Proximal Hamstring Tendinopathy

Understanding High Hamstring Pain: A Guide from Rebuild Physiotherapy

Proximal hamstring tendinopathy (PHT) is one of the most common causes of pain deep in the lower buttock. It is particularly common in runners, footballers, rugby players, tennis players and individuals who perform repeated sprinting, jumping or prolonged sitting. Although it can become a frustrating condition, the good news is that the vast majority of people recover well with an appropriately structured rehabilitation programme.


Hamstring Anatomy

The hamstring muscle group consists of three muscles located at the back of the thigh:

  • Biceps Femoris (long head)

  • Semitendinosus

  • Semimembranosus

These muscles all originate from the ischial tuberosity (the sitting bone) via the proximal hamstring tendon before travelling down the back of the thigh to attach below the knee.

Their primary roles are to:

  • Bend the knee

  • Extend the hip

  • Decelerate the leg during running

  • Generate explosive power during sprinting and jumping

  • Stabilise the pelvis during walking and running

The proximal tendon is subjected to extremely high forces during running, especially at higher speeds.


What is Proximal Hamstring Tendinopathy?

Proximal hamstring tendinopathy is an overuse injury affecting the tendon where the hamstrings attach to the sitting bone.

Rather than being an inflammatory condition, modern research shows that tendinopathy represents a failure of the tendon to adapt to repeated loading.

The tendon undergoes changes including:

  • Disorganisation of collagen fibres

  • Reduced tendon stiffness

  • Increased tendon thickness

  • Small blood vessel and nerve ingrowth

  • Reduced ability to tolerate load

The tendon becomes sensitive because the amount of loading has exceeded its current capacity.

Simply resting often provides temporary relief, but symptoms usually return once activity resumes because the tendon has not regained its ability to tolerate load.


What Causes It?

The most common cause is a sudden increase in tendon loading.

Common contributors include:

  • Increasing running mileage too quickly

  • Sprint training

  • Hill running

  • Increased heavy gym work without adequate rest (or nutrition)

  • Football or rugby pre-season

  • Long periods of sitting

  • Premature returning to sport after injury

  • Reduced gluteal strength

  • Poor lumbopelvic control

  • Previous hamstring injury

It often develops gradually over weeks or months.


Signs and Symptoms

Typical symptoms include:

  • Deep pain at the bottom of the buttock

  • Pain directly over the sitting bone

  • Pain during prolonged sitting

  • Morning stiffness

  • Pain when accelerating or sprinting

  • Pain climbing hills

  • Pain during lunges or deadlifts

  • Tight feeling in the hamstring

  • Pain after activity rather than during it

  • Tenderness when pressing on the tendon

Symptoms usually warm up slightly during exercise before becoming worse afterwards.


Who Gets Proximal Hamstring Tendinopathy?

This condition commonly affects:

  • Distance runners

  • Sprinters

  • Football players

  • Rugby players

  • Tennis players

  • CrossFit athletes

  • Hockey players

  • Cyclists

  • Dancers

  • Active adults aged 30–60

It is particularly common during periods of rapid training progression.


How is it Diagnosed?

Physiotherapists diagnose proximal hamstring tendinopathy primarily through:

  • Detailed history

  • Physical examination

  • Functional testing

  • Strength assessment

  • Load tolerance testing

MRI or ultrasound scans may assist in difficult cases but are not always necessary.

Imaging findings do not always correlate with pain, meaning many people have tendon changes without symptoms.


Prognosis

Recovery depends on:

  • Duration of symptoms

  • Tendon irritability

  • Training loads

  • Exercise compliance

Typical recovery times are:

Severity Expected Recovery
Mild 6–8 weeks
Moderate 8–16 weeks
Long-standing 3 – 18 months

Most people make an excellent recovery when rehabilitation focuses on progressive loading rather than prolonged rest.


How Physiotherapy Helps

At Rebuild Physiotherapy, rehabilitation focuses on improving the tendon's capacity rather than simply reducing pain.

Treatment includes:

  • Education about tendon loading

  • Activity modification

  • Progressive strengthening

  • Hip and pelvic control

  • Running gait assessment

  • Return-to-running planning

  • Sprint progression

  • Sport-specific rehabilitation

Hands-on treatment may help reduce pain temporarily, but exercise remains the most effective long-term treatment.


Rehabilitation Pathway

Successful rehabilitation follows a gradual progression. Progression should be based on pain response rather than time alone. Mild discomfort during exercise (up to 3/10 pain) is often acceptable provided symptoms settle within 24 hours.

Phase 1 – Pain Reduction & Isometric Loading (Week 1–6)

Goals:

  • Reduce pain

  • Maintain muscle activation

  • Begin tendon loading

Exercise Prescription
Isometric bridge hold 5 × 5 - 10 sec
Isometric hamstring/45 degree bridge hold 5 × 5 - 10 sec
Standing hamstring isometric against wall 5 × 5 - 10 sec
Side plank 5 × 5 - 10 sec
Pallof press 3 × 12

Avoid:

  • Sprinting

  • Hills

  • Heavy deadlifts

  • Deep lunges

  • Aggressive stretching

Phase 1b

Exercise Prescription
Isometric SL bridge hold 5 × 5 - 10 sec
Isometric SL hamstring/45 degree bridge hold 5 × 5 - 10 sec
Isometric rack pull 5 × 5 - 10 sec
½ Side plank clam 5 × 5 - 10 sec

Phase 2 – Control & Capacity (Week 6 – 12 )

Goals:

  • Restore movement quality

  • Improve tendon capacity

  • Build endurance

Begin gradual return to easy running if symptoms remain well controlled.

