles in more depth.

5. Lower Back Strain

What it is and why sport triggers it

Lower back pain in sport is rarely a structural failure and almost always a load distribution problem. The lumbar spine is designed to transfer force, not to generate it. When the hips are stiff, the thorax is restricted, or the deep stabilising system (primarily the deep multifidus and transversus abdominis) is not activating at the right moment, the lumbar segments compensate — absorbing force they are not designed to handle repeatedly. Over time, or under sudden high load, the system signals. That signal is pain.

Common in: weightlifting, rowing, golf, cycling, and sustained sport of any kind.

Prevention

Hip hinge mechanics: Learning to hinge from the hips rather than flexing the lumbar spine under load is the single most effective technical change for reducing gym-related back injuries. A physiotherapy assessment can identify whether your pattern is actually a hip mobility deficit, a motor control habit, or a strength imbalance.
Hip mobility: Hip flexor lengthening and hip rotation drills, especially important for cyclists and rowers whose hips are chronically loaded in flexion. For cyclists specifically, our guide on preventing cycling injuries in Amsterdam covers bike-fit and hip mechanics in detail.
Progressive core loading: Planks, deadbugs, and Pallof press variations train the stabilising function of the trunk — not simply the superficial abdominals.

How We Find and Resolve the Root

Across all five of these injuries, the pattern is consistent: the painful structure is usually not the primary problem. It is the output of a system that has been compensating — for a missing movement somewhere else, a sensory input that was never recovered after a previous injury, or a loading pattern that quietly exceeded tissue capacity over weeks or months.

At Alter, our assessment process is designed to find that primary restriction. We use movement screens, load tests, and neural sensitivity assessments to identify where the system is stuck, then apply the smallest effective input to allow it to reorganise. Sometimes that is a specific exercise. Sometimes it is hands-on work to restore range. Sometimes a fine needle is the most precise way to change a nervous-system holding pattern that is maintaining the restriction. The tool follows the reasoning — not the other way around.

One reliable marker that we are working at the right level: the change is measurable immediately. Range of motion improves in the room. Pain behaviour shifts. You move differently before you leave. This is not incidental — it is how we confirm the hypothesis and refine the plan.

Self-Care and Simple Exercises to Start Now

Regardless of which injury concerns you most, these foundational habits reduce risk across all five categories:

Single-leg balance, 2 minutes per leg daily: The single most underutilised injury-prevention exercise. Progress to eyes closed or a soft surface once stable.
Hip 90/90 stretch: Sit with both legs at 90° — one in front, one to the side. Rotate slowly between internal and external hip positions. Two minutes daily maintains the hip mobility that protects the knee, ankle, and lower back.
Thoracic rotation: Seated or side-lying, rotate through your mid-back with your arms crossed. Ten slow repetitions each side before training. Stiff thoracic spines are upstream contributors to shoulder impingement, lower back overload, and hip restriction.
Load diary: Track weekly training volume in any simple format. The most evidence-supported predictor of soft tissue injury is a rapid increase in load — awareness alone changes behaviour.

When to Come In

Some presentations benefit from self-management; others require a proper assessment to identify what is actually driving the symptom. Seek assessment if:

Pain has persisted for more than two weeks without clear improvement.
You have had the same injury before — recurrence almost always indicates an incomplete recovery.
The pain is affecting sleep, daily function, or your ability to train at a baseline level.
You are returning to sport after any significant lower limb injury and have not had formal return-to-sport criteria assessed. For ACL injuries specifically, the standards for safe return are more demanding than most athletes and coaches realise — see our detailed guide on ACL return-to-sport testing in Amsterdam.
You want a proactive picture of your injury risk profile before problems develop.

Frequently Asked Questions

How long does a movement screening take at Alter?

A full movement screening and injury risk assessment takes approximately 45 minutes. You leave with a clear picture of your primary restriction patterns and a prioritised plan — not a generic exercise sheet.

Can acupuncture help with sports injuries?

Japanese acupuncture can be a useful tool in specific presentations — particularly where nervous-system holding patterns are maintaining a restriction that movement and manual therapy haven’t fully resolved. We use it when the assessment indicates it is the most precise input available, and we verify the effect with an immediate measurable change before and after. It is not used as a standalone treatment or as a default.

I have no current injury — is a screening still worthwhile?

Yes, and in some ways it is more useful. Identifying a loading asymmetry, a missing hip rotation, or a proprioceptive deficit before it produces a symptom allows for targeted, low-effort prevention. Most of the athletes we see who have “never had a serious injury” have compensations that are quietly accumulating load.

Do I need a GP referral to book?

No. You can book directly. If imaging or specialist referral is indicated during your assessment, we will advise accordingly.

If you are active in Amsterdam and want a clear, evidence-based picture of what is limiting your performance or putting you at risk, we are here to help. Book an assessment with Hidekazu — and start from the root, not just the symptom.

Written by Hidekazu Kuwabara, Registered Physiotherapist (BIG-registered, Amsterdam)

Hidekazu Kuwabara is a BIG-registered physiotherapist. He has also completed the International Toyohari Training Program (Japanese meridian therapy) of the European Branch of the Toyohari Association (EBTA), and brings a background in Japanese acupuncture to how he understands the body.

Disclaimer: This article is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional before making decisions about your health or treatment.