Gymnastics Physiotherapy.
The physical demands of gymnastics
Artistic gymnastics — spanning women's artistic, men's artistic, rhythmic and acrobatic disciplines — is one of the most physically demanding and technically complex sports in existence. The combination of extreme flexibility requirements, explosive power generation through tumbling and vaulting, the sustained upper body weight-bearing of floor, beam and apparatus work, and the high training volumes that begin in early childhood creates an injury profile that is both distinctive and clinically complex. Gymnastics selects for and promotes extreme flexibility from a young age — and the hypermobility that this training produces or rewards is simultaneously a performance asset and a significant injury risk factor.
At Articulate Physiotherapy in Tarragindi, we work with gymnasts across all disciplines and levels — from recreational and club gymnasts through to state and national competitors — understanding the specific apparatus demands, the age-related considerations of the typically young gymnast population, and the specialist physiotherapy approach these athletes require.
Common gymnastics injuries
Wrist injuries are the most common overuse injury in gymnastics — driven by the sustained upper body weight-bearing on extended wrists that is unique to gymnastics floor, beam and apparatus work. Distal radial stress reactions and fractures — gymnastics-specific bone stress injuries at the distal radial growth plate from the repeated compressive and extension loading of handstands, round-offs and tumbling — are the most characteristic gymnastics wrist injury and one of the most important to recognise early. The distal radial growth plate in young gymnasts is subjected to compressive loading that it is not designed to sustain at high volumes, and the characteristic dorsal wrist pain with weight-bearing in extension that progresses gradually in a young gymnast is a stress reaction until proven otherwise.
Delayed diagnosis and continued gymnastics training risks physeal arrest and growth disturbance. Wrist sprains and triangular fibrocartilage complex (TFCC) injuries from the rotation and impact loading of tumbling landings are the other common wrist presentations.
Ankle and foot injuries — ankle sprains from landing and dismount mechanics, Achilles tendinopathy from the extreme plantarflexion demands of pointed foot positions, anterior ankle impingement from the forced plantarflexion of gymnastics pointed foot positions, sesamoiditis from the ball-of-foot landing demands, and Sever's disease from the Achilles traction loading in adolescent gymnasts — are common across all gymnastics disciplines. The barefoot impact of gymnastics floor and beam dismounts produces peak ground reaction forces among the highest of any sport.
Lower back injuries — spondylolysis from the repeated lumbar hyperextension of back walkovers, back handsprings and beam work is the most characteristic and most significant gymnastics back injury. The prevalence of spondylolysis in gymnasts is dramatically higher than in the general population — estimated at 10 to 15 times the general population rate — and any adolescent gymnast presenting with lower back pain, particularly with extension-based aggravation, requires imaging to exclude spondylolysis before continuing gymnastics training.
Lumbar disc injuries from the combined extension and rotation of gymnastics skills and facet joint syndrome from the extreme lumbar extension demands are the other common spinal presentations.
Shoulder injuries — shoulder instability from the extreme overhead and behind-back positions of gymnastics apparatus work, rotator cuff tendinopathy from the sustained weight-bearing demands of rings and parallel bars work in men's gymnastics, and shoulder impingement from the extreme overhead positions of bar and beam release moves — are common particularly in men's artistic gymnasts whose apparatus demands extreme shoulder strength and stability simultaneously.
Knee injuries — patellofemoral pain from the repeated jumping and landing demands, Osgood-Schlatter disease and Sinding-Larsen-Johansson syndrome from the traction loading of the patellar tendon on developing growth plates, and ACL injuries from the high-impact landing demands of floor and vault — are common in gymnasts of all ages.
Hypermobility in gymnastics — as with dance, gymnastics actively selects for and promotes joint hypermobility as a performance asset. The extreme flexibility of elite gymnasts is celebrated and trained — but the same hypermobility that allows back walkovers and oversplits also significantly elevates the risk of labral, ligamentous and joint injuries. Our team's specialist experience in hypermobility — particularly Yulia's EDS Society certifications — is directly relevant to the gymnastics population, where building dynamic stability alongside maintaining extreme flexibility is the central clinical challenge.
Growth-related conditions are particularly prevalent in gymnastics because the sport's training demands are highest during the years of greatest growth plate vulnerability. Spondylolysis in the lumbar spine, distal radial growth plate stress reactions at the wrist, and apophyseal injuries throughout the lower limb all require specific management that accounts for the developing skeleton.
