Hamstring Pain
Hamstring Pain
Treating and preventing common athletic injuries
Hamstring pain can stop training fast. It often strikes during sprinting, kicking, jumping, or a sudden change of direction. However, hamstring pain can also build over weeks, especially with running, hills, or long sitting. Because symptoms overlap, a clear diagnosis matters. In Brisbane clinics, physiotherapists commonly see muscle strains, tendon overload near the sit bone, and nerve-related pain that can mimic a hamstring problem.
Most cases relate to a hamstring strain or proximal hamstring tendinopathy. Yet some hamstring pain originates from the lower back, such as sciatica or a lumbar disc bulge. This page explains key differences and outlines practical rehab and prevention options.
You can also explore related thigh conditions on our thigh pain overview, which explains how different muscle and nerve issues overlap.

Managing hamstring pain and injuries
Hamstring injuries vary, but they often reduce speed, power, and confidence. Below, we cover two common causes of hamstring pain—hamstring strains and proximal hamstring tendinopathy—plus why clinicians also screen for sciatica and other spinal drivers.
Hamstring strains: a common culprit
Hamstring strains involve partial or complete tears of muscle fibres. They often occur during sprinting, jumping, or kicking when the hamstring loads quickly at longer muscle lengths. Symptoms range from a mild “grab” to sharp pain with weakness and reduced stride length. Some people report a sudden pop and cannot keep playing.
Proximal hamstring tendinopathy: gradual onset
Proximal hamstring tendinopathy often develops slowly from repeated loading. Pain usually sits high near the buttock, close to the sit bone attachment. Activities like running, hill work, and repeated hip flexion can aggravate it. Symptoms often flare with prolonged sitting, especially on firm chairs.
Sciatica: a key differential diagnosis
Hamstring pain and sciatica can look alike early on. Nerve pain more often travels below the knee and may include tingling, numbness, or burning. By contrast, a muscle or tendon issue more often reproduces with local hamstring loading, such as sprint drills, resisted knee flexion, or specific stretch positions. A clinical screen helps confirm what drives your symptoms.
Recent research insights
Clinical research supports progressive strengthening for both rehabilitation and prevention. In particular, eccentric strengthening may help improve tolerance to high-speed loading, which matters for sprinting-based sports. In addition, reduced hip and trunk control may increase strain on the hamstrings, so rehab often includes gluteal and pelvic control exercises.
Treatment and rehabilitation: a multi-pronged approach
Early management focuses on calming symptoms, protecting irritated tissue, and keeping safe movement going. Many plans use a staged approach that builds strength, control, and speed tolerance. Depending on findings, your physiotherapist may also assess nearby contributors such as the hip, pelvis, and lumbar spine.
Hamstring pain often behaves differently depending on whether the source is muscle, tendon, or nerve-related. With acute muscle injuries, hamstring pain often settles as strength and control return through progressive loading. Tendon-related hamstring pain may fluctuate more and often responds best to structured exercise rather than rest alone.
Many people notice that hamstring pain worsens with speed work, hills, or prolonged sitting. These patterns help guide rehabilitation and activity modification. A physiotherapist may adjust running volume, strength training, or sitting tolerance to reduce hamstring pain while maintaining overall fitness.
If hamstring pain keeps recurring or shifts location, reassessment matters. Ongoing hamstring pain can reflect training load errors, reduced hip control, or contributing spinal factors rather than one tissue problem.
Prevention strategies
A practical prevention plan often includes progressive hamstring strength, hip control, and a sensible return to speed work. Dynamic warm-ups can prepare you for high-speed running and change-of-direction tasks. Gradual progression in sprint volume can also reduce flare-ups after time off.
People also ask: should I stretch a painful hamstring?
Stretching can help in some cases, but it can also flare symptoms if you stretch too early or too hard. After a fresh strain, aggressive stretching may irritate healing fibres. With proximal tendinopathy, deep stretching can compress the tendon near the sit bone and increase pain. Many people do better with gentle range-of-motion and a strengthening plan that matches irritability.
What to do next
If hamstring pain keeps returning, limits your running speed, or worsens with sitting, an assessment can help clarify whether the source is muscle, tendon, or nerve-related. From there, a physiotherapist may recommend staged progressions with clear return-to-sport checkpoints.
Further reading
Recent research supporting hamstring rehabilitation
- Andrews MH, Shield AJ. Hamstring injury mechanisms and eccentric training-induced muscle adaptations: current insights and future directions. Sports Med. 2025.
- Abdulridha KH, et al. Comparative effectiveness of rehabilitation protocols for hamstring injuries: a systematic review and meta-analysis. Phys Ther Sport. 2025.
- Cholp J, et al. Effect of high vs low volume Nordic hamstring exercise on hamstring architecture and eccentric strength in soccer players: systematic review and meta-analysis. Front Physiol. 2025.
- Dizon P, et al. Comparison of conservative interventions for proximal hamstring tendinopathy: a systematic review and recommendations for rehabilitation. Sports (Basel). 2023;11(3):53.
Hamstring Support Products
These hamstring support products are commonly used by our physiotherapists to help reduce strain, improve comfort, and support your recovery at home.