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injury prevention

Gymnastics Landing Force Asymmetry: A Stuck-Landing Test for Quantifying Left-Right Impact Imbalance
how to·9 min read

Gymnastics Landing Force Asymmetry: A Stuck-Landing Test for Quantifying Left-Right Impact Imbalance

A clean stuck landing can still split force unevenly left to right. Get the dual-plate protocol, asymmetry index formula, and interpretation bands here.

gymnastics·landing·force-asymmetry
Measuring the Nordic Hamstring Break-Point Angle: Protocol, Norms, and What It Predicts
how to·10 min read

Measuring the Nