Greater trochanteric pain syndrome — lateral hip pain — is the modern reframing of what used to be called trochanteric bursitis. The shift in terminology mirrors a shift in mechanism: most cases now attributed to GTPS are gluteal tendinopathy with or without bursal involvement, not isolated bursitis. The prevention literature is small but consistent on one point — hip abductor loading dominates the evidence. This guide is built around what the research can defend, in the order that matters.
The case for taking GTPS seriously is straightforward. A 2019 epidemiology paper estimated lateral hip pain affects roughly a quarter of women over forty and a meaningful proportion of long-distance runners across both sexes. Among Indian women returning to running after pregnancy, lateral hip pain is consistently among the top three presenting complaints in sports physiotherapy clinics. The exercises that prevent and rehabilitate GTPS are the same exercises that protect against IT band syndrome and patellofemoral pain. The investment compounds.
What the research shows about GTPS mechanism and prevention
The 2018 LEAP trial by Mellor and colleagues, published in the BMJ, is the landmark study. It compared a twelve-month protocol of education plus exercise against corticosteroid injection and against wait-and-see. At twelve months, the exercise group had substantially better pain and function outcomes than either alternative. The protocol used was hip abductor strengthening, two to three sessions a week, with progressive load.
A 2014 study by Grimaldi and colleagues showed that GTPS is associated with compression of the gluteal tendon insertions, often worsened by sustained hip adduction — sleeping on the affected side, sitting cross-legged, standing with weight shifted to one hip. The mechanical insight matters because it changes both the rehabilitation protocol and the daily habits that perpetuate symptoms. See the injuries hub for adjacent reading.
Why runners get GTPS
Three factors recur in the case literature. First, hip abductor weakness — the same culprit as ITB syndrome. Second, increased femoral adduction during running, often visible as hip drop on the swing-leg side. Third, sudden volume increases without parallel strength. The pattern is familiar: a runner pivots from forty kilometres a week to seventy in three weeks, the gluteal tendons accumulate load they have not been prepared for, and lateral hip pain follows.
The Indian recreational-runner pattern
In India, GTPS clusters in two demographics: post-pregnancy women returning to running, and older runners (typically over forty-five) who have added running to long-standing sedentary office work. In the first group, pelvic stability has not yet returned. In the second, the gluteals have been dormant for decades and are being asked to do load-bearing work they are not conditioned for. Both groups respond well to the same evidence-based protocol.
The exercise set the LEAP trial and adjacent research support
The protocol below mirrors what the literature uses, in approximate order of priority. None are exotic. Quality of execution matters more than novelty.
Side-lying hip abduction with neutral hip
The starting position matters. Lying on the unaffected side, the top hip is held in slight extension — pulled behind the body line — to bias gluteus medius and avoid compensation through the tensor fasciae latae. The leg lifts in a small range, twenty to thirty degrees. Three sets of fifteen, twice a week. Add ankle weights once unweighted reps are easy. The 2017 electromyographic work showed gluteus medius activation drops sharply when the hip flexes forward — keep it slightly behind neutral.
Hip hike (pelvic drop)
Standing on a step with the unaffected leg, drop the opposite hip below the step level, then lift it back to neutral and slightly above. The motion is small and controlled. Three sets of ten per side, twice weekly. This drill directly targets the lateral hip pattern that GTPS associates with — controlling femoral adduction and pelvic drop under single-leg load.
Single-leg bridge with abducted lever
From a standard single-leg bridge position, the non-working leg is held in slight abduction rather than crossed over the body. The position prevents the compensatory rotation that lets the runner cheat the lift. Two seconds up, two-second hold, two-second descent. Three sets of ten per side, twice weekly.
Wall press isometric
Stand sideways to a wall, plant the foot closest to the wall, lift the outside knee to ninety degrees, press it firmly into the wall and hold. Three sets of thirty seconds per side, twice weekly. The isometric load drives sustained gluteal contraction without joint motion — useful in early rehabilitation when dynamic loading remains uncomfortable.
The daily habits that matter as much as the exercises
The 2014 Grimaldi work is unambiguous on this — sustained adduction positions perpetuate symptoms. Three habit corrections.
Sleeping position
Lying on the affected side compresses the gluteal tendons against the trochanter. For symptomatic runners, sleeping on the unaffected side with a pillow between the knees, or on the back, allows the tissue to offload overnight. Lying on the affected side in the early weeks of rehabilitation slows progress measurably.
Standing posture
The habitual hip-out, weight-on-one-leg standing posture — common during long queues or kitchen work — sustains adduction on the loaded side. Standing with weight even across both feet for routine tasks reduces accumulated compressive load. The fix is awareness, not biomechanics.
Sitting position
Crossed legs at the knee, or seated yoga-style cross-legged on the floor for long periods, places the hip in deep adduction. For symptomatic runners, sitting with both feet flat for the duration of rehabilitation is the conservative position. For asymptomatic prevention, occasional cross-legged sitting is fine.
Volume management and training-load discipline
Strength exercises do not protect a runner whose volume jumps thirty per cent in a week. The relationship between training load and tendinopathy is well-documented in Gabbett's work on the acute-to-chronic workload ratio. The principle is conservative volume progression — no more than ten per cent week to week, with a down week every fourth week.
Surface and cadence considerations
Repeated downhill running increases hip abductor demand and is implicated in symptom onset in some case series. Mixing surfaces and avoiding repeated long downhills during volume increases is a defensible adjustment. Cadence increases of five to ten per cent above habitual rate may reduce hip drop, though the evidence specific to GTPS is observational.
Cross-training during high volume
Pool running and cycling load the gluteals differently from running and can preserve fitness while reducing accumulated lateral hip compression. Substituting one run per week with a cycling session during high-volume blocks is a low-cost protective adjustment. Browse the running exercises library and recovery guides for adjacent material.
When prevention becomes rehabilitation
If you have lateral hip pain that consistently appears at the same point in a run, or pain that wakes you when lying on the affected side, you are in the rehabilitation conversation. The LEAP protocol applies — twelve weeks of structured exercise, sleep-position adjustment, sitting and standing audit, and a temporary reduction in running volume. Corticosteroid injection had inferior twelve-month outcomes in the LEAP trial; consider this in conversation with a sports physician before pursuing the injection route.
Indian recreational runners often try a single physiotherapy session, do the exercises for two weeks, and abandon them when pain partially recedes. The evidence is clear that the twelve-week timeline matters. Partial completion has partial outcomes. For a structured weekly plan that protects the recovery work, use the STRIDD plan generator, or return to the Running Lab for further reading.