Exercise Sets x Reps
KB RDL (light) 3 × 10 – 12
Bridge walkouts (Hamstring sliders) 3 × 8
Swiss ball curls 3 × 10 - 12
Step-ups 3 × 10 - 12
Single-leg hamstring bridge 3 × 10 – 12
Copenhagen plank (modified) 3 × 20 sec

Phase 3 – Heavy Strength Development (Week 12 – 18)

Goals:

  • Increase tendon stiffness

  • Restore strength

  • Improve power production

Running progression:

  • Easy running

  • Tempo running

  • Strides

  • Moderate accelerations

Exercise Sets x Reps
Romanian deadlift 4 - 5 × 1 - 5
Barbell hip thrust 4 - 5 × 1 - 5
Single-leg Romanian deadlift 3 × 8
Nordic hamstring curl 3 × 5–8
Bulgarian split squat 4 - 5 × 1 - 5
Any double leg squat variation 4 - 5 × 1 - 5

Phase 4 – Energy Storage, Plyometrics & Return to Sport

Goals:

  • Restore high-speed hamstring function

  • Improve tendon energy storage and release

  • Develop explosive power

  • Build confidence with sprinting and change of direction

  • Prepare for unrestricted return to sport

As symptoms settle and strength has been restored, the rehabilitation focus shifts from producing force to producing force quickly. During sprinting, jumping and cutting, the hamstrings must absorb and generate very high loads over extremely short periods of time. Plyometric and ballistic exercises help prepare the tendon for these demands by improving the rate of force development, tendon stiffness and neuromuscular control.

Plyometric Progression

Begin with lower-level plyometrics before progressing to more demanding single-leg and multidirectional exercises.

Exercise Sets × Reps
Pogos (double-leg ankle hops) 3 × 20
Box jumps 3 × 5
Countermovement jumps 3 × 5
Hex bar jumps (20–30% body weight) 3 × 5
Broad jumps 3 × 5
Continuous vertical jumps 3 × 8

Single-Leg & Ballistic Progression

Progress towards exercises that place greater demands on the hamstring during landing, propulsion and deceleration.

Exercise Sets × Reps
Single-leg hops (forward) 3 × 8 each side
Lateral single-leg hops 3 × 8
Triple hop for distance 3 × 5
Bounding 3 × 20–30 m
Hurdle hops 3 × 6
Skater jumps 3 × 8 each side

Running & Sport Progression

Once plyometric loading is well tolerated, gradually reintroduce high-speed running and sport-specific drills.

Progress through:

  • Jogging

  • Tempo running

  • Strides (60–70% effort)

  • Accelerations

  • Decelerations

  • Maximal sprinting

  • Change-of-direction drills

  • Position-specific drills

  • Full team training

  • Return to unrestricted competition

Return-to-Sport Criteria

Before returning to full competition, the athlete should demonstrate:

  • Minimal or no pain during training and the following day

  • Symmetrical hamstring strength compared with the opposite limb

  • Confidence during sprinting, jumping and cutting

  • Successful completion of maximal sprint efforts without symptom flare-up

  • Ability to tolerate repeated high-speed efforts and a full training session

  • Clearance from their physiotherapist based on functional performance rather than time alone.


Phase 5 – Energy Storage & Return to Sport

Goals:

  • Restore high-speed function

  • Prepare for competition

  • Develop resilience

Return to sport should be based on achieving:

  • Full strength

  • Minimal pain

  • Equal performance between legs

  • Confidence with sprinting

  • Ability to complete full training sessions without symptom flare-up

Exercise Sets x Reps
Bounding 3 × 20 m
Single-leg hops 3 × 10
Sprint accelerations Progressive
Deceleration drills Progressive
Change-of-direction drills Progressive
Maximal sprinting Gradual exposure

Tips for Recovery

  • Avoid complete rest unless pain is severe.

  • Progress training gradually and avoid sudden spikes in running volume or intensity.

  • Reduce prolonged sitting where possible, or use a cushion to reduce pressure on the tendon.

  • Prioritise sleep, nutrition and recovery to support tendon healing.

  • Monitor symptoms—pain that settles within 24 hours after exercise is generally acceptable during rehabilitation.

  • Stay consistent. Tendons adapt slowly, and regular progressive loading is the key to long-term recovery.


When Should You See a Physiotherapist?

If buttock or upper hamstring pain has persisted for more than two weeks, is limiting your running or sport, or keeps returning despite rest, a thorough physiotherapy assessment can help identify the underlying cause and guide an effective rehabilitation programme.

At Rebuild Physiotherapy, we combine detailed movement assessment, evidence-based tendon rehabilitation and sport-specific return-to-performance planning to help you recover safely, rebuild strength and return to the activities you enjoy with confidence.

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