Gymnastics is an extremely intense sport both emotionally and physically. The physical demands of this sport unfortunately leave gymnasts susceptible to almost any injury under the sun. Wrist pain is very commonly experienced by gymnasts, males, and females alike. Distal Radial Epiphysitis, also called “Gymnast Wrist”, specifically, is a common diagnosis that may explain this wrist pain amongst gymnasts due to the sport’s repetitive nature.
Upper body injuries are more common in male and female gymnasts compared to other sports. The upper extremities are weight-bearing joints and absorb direct forces in all events of both men’s and women’s gymnastics. Acute injuries, such as a wrist fracture, often occur from a fall on an outstretched arm. However, injuries related to overuse and overtraining, such as Distal Radial Epiphysitis, are more common in gymnasts.
The Diagnosis and How This Occurs:
– Distal Radial Epiphysitis, also known as “Gymnast Wrist”, is a growth plate injury to an adolescent gymnast with immature, growing bone structures
– The growth plate is prone to injury because the ligaments and joint capsule of the wrist are stronger than the cartilaginous growth plate
– Repeated loading and wrist hyperextension cause the body’s forces to be directed to the radius bone which has not yet fused. This causes inflammation and widening of the growth plate. This often occurs with dorsal wrist impingement.
– Several weeks of unilateral or bilateral wrist pain
– Usually occurs gradually, without history of acute trauma
– Worsened pain with load bearing activities and when the wrist is extended
– Pain relieved with rest
– Range of motion normal or slightly limited due to pain
– Possible decrease in grip strength
– Tender to palpation along the distal radius
– Swelling may be present
– Dorsal Wrist Impingement
– Scaphoid Stress Fracture
– Carpal Ligament Sprains (Scapholunate and Lunotriquetral Ligament Injuries)
– Triangular Fibrocartilage Complex Injuries
– Ulnar Impaction
– De Quervain’s Tenosynovitis
– Distal ulnar or radial stress fracture
Pertinent Tests/Diagnostic Imaging:
– X-ray findings will typically appear normal
– In severe cases, a widening of the growth plate or ulnar variance may be visible
– X-rays may be recommended 6-12 weeks post diagnosis or when symptoms subside to verify proper healing, but are usually not necessary if the initial X- rays appeared normal
– Routine X-rays may be recommended for about 6 months to one year post injury if the initial X-ray showed a lot of damage to the growth plate
– MRI is not usually necessary
– Repetitive stress predisposes the wrist to acute injury, overuse injuries, and degenerative damage
– Adolescent athlete with premature growth plates
– Adolescent gymnasts ages 10-14 are more likely to have wrist pain
– Recent growth spurt causing transient weakness at the growth plate
When to Seek Medical Attention:
– Persistent pain that does not improve with rest over time
– If this condition progresses it could lead to a fracture of the growth plate or ulnar variance
– Ulnar Variance: if Gymnast Wrist becomes chronic and goes untreated, the growth plate may close prematurely resulting in cessation of radial growth too early, while the ulna continues to grow
– Positive Ulnar Variance (the ulna appears longer): may result in altered wrist biomechanics, decreased wrist range of motion, and altered loading in weight bearing positions of the wrist
– Progressive damage to the ulnar side of the wrist may increase risk for chronic wrist pain and dysfunction
Principles and Goals of Wrist Pain Treatment:
– Decrease the stress that is causing the pain
– Stop weight bearing exercises for about 6 weeks or until symptoms subside
– Wrist rehab to achieve symmetrical wrist range of motion and strength
– Improve shoulder flexibility and thoracic spine mobility
– Alternative training and conditioning aimed at improving upper body and core strength to decrease the stress on the wrist joint when returning to gymnastics
– Stage 1: correct impairments in joint mobility, muscle length, and neuromuscular control in the spine, shoulder, and upper extremity joints
– Stage 2: continue manual techniques to correct impairments, progress exercises in neuromuscular control, introduce sport specific activities in limited weight bearing positions
– Stage 3: address impairments with manual techniques as needed, advance exercises in neuromuscular control, progress sport specific activities to full weight bearing positions
Return to Sport:
– Once there is a decrease in pain, and range of motion and strength have been restored, the gymnast can begin a gradual increase in training load
– It is important that there is careful attention to sport biomechanics and proper form/ technique to limit further damage or re-injury
– Wrist braces may also be worn to limit excessive wrist hyperextension
Exercises to try if you may have Wrist Pain in Gymnast:
Wrist specific exercises
– Hand arch and splay
– 4-way wrist strengthening (flexion, extension, ulnar and radial deviation)
Upper body exercises
– It is important to have stabilization in proximal joints such as the shoulders and spine in order to improve stability and decrease stress in the elbow, wrist, and hand
– Scapular retraction and Shoulder ER at 90-90
– Planks and Side Planks
– Supported handstands on a wall, block, or table to decrease weight through the wrists and hands
PT Role in Preventing Wrist Pain:
Overuse injury prevention
– Limit excessive loading of the wrist
– Maintain wrist joint flexibility
– Incorporate wrist strengthening into training
– Emphasize proper technique to reduce unnecessary stress
– Strengthen core and upper extremity joints to reduce stress on the wrist joints
– Wrist braces may be used in skeletally immature gymnasts to decrease the load on the wrist joints and help prevent early closing of the growth plates
Benjamin HJ, Engel SC, Chudzik D. Wrist Pain in Gymnasts: A Review of Common Overuse Wrist Pathology in the Gymnastics Athlete. Current sports medicine reports. 2017;16(5):322-329.