Relative energy deficiency in sport (RED-S) — the syndrome of inadequate energy availability relative to training demands, producing hormonal, metabolic and bone health consequences — is a significant consideration in the gymnastics population where aesthetic pressures and high training volumes intersect. Low bone density, menstrual irregularity and increased stress fracture risk are the consequences most relevant to physiotherapy management.
How can physiotherapy help?
Physiotherapy for gymnastics injuries requires a thorough understanding of the specific apparatus and skill demands producing symptoms, the age-related considerations of the gymnast population, and the specialist management of the hypermobility that is ubiquitous in this sport.
Wrist rehabilitation for gymnastics stress reactions requires a structured period of modified gymnastics — removing the weight-bearing activities that provoke the stress reaction while maintaining fitness through apparatus work and conditioning that does not load the wrist. Progressive return to weight-bearing is criteria-based and imaging-guided for significant stress reactions. Wrist strengthening and protective taping provide the dynamic support that reduces weight-bearing stress during the return-to-gymnastics phase.
Spondylolysis management in gymnasts requires a similar approach — structured modification of the gymnastics program to avoid extension-loading skills while the pars stress reaction heals, followed by progressive reintroduction of extension-demanding skills with deep stabiliser retraining and technique modification. Gymnastics-specific extension loading must be specifically addressed in the later rehabilitation phase before return to full skills.
Hypermobility management — building the dynamic joint stability that allows gymnastics performance to continue safely — is one of the most important and most gymnastics-specific physiotherapy contributions. Real time ultrasound guides deep stabiliser retraining in positions that are relevant to gymnastics performance. Clinical Pilates — with its emphasis on controlled range, body awareness and progressive stability — is an ideal rehabilitation environment for gymnasts.
Dry needling manages the paraspinal, hip flexor, calf and periscapular trigger points common in gymnasts. Real time ultrasound guides deep stabiliser retraining.
Our physiotherapists Yulia Khasyanova and Emma Cameron both have experience in gymnastics-related injuries and are members of the Australian Physiotherapy Association. Yulia's specialist hypermobility and connective tissue expertise is directly relevant to the gymnastics population, and Emma's background in dance and adolescent sports injuries brings specific expertise in the performance arts athlete population that overlaps significantly with gymnastics.
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.
Artistic gymnastics — spanning women's artistic, men's artistic, rhythmic and acrobatic disciplines — is one of the most physically demanding and technically complex sports in existence. The combination of extreme flexibility requirements, explosive power generation through tumbling and vaulting, the sustained upper body weight-bearing of floor, beam and apparatus work, and the high training volumes that begin in early childhood creates an injury profile that is both distinctive and clinically complex. Gymnastics selects for and promotes extreme flexibility from a young age — and the hypermobility that this training produces or rewards is simultaneously a performance asset and a significant injury risk factor.
At Articulate Physiotherapy in Tarragindi, we work with gymnasts across all disciplines and levels — from recreational and club gymnasts through to state and national competitors — understanding the specific apparatus demands, the age-related considerations of the typically young gymnast population, and the specialist physiotherapy approach these athletes require.
Common gymnastics injuries
Wrist injuries are the most common overuse injury in gymnastics — driven by the sustained upper body weight-bearing on extended wrists that is unique to gymnastics floor, beam and apparatus work. Distal radial stress reactions and fractures — gymnastics-specific bone stress injuries at the distal radial growth plate from the repeated compressive and extension loading of handstands, round-offs and tumbling — are the most characteristic gymnastics wrist injury and one of the most important to recognise early. The distal radial growth plate in young gymnasts is subjected to compressive loading that it is not designed to sustain at high volumes, and the characteristic dorsal wrist pain with weight-bearing in extension that progresses gradually in a young gymnast is a stress reaction until proven otherwise.
Delayed diagnosis and continued gymnastics training risks physeal arrest and growth disturbance. Wrist sprains and triangular fibrocartilage complex (TFCC) injuries from the rotation and impact loading of tumbling landings are the other common wrist presentations.
Ankle and foot injuries — ankle sprains from landing and dismount mechanics, Achilles tendinopathy from the extreme plantarflexion demands of pointed foot positions, anterior ankle impingement from the forced plantarflexion of gymnastics pointed foot positions, sesamoiditis from the ball-of-foot landing demands, and Sever's disease from the Achilles traction loading in adolescent gymnasts — are common across all gymnastics disciplines. The barefoot impact of gymnastics floor and beam dismounts produces peak ground reaction forces among the highest of any sport.
