Proximal hamstring tendinopathy causes pain around the sit-bone where the hamstring tendons attach, often felt with sitting, running or bending. It is load-related and usually managed with a structured rehabilitation program.
Proximal hamstring tendinopathy affects the hamstring tendons where they attach to the sit-bone (ischial tuberosity). It is a load-related condition, common in runners and in people who sit for long periods, and is felt as deep pain in the lower buttock.
The mainstay of treatment is a carefully graded hamstring loading program, introduced in a way that avoids over-compressing the tendon early on, alongside managing aggravating activities such as prolonged sitting. Recovery typically takes time and consistency.
For cases that do not respond to a well-structured loading program, additional options such as shockwave therapy may be considered. We confirm the diagnosis, distinguish it from referred pain and other causes of buttock pain, and provide a realistic, evidence-based plan.
Evidence-informed treatment summary
How our treatment options may fit for Proximal Hamstring Tendinopathy
The options below include the treatments offered at The Back Pain Doctor. Listing a treatment does not mean it is recommended for this condition. The evidence, likely benefit and role of each option are considered against the diagnosis, examination findings, imaging where appropriate, patient goals, risks, cost and alternatives.
Foundation
Diagnosis, education and progressive rehabilitation
This is the starting point for most musculoskeletal conditions.
The priority is to identify the likely pain generator, explain the condition clearly, modify aggravating load and build a realistic plan to restore strength, movement and confidence.
Evidence is condition-specific; it is not a universal pain treatment.
Shockwave is best framed as an adjunct where the diagnosis fits. It is generally more established for selected tendon and plantar heel pain presentations than for many joint or nerve conditions.
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→ Evidence varies substantially by condition, tissue and preparation method.
PRP may be discussed in selected tendon or joint presentations. It should not be presented as a guaranteed regenerative treatment, and uncertainty, cost and alternatives should be discussed.
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→ Best used for specific inflammatory or irritable pain generators, usually for short-term relief.
An injection may help when a joint, bursa, tendon sheath or other defined structure is driving symptoms. It is not a cure and needs to be weighed against risks, recurrence and the need for rehabilitation.
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→ Clinical evidence is still developing and guideline support is limited.
EMTT may be discussed as an adjunct in selected presentations, but should be presented with clear uncertainty and never as a replacement for diagnosis, load management or rehabilitation.
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→ Evidence is condition-specific and generally less established than exercise-based care.
Prolotherapy may be considered in carefully selected chronic ligament, tendon or joint-related pain presentations, but it is not a first-line treatment.
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→ Most relevant when focal myofascial pain is a clear contributor.
Trigger point treatment may reduce pain from focal muscle spasm or myofascial tenderness. It should be paired with movement restoration, strength work and recurrence prevention.
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→ Relevant only when the history and examination support nerve irritation or entrapment.
Nerve-focused treatment may be discussed when there is a plausible peripheral nerve pain generator. Progressive weakness, major neurological deficit or red flags require a different pathway.
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This is general information only. Suitability is assessed individually. Treatments with limited or condition-dependent evidence may still be discussed, but only with clear explanation of uncertainty, expected benefit, risks, cost and alternatives. Red flags, progressive neurological symptoms or suspected serious pathology require a different pathway.