Boucher B, Smith-Young B. Examination and physical therapy management of a young gymnast with bilateral wrist pain: A case report. Physical Therapy in Sport. 2017; 27:38-49.
DiFiori JP, Puffer JC, Aish B, Dorey F. Wrist Pain in Young Gymnasts: Frequency and Effects Upon Training Over 1 Year. Clinical Journal of Sport Medicine. 2002;12(6).
Hart E, Meehan WP, 3rd, Bae DS, d’Hemecourt P, Stracciolini A. The Young Injured Gymnast: A Literature Review and Discussion. Current sports medicine reports. 2018;17(11):366 375.
Poletto ED, Pollock AN. Radial Epiphysitis (aka Gymnast Wrist). 2012;28(5):484-485.
Trevithick B, Mellifont R, Sayers M. Wrist pain in gymnasts: Efficacy of a wrist brace to decrease wrist pain while performing gymnastics. Journal of Hand Therapy. 2019.
Written for PREP Performance Center by Gianna Scala, SPT
Gymnast – It is no secret that gymnastics takes a toll on your body. You move, bend, flip, and control your body in ways that many people would never even consider. While gymnastics is a great way to exercise and perform, it also comes with some risk factors. Fortunately, sports physical therapy treatments can help you learn proper body techniques in order to perform at your optimum level and prevent the risk of sustaining an injury. To learn more about how you can benefit from these methods of treatment, contact PREP Performance Center today!
Common injuries sustained by gymnasts:
Before you can make an effort to avoid injuries, it is important to understand some of the most common injuries that gymnasts tend to experience. This will help you notice the signs quickly, in the chance that you end up with one. Some of the most common injuries sustained by gymnasts include:
Stress fractures. Stress fractures are tiny cracks in the bone that develop from excessive overuse of a body part. For example, a stress fracture may occur in the shoulder from repetitive tumbling or vault exercises, due to the repetitive strain of weight that is put on them.
Spondylolisthesis. Spondylolisthesis is a spinal disorder. It occurs when vertebrae in the base of the spine slip backward, forward, or over the vertebrae below it. As we mentioned earlier, a gymnast’s body moves differently than others. Repetitive tumbling can cause vertebrae to shift over time, which can result in spondylolisthesis.
Sinding-Larsen-Johansson Syndrome. Sinding-Larsen-Johansson Syndrome is another overuse injury. It occurs when the bone at the bottom of the patella (kneecap) becomes inflamed in the area where the tibia (shin bone) is connected by a tendon. A lot of stress is put on a gymnast’s knees, from the beam, to the vault, and especially the floor. Repeated stress from weight-bearing exercises can result in Sinding-Larsen-Johansson Syndrome over time.
Proper technique in Gymnast:
One of the best ways to decrease your risk of sustaining an injury is to practice proper technique. For a gymnast especially, this is important for both the upper and lower body. Some proper techniques to consider include:
1. Proper upper-body loading and landing mechanics during handspring, vault, and bars.
– Hands shoulder distance apart.
– Elbows straight.
– Pushing through hands to engage through shoulders for proximal stabilization.
The use of proper hand placement while loading allows for reduced load and stress at the elbow and wrist.
2. Proper lower-body loading and landing mechanics during handspring, vault, and bars in Gymnast.
– Neutral foot and knee alignment – toes and knee facing forward.
– Hips back – avoid letting the knees go over the toes.
– Single leg alignment.
– Toes and knees forward.
– Hips forward and equal.
Shock absorption while pushing the hips back allows for proper hip, knee, and foot placement, as well as reduced stress and load on the knee and ankle.
If you are a gymnast looking to improve your skill and avoid injury, contact our Chicago, IL physical therapy center today. We’ll help provide you with the techniques and methods necessary for you to reach your optimum physical capabilities and decrease your risk of pain or injury!
Contact PREP Performance Center for more information.