Lower back injuries — spondylolysis from the repeated lumbar hyperextension of back walkovers, back handsprings and beam work is the most characteristic and most significant gymnastics back injury. The prevalence of spondylolysis in gymnasts is dramatically higher than in the general population — estimated at 10 to 15 times the general population rate — and any adolescent gymnast presenting with lower back pain, particularly with extension-based aggravation, requires imaging to exclude spondylolysis before continuing gymnastics training.
Lumbar disc injuries from the combined extension and rotation of gymnastics skills and facet joint syndrome from the extreme lumbar extension demands are the other common spinal presentations.
Shoulder injuries — shoulder instability from the extreme overhead and behind-back positions of gymnastics apparatus work, rotator cuff tendinopathy from the sustained weight-bearing demands of rings and parallel bars work in men's gymnastics, and shoulder impingement from the extreme overhead positions of bar and beam release moves — are common particularly in men's artistic gymnasts whose apparatus demands extreme shoulder strength and stability simultaneously.
Knee injuries — patellofemoral pain from the repeated jumping and landing demands, Osgood-Schlatter disease and Sinding-Larsen-Johansson syndrome from the traction loading of the patellar tendon on developing growth plates, and ACL injuries from the high-impact landing demands of floor and vault — are common in gymnasts of all ages.
Hypermobility in gymnastics — as with dance, gymnastics actively selects for and promotes joint hypermobility as a performance asset. The extreme flexibility of elite gymnasts is celebrated and trained — but the same hypermobility that allows back walkovers and oversplits also significantly elevates the risk of labral, ligamentous and joint injuries. Our team's specialist experience in hypermobility — particularly Yulia's EDS Society certifications — is directly relevant to the gymnastics population, where building dynamic stability alongside maintaining extreme flexibility is the central clinical challenge.
Growth-related conditions are particularly prevalent in gymnastics because the sport's training demands are highest during the years of greatest growth plate vulnerability. Spondylolysis in the lumbar spine, distal radial growth plate stress reactions at the wrist, and apophyseal injuries throughout the lower limb all require specific management that accounts for the developing skeleton.
Relative energy deficiency in sport (RED-S) — the syndrome of inadequate energy availability relative to training demands, producing hormonal, metabolic and bone health consequences — is a significant consideration in the gymnastics population where aesthetic pressures and high training volumes intersect. Low bone density, menstrual irregularity and increased stress fracture risk are the consequences most relevant to physiotherapy management.
How can physiotherapy help?
Physiotherapy for gymnastics injuries requires a thorough understanding of the specific apparatus and skill demands producing symptoms, the age-related considerations of the gymnast population, and the specialist management of the hypermobility that is ubiquitous in this sport.
Wrist rehabilitation for gymnastics stress reactions requires a structured period of modified gymnastics — removing the weight-bearing activities that provoke the stress reaction while maintaining fitness through apparatus work and conditioning that does not load the wrist. Progressive return to weight-bearing is criteria-based and imaging-guided for significant stress reactions. Wrist strengthening and protective taping provide the dynamic support that reduces weight-bearing stress during the return-to-gymnastics phase.
Spondylolysis management in gymnasts requires a similar approach — structured modification of the gymnastics program to avoid extension-loading skills while the pars stress reaction heals, followed by progressive reintroduction of extension-demanding skills with deep stabiliser retraining and technique modification. Gymnastics-specific extension loading must be specifically addressed in the later rehabilitation phase before return to full skills.
Hypermobility management — building the dynamic joint stability that allows gymnastics performance to continue safely — is one of the most important and most gymnastics-specific physiotherapy contributions. Real time ultrasound guides deep stabiliser retraining in positions that are relevant to gymnastics performance. Clinical Pilates — with its emphasis on controlled range, body awareness and progressive stability — is an ideal rehabilitation environment for gymnasts.
Dry needling manages the paraspinal, hip flexor, calf and periscapular trigger points common in gymnasts. Real time ultrasound guides deep stabiliser retraining.
Our physiotherapists Yulia Khasyanova and Emma Cameron both have experience in gymnastics-related injuries and are members of the Australian Physiotherapy Association. Yulia's specialist hypermobility and connective tissue expertise is directly relevant to the gymnastics population, and Emma's background in dance and adolescent sports injuries brings specific expertise in the performance arts athlete population that overlaps significantly with gymnastics.
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.
