Endurance Running Physiotherapy
The physical demands of endurance running
Endurance running — from 5km parkruns through to ultramarathons — is one of Australia's most popular physical activities, and one of the highest-injury sports per participant hour. Every running stride produces an impact force of two to three times body weight through the lower limb, repeated thousands of times per training session across hundreds of sessions per year. The cumulative mechanical loading of endurance running creates a distinctive and well-documented injury profile — predominantly overuse rather than acute, predominantly lower limb, and predominantly driven by training load errors rather than structural vulnerabilities.
At Articulate Physiotherapy in Tarragindi, running injury assessment and rehabilitation is a particular clinical strength. Eliane Machado's doctoral research focused specifically on lower limb biomechanics and running-related injury — her published work in the Journal of Biomechanics and Physical Therapy in Sport on running kinematics, patellofemoral pain and training characteristics gives Articulate a depth of running-specific expertise unusual in a private practice setting.
Common running injuries
Patellofemoral pain syndrome — anterior knee pain from abnormal loading of the patellofemoral joint during running — is one of the most common running injuries and one of the most thoroughly researched areas of Eliane's doctoral work. See our dedicated patellofemoral pain page for the full management approach.
Iliotibial band syndrome (ITBS) — lateral knee pain at the impingement zone — is the second most common running injury overall. The compression model — not the old friction model — guides our management, which is built around load management and hip abductor strengthening rather than foam rolling.
Achilles tendinopathy — the most common tendon injury in runners — produces posterior heel and mid-tendon pain that is characteristically worst at the start of a run and eases with warm-up. Progressive heavy slow resistance loading is the cornerstone of management.
Plantar fasciitis — inferior heel pain worst with first steps in the morning — is one of the most common running injuries particularly in runners who suddenly increase their volume or transition to minimal footwear.
Shin splints (MTSS) — diffuse posteromedial tibial pain from bone stress — is the most common running injury in new runners and military recruits. The distinction from tibial stress fracture is clinically important — see our dedicated page for the assessment approach.
Stress fractures — the serious end of the bone stress continuum — require careful management with site-specific return-to-running protocols. Navicular and femoral neck stress fractures are the highest-risk presentations requiring urgent assessment and often non-weight-bearing management.
Calf strain — acute gastrocnemius or soleus tears from explosive efforts or prolonged running — are particularly common in masters runners and those returning from breaks. The gastrocnemius and soleus have distinct injury patterns and rehabilitation approaches.
Hip and groin conditions — gluteal tendinopathy, hip labral tears and femoroacetabular impingement — are increasingly recognised causes of running-related hip and groin pain, particularly in female runners.
Hamstring injuries from the high-speed running demands of interval training and racing — proximal hamstring tendinopathy from repeated hip flexion loading, and acute hamstring strains from sprinting efforts — are common in runners who also perform speed work.
Why load management is the most important concept in running injury
The single most important clinical concept in running injury management is training load — specifically the relationship between the load a runner is currently performing and the load their tissues can tolerate. The overwhelming majority of running injuries are not caused by structural problems but by load errors — increasing mileage too quickly, returning from a break without graduated loading, adding speed work or hills without adequate base fitness, or ignoring early warning signs until they become significant injuries.
This means that treating a running injury without addressing the training load that caused it will reliably produce recurrence. Our running injury assessments always include a detailed training load history — current mileage, recent changes, training intensity distribution, footwear, surface and race calendar — because this context is as important as the clinical findings.
Running gait analysis
Running gait assessment identifies the biomechanical factors — footstrike pattern, cadence, hip drop, crossover, trunk lean, and knee valgus — that are contributing to injury and that are modifiable through technique cues and strengthening. Eliane's research background in 3D motion analysis and running kinematics informs a gait assessment approach that is both clinically rigorous and practically applicable to real-world runners.
Gait retraining — using real-time feedback to modify specific aspects of running technique — produces meaningful reductions in injury-related loading when applied to the correct biomechanical targets. Increasing running cadence by 5 to 10% reduces peak impact loading across multiple injury sites. Reducing crossover of the foot across the midline reduces ITB compression and hip adduction. These are evidence-based interventions that translate directly to injury reduction and performance improvement.
How can physiotherapy help?
Every running injury assessment at Articulate includes a comprehensive clinical assessment of the specific injury, a detailed training load history, assessment of relevant strength and flexibility factors, and where indicated a running gait assessment. The rehabilitation program addresses all identified contributors — not just the painful structure.
Manual therapy reduces acute pain and restores joint mobility. Progressive strengthening — particularly hip abductor, gluteal and calf strengthening — builds the proximal and distal shock absorption that reduces lower limb injury risk. Load management planning — a graduated return-to-running program that builds mileage and intensity safely — is the framework for returning to training and racing without recurrence.
Real time ultrasound guides deep stabiliser retraining where pain has disrupted normal muscle activation. Dry needling manages the calf, gluteal, ITB and hip flexor trigger points common in runners. Clinical Pilates provides a low-impact strengthening environment during the load reduction phase of rehabilitation.
