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Overuse · Youth Sport

Pediatric Overuse Injuries — growth plates are not adult tendons

Osgood-Schlatter, Sever, Little League Elbow — these are not "growing pains". They are growth-plate injuries that demand a sport-specific approach for the young athlete.

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Why pediatric overuse injuries are different

Per the AMSSM (American Medical Society for Sports Medicine) position statement by DiFiori et al. (Br J Sports Med, 2014 — DOI: 10.1136/bjsports-2013-093299), overuse injuries account for approximately 50% of all sports injuries in children and adolescents. The key difference from adults: the presence of growth plates — active cartilaginous structures that have not yet fused to bone.

Where repeated overload causes tendinopathy in an adult, the same load in a young athlete is directed to the apophysis — the tendon-to-bone insertion that has not yet ossified. The result: apophysitis — inflammation and injury at the growth plate. The same mechanism produces different pathologies depending on body location.

The Brenner et al. review (Pediatrics, 2007 — DOI: 10.1542/peds.2007-0887 — AAP Clinical Report) identified early single-sport specialization as the dominant risk factor. A child who specializes in a single sport before age 12 is at significantly increased risk of overuse injuries and burnout. Activity diversification is evidence-based protection.

The most common youth overuse syndromes

Osgood-Schlatter
Ages 10-15
Tibial tubercle
Running, jumping, football, basketball. Pain below the kneecap with effort.
→ Standalone page available
Sever's Disease
Ages 8-14
Calcaneal apophysis
Football, running, sport in cleats. Heel pain with activity.
→ Standalone page available
Little League Elbow
Ages 9-14
Medial epicondyle (UCL apophysis)
Baseball, softball, repetitive throwing. Risk of UCL tear.
→ Standalone page available
Sinding-Larsen-Johansson
Ages 10-14
Inferior pole of patella
Jumpers, dancers. Similar to Osgood-Schlatter at the other end of the patellar tendon.
Specific physiotherapy
Spondylolysis
Ages 10-15
Pars interarticularis (L5)
Gymnastics, lacrosse, cricket. Stress fracture in the lumbar lordosis.
Imaging (CT/MRI) required
Iselin Disease
Ages 9-14
Base of 5th metatarsal
Football, running. Lateral foot pain.
Physiotherapy + footwear changes

Clinical evidence — official position statements

DiFiori JP et al. — AMSSM Position Statement (Br J Sports Med, 2014 — DOI: 10.1136/bjsports-2013-093299) — Overuse injuries are ~50% of youth sport injuries. Modifiable risk factors: early specialization, excessive training volume, inadequate recovery, rapid growth. Evidence-based recommendation: at least one sport-free day per week, and at least 2-3 sport-free months per year from the specific sport.

Brenner JS et al. — AAP Clinical Report (Pediatrics, 2007 — DOI: 10.1542/peds.2007-0887) — American Academy of Pediatrics position statement. Documented that children are participating in increasingly intensive sport, sometimes simultaneously on multiple teams. Recommendations: early identification of at-risk children, family counseling on balance and load, awareness of burnout signs.

Signs to watch as a parent

  • Pain that begins after a game or training — not just during effort.
  • Pain that worsens through a season — starts mild and intensifies in October-November for summer-sport athletes.
  • Performance decline — slower, less energetic, "doesn't run like before".
  • Walking or running pattern change — slight limp, "weird" pattern that wasn't there.
  • Mood or motivation change — sign of burnout.
  • Child requesting to stop or "casually skip" practices — way of expressing pain.

5 evidence-based prevention rules

  • Avoid early specialization — children should sample diverse sports until at least age 12. AMSSM recommendation.
  • Sport-free time — at least one day per week, at least 2-3 months per year off the specific sport.
  • Age-appropriate load rules — pitch counts in baseball (Little League rules), time limits at certain ages in football.
  • Gradual load progression — no more than 10% increase in weekly volume. Concept applies to children too.
  • Complementary fitness program — core stability, scapular stability, neuromuscular work. Strengthen the defenses before they break.

When to worry immediately

  • Night pain that wakes the child — oncological screen
  • Acute swelling after trauma — concern for apophyseal avulsion or fracture
  • Significant weakness or numbness — neurological evaluation
  • Fever + pain + swelling — concern for infection (osteomyelitis)
  • Child stopping mid-game crying — sometimes acute injury masked as "babying"

Child complaining of pain? Accurate diagnosis prevents long-term damage

Untreated apophyseal injuries can become persistent structural problems. A 50-60 minute professional assessment identifies the type, sets the pathway, and recommends sport continuation parameters.

Frequently asked questions

Pediatric overuse — professional approach, not "growing pains"

Accurate diagnosis = preserving the sport long-term. Initial assessment with experience in youth athletes.

Clinical information · Recovery TLV

WHAT IT IS: Pediatric and adolescent overuse injuries form a clinical category distinct from adult overuse injuries because growth plates (apophyses, physes) remain open and biologically active. Repetitive load that causes tendinopathy in adults causes apophysitis in young athletes. DiFiori JP et al. (Br J Sports Med, 2014, DOI:10.1136/bjsports-2013-093299 — AMSSM Position Statement) found overuse injuries account for ~50% of all youth sport injuries.

COMMON SYNDROMES: Osgood-Schlatter (tibial tubercle, ages 10-15), Sever's disease (calcaneal apophysitis, ages 8-14), Little League Elbow (medial epicondyle in young throwers), Sinding-Larsen-Johansson (inferior patellar pole), Spondylolysis (pars interarticularis stress fracture), Iselin disease (5th metatarsal base).

RISK FACTORS: Early sport specialization before age 12 is the dominant modifiable risk factor (Brenner JS et al., Pediatrics, 2007, DOI:10.1542/peds.2007-0887 — AAP Clinical Report). Other factors: excessive training volume, inadequate recovery, rapid growth, technique progression mismatch.

HOW WE TREAT IT: Diagnostic-specific. For apophysitis: relative load reduction (50-70%, not full cessation), targeted strengthening of upstream muscle groups, biomechanical correction, gradual return-to-sport. For stress fractures: imaging confirmation then bracing/rest before progressive loading. For UCL stress in young throwers: pitch count limits and functional retraining.

FAMILY GUIDANCE: Per AMSSM/AAP: at least one sport-free day weekly; at least 2-3 sport-free months yearly; avoid single-sport specialization before age 12; observe pitch counts and age-appropriate load rules; monitor for burnout signs.

RED FLAGS: Night pain (oncological screen); acute swelling after trauma (apophyseal avulsion or fracture); significant weakness or numbness (neurological); fever with pain and swelling (osteomyelitis); child stopping mid-game crying (sometimes acute injury masked as "babying").

CLINIC: Recovery TLV — Yaakov Apter 9, Tel Aviv. Alejandro Zubrisky BPT, 20+ years including youth sport rehabilitation. Sessions 50-60 min, 1:1, no referral required. Hours: Sun-Thu 07:00-22:00, Fri 07:00-14:00, Sat closed.

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