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Hamstring Injuries Non-Surgical Treatment

The large majority of hamstring injuries are treated without surgery. Muscle strains, proximal hamstring tendinopathy, and many partial tendon tears respond well to a structured rehabilitation program built around progressive loading. Dr. Rynecki Baker has published research specifically on the nonoperative management of hamstring injuries in middle-aged adults [LINK TO PUBLICATION], and that work informs how she counsels patients. Surgery is a tool, not a default, and many patients who arrive expecting an operation do well without one.

Nonoperative treatment is typically the first step for patients who have:

  • A hamstring strain: Tears within the muscle or at the muscle-tendon junction, regardless of severity, are almost always treated without surgery.
  • Proximal hamstring tendinopathy: Chronic pain at the sit bone generally responds to a dedicated loading program.
  • A partial tendon tear or single-tendon avulsion: Injuries with minimal retraction often heal well with rehabilitation.
  • Ischiofemoral impingement: Treatment begins with targeted therapy and changes to walking and running mechanics.
  • Lower physical demands or higher surgical risk: Some patients with more significant tears may still be well served by nonoperative care.

Nonoperative treatment is generally not the right first step for a complete avulsion of two or three tendons with significant retraction in an active patient. In these cases, early surgical repair is usually recommended, because repairs performed after the tendon has retracted and scarred are more difficult. This is why accurate early diagnosis is so important.

Most hamstring strains heal well with rehabilitation, but recurrence is common, particularly in the first weeks after returning to sport. The strongest protection against re-injury is a complete rehabilitation program that restores strength, especially strength during lengthening contractions, before returning to full-speed running. Structured eccentric strengthening programs, such as the Nordic hamstring exercise, have been shown to reduce the risk of hamstring injuries in athletes. For proximal hamstring tendinopathy, progressive tendon loading is the foundation of treatment, and most patients improve without surgery, although recovery is often measured in months.

Treatment is tailored to the specific injury and advanced according to how the muscle or tendon responds rather than on a fixed schedule.

For hamstring strains:

  • Early protection: A short period of relative rest, ice, and compression, sometimes with crutches, allows pain and bleeding to settle. Aggressive stretching is avoided early on.
  • Progressive strengthening: Exercises advance from gentle muscle activation to strengthening through a greater range of motion and, eventually, eccentric exercises that load the muscle while it lengthens.
  • Pelvic and core control: Strengthening the glutes, trunk, and hip muscles improves how load is shared with the hamstrings.
  • Running progression: Running begins at low speed and progresses to sprinting as strength and confidence return.

For proximal hamstring tendinopathy:

  • Load management: Temporarily reducing hill running, speed work, and activities that compress the tendon against the bone, such as prolonged sitting on hard surfaces and deep hamstring stretching.
  • Progressive tendon loading: Exercises typically begin with sustained, holding contractions to reduce pain and advance to heavier, slower strengthening that rebuilds the tendon’s capacity.
  • Sitting modifications: A cushioned seat or cutout cushion can reduce pressure on the sit bone.

For ischiofemoral impingement:

  • Targeted therapy: Strengthening of the hip abductors and core, with attention to pelvic position.
  • Gait modification: Shortening stride length and avoiding positions that narrow the ischiofemoral space.
  • Diagnostic injection: In some cases, an image-guided injection into the affected space can both confirm the diagnosis and provide relief.

Additional options:

  • Anti-inflammatory medications may help control pain in the early phase.
  • For chronic tendinopathy that is slow to improve, injection options such as platelet-rich plasma (PRP) may be considered in select patients. Dr. Rynecki Baker will discuss whether an injection makes sense for you and the evidence behind each option.

Return to sport is guided by milestones rather than the calendar alone. Athletes should have full, pain-free motion, strength that closely matches the other leg, and the ability to sprint, change direction, and perform sport-specific drills without pain or hesitation. Continuing a hamstring strengthening program after returning to play is one of the most effective ways to prevent the injury from recurring.

Dr. Rynecki Baker follows patients closely during rehabilitation. Surgery may be recommended if a patient:

  • Is found to have a complete avulsion of two or three tendons with significant retraction
  • Continues to have pain or weakness that limits daily activities or sport despite a well-executed rehabilitation program
  • Has a partial tear or tendinopathy that fails to improve over several months
  • Has ischiofemoral impingement that persists despite targeted treatment
  • Develops persistent nerve symptoms related to scarring around the sciatic nerve

If you have a hamstring injury and want to understand whether nonoperative treatment is right for you, contact Dr. Nicole Rynecki Baker’s office today to schedule a consultation.

At a Glance

Dr. Nicole Rynecki Baker

  • Fellowship-Trained Sports Medicine at HSS
  • Assistant Professor of Orthopedic Surgery at NYU
  • New York Knicks Medical Staff (2025-2026)
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