Our physiotherapists Eliane Machado and Mauricio Bara both have specific expertise in running injuries. Eliane's doctoral research in running biomechanics and patellofemoral pain makes her the most directly qualified running injury physiotherapist at Articulate. Mauricio's APA Sports Physiotherapist credentials and extensive sports injury background complement this with broad lower limb and performance expertise.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Endurance running — from 5km parkruns through to ultramarathons — is one of Australia's most popular physical activities, and one of the highest-injury sports per participant hour. Every running stride produces an impact force of two to three times body weight through the lower limb, repeated thousands of times per training session across hundreds of sessions per year. The cumulative mechanical loading of endurance running creates a distinctive and well-documented injury profile — predominantly overuse rather than acute, predominantly lower limb, and predominantly driven by training load errors rather than structural vulnerabilities.
At Articulate Physiotherapy in Tarragindi, running injury assessment and rehabilitation is a particular clinical strength. Eliane Machado's doctoral research focused specifically on lower limb biomechanics and running-related injury — her published work in the Journal of Biomechanics and Physical Therapy in Sport on running kinematics, patellofemoral pain and training characteristics gives Articulate a depth of running-specific expertise unusual in a private practice setting.
Common running injuries
Patellofemoral pain syndrome — anterior knee pain from abnormal loading of the patellofemoral joint during running — is one of the most common running injuries and one of the most thoroughly researched areas of Eliane's doctoral work. See our dedicated patellofemoral pain page for the full management approach.
Iliotibial band syndrome (ITBS) — lateral knee pain at the impingement zone — is the second most common running injury overall. The compression model — not the old friction model — guides our management, which is built around load management and hip abductor strengthening rather than foam rolling.
Achilles tendinopathy — the most common tendon injury in runners — produces posterior heel and mid-tendon pain that is characteristically worst at the start of a run and eases with warm-up. Progressive heavy slow resistance loading is the cornerstone of management.
Plantar fasciitis — inferior heel pain worst with first steps in the morning — is one of the most common running injuries particularly in runners who suddenly increase their volume or transition to minimal footwear.
Shin splints (MTSS) — diffuse posteromedial tibial pain from bone stress — is the most common running injury in new runners and military recruits. The distinction from tibial stress fracture is clinically important — see our dedicated page for the assessment approach.
Stress fractures — the serious end of the bone stress continuum — require careful management with site-specific return-to-running protocols. Navicular and femoral neck stress fractures are the highest-risk presentations requiring urgent assessment and often non-weight-bearing management.
Calf strain — acute gastrocnemius or soleus tears from explosive efforts or prolonged running — are particularly common in masters runners and those returning from breaks. The gastrocnemius and soleus have distinct injury patterns and rehabilitation approaches.
Hip and groin conditions — gluteal tendinopathy, hip labral tears and femoroacetabular impingement — are increasingly recognised causes of running-related hip and groin pain, particularly in female runners.
Hamstring injuries from the high-speed running demands of interval training and racing — proximal hamstring tendinopathy from repeated hip flexion loading, and acute hamstring strains from sprinting efforts — are common in runners who also perform speed work.
Why load management is the most important concept in running injury
The single most important clinical concept in running injury management is training load — specifically the relationship between the load a runner is currently performing and the load their tissues can tolerate. The overwhelming majority of running injuries are not caused by structural problems but by load errors — increasing mileage too quickly, returning from a break without graduated loading, adding speed work or hills without adequate base fitness, or ignoring early warning signs until they become significant injuries.
This means that treating a running injury without addressing the training load that caused it will reliably produce recurrence. Our running injury assessments always include a detailed training load history — current mileage, recent changes, training intensity distribution, footwear, surface and race calendar — because this context is as important as the clinical findings.
Running gait analysis
Running gait assessment identifies the biomechanical factors — footstrike pattern, cadence, hip drop, crossover, trunk lean, and knee valgus — that are contributing to injury and that are modifiable through technique cues and strengthening. Eliane's research background in 3D motion analysis and running kinematics informs a gait assessment approach that is both clinically rigorous and practically applicable to real-world runners.
Gait retraining — using real-time feedback to modify specific aspects of running technique — produces meaningful reductions in injury-related loading when applied to the correct biomechanical targets. Increasing running cadence by 5 to 10% reduces peak impact loading across multiple injury sites. Reducing crossover of the foot across the midline reduces ITB compression and hip adduction. These are evidence-based interventions that translate directly to injury reduction and performance improvement.
How can physiotherapy help?
Every running injury assessment at Articulate includes a comprehensive clinical assessment of the specific injury, a detailed training load history, assessment of relevant strength and flexibility factors, and where indicated a running gait assessment. The rehabilitation program addresses all identified contributors — not just the painful structure.
Manual therapy reduces acute pain and restores joint mobility. Progressive strengthening — particularly hip abductor, gluteal and calf strengthening — builds the proximal and distal shock absorption that reduces lower limb injury risk. Load management planning — a graduated return-to-running program that builds mileage and intensity safely — is the framework for returning to training and racing without recurrence.
Real time ultrasound guides deep stabiliser retraining where pain has disrupted normal muscle activation. Dry needling manages the calf, gluteal, ITB and hip flexor trigger points common in runners. Clinical Pilates provides a low-impact strengthening environment during the load reduction phase of rehabilitation.
Our physiotherapists Eliane Machado and Mauricio Bara both have specific expertise in running injuries. Eliane's doctoral research in running biomechanics and patellofemoral pain makes her the most directly qualified running injury physiotherapist at Articulate. Mauricio's APA Sports Physiotherapist credentials and extensive sports injury background complement this with broad lower limb and performance expertise.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
