Greater trochanteric pain syndrome — once routinely labelled "trochanteric bursitis" — accounts for a meaningful share of lateral hip pain in distance runners. The evidence base has shifted significantly over the past 15 years. What was once treated as a bursal inflammatory problem is now understood predominantly as a gluteal tendinopathy. Most running mistakes that cause it trace back to that misunderstanding. This article walks through the documented errors and what the research recommends instead.
Mistake 1: Mistaking gluteal tendinopathy for bursitis
The semantic shift matters. Imaging studies have repeatedly shown that the dominant pathology in greater trochanteric pain syndrome is tendinopathy of the gluteus medius and minimus tendons at their insertion on the greater trochanter, often without significant bursal involvement. A 2013 paper by Grimaldi and Fearon, and subsequent reviews in BJSM, established the term gluteal tendinopathy as more accurate for the majority of cases.
Why the distinction matters clinically
If the dominant pathology is tendinopathy, the primary treatment is progressive loading — not corticosteroid injections, not prolonged rest, not anti-inflammatories alone. Corticosteroid injection still appears in clinical practice and has short-term symptom relief in some studies, but a 2018 BMJ randomised controlled trial (the LEAP trial by Mellor et al.) demonstrated that an education and exercise programme produced superior outcomes at 8 weeks and 52 weeks compared to a single corticosteroid injection.
The LEAP trial implications
The LEAP findings have meaningfully shifted practice. The exercise arm involved progressive loading of the abductors, education on posture and habits, and avoidance of compressive positions. This combination, rather than passive treatment, is now the evidence-led first line. Translating this for the Indian runner does not require equipment beyond a resistance band and floor space.
Mistake 2: Compressive postures the runner doesn't notice
Lateral hip pain is often aggravated by sustained adduction — positions where the affected leg crosses the midline. The compressive load on the gluteal tendons at the greater trochanter increases significantly in these positions.
Common offenders for Indian runners
Sitting cross-legged at home, sleeping on the affected side without a pillow between the knees, standing with weight shifted onto one hip, and crossing legs at the desk all increase compression. These positions are routine in Indian domestic and office life. None individually causes the syndrome, but their cumulative load matters. Modifying sleeping position alone — pillow between the knees, top knee not allowed to drop forward — produces reported symptomatic improvement in clinical observations.
Running form considerations
A narrow stride width — where each foot lands close to or across the midline — increases hip adduction at midstance and loads the gluteus medius eccentrically. Cadence and stride width together influence this. Increasing cadence modestly, around 5%, has been associated in research with reduced peak hip adduction in several smaller studies. This is not a cure-all, but it is a low-risk lever during return to running.
Mistake 3: Skipping abductor strength work
Weakness of the gluteus medius and minimus is a documented finding in greater trochanteric pain syndrome cases compared with controls. Whether weakness precedes the pathology or follows it is debated, but loading the abductors is part of the treatment regardless.
The progressive loading sequence
A typical evidence-led progression starts with isometric abductor holds (side-lying, leg slightly behind the body, held against gravity or a strap), advances to side-lying hip abduction with progressive resistance, and then to standing and weight-bearing patterns such as single-leg squats and step-ups. The 2018 LEAP protocol followed this general structure. The STRIDD exercise library has the standard progression with cueing notes.
Volume and frequency
Loading frequency typically falls at 2 to 3 sessions per week. The reasoning is recovery between sessions to allow tendon adaptation. Daily loading is not supported by the tendinopathy literature and may delay progress for some runners.
Mistake 4: Returning to long runs too soon
Acute spikes in running volume, particularly long-run distance, are associated with gluteal tendinopathy onset and recurrence. The cumulative compressive load over hours of running, combined with fatigue-induced changes in gait, increases distal load on the lateral hip structures.
A reasonable return-to-run framework
Pain monitoring follows a similar framework to other lower-limb tendinopathies. Pain during running up to 3–5 out of 10 is generally accepted if symptoms settle within 24 hours and morning symptoms do not progressively worsen across the week. Long-run distance during return should be capped at roughly 60% of pre-injury distance for the first 4 weeks, with a 10–15% weekly progression thereafter, subject to symptom monitoring. The STRIDD plan generator can structure this in a week-by-week form.
Surface and terrain
Cambered roads — typical of most Indian city streets, which slope toward the kerb for drainage — apply asymmetric loading at the hip. Alternating direction or seeking out flatter surfaces during return is a reasonable precaution. Running tracks at sports complexes in Delhi, Mumbai or Pune, where access permits, provide more uniform loading.
Mistake 5: Not addressing chronic over-stretching
Conventional advice to stretch the IT band aggressively persists in many running communities. The contemporary evidence does not support this approach for greater trochanteric pain syndrome. Aggressive stretching can increase compression at the greater trochanter and aggravate symptoms.
What modifies, what doesn't
Stretching in hip adduction — pulling the affected leg across the body — directly compresses the gluteal tendons against the bone. This is the opposite of what a sensitised tendon needs. Foam rolling the IT band, particularly with high pressure, has similar concerns. Substituting gluteal isometrics for stretching during the irritated phase is the more defensible approach. For background reading on related lateral hip and IT band conditions, the broader injuries library and the recovery guides are useful, alongside the wider STRIDD Running Lab archive.
The longer arc and prevention
Greater trochanteric pain syndrome has a meaningful recurrence rate when contributing factors are not addressed long-term. The 2018 LEAP follow-up data and subsequent observational research point to maintained abductor strength work, attention to sleeping and seated postures, and gradual running volume progression as the primary preventive levers. For runners returning to event training — half marathon and marathon programmes are common in Indian recreational running — the periodisation of volume increases matters more than peak weekly mileage. The STRIDD plan generator can structure this gradient. Recurrence rates in literature span widely, but the practical lesson is consistent: the work that produced resolution should continue past the point of symptom relief, often for 6 to 12 months at maintenance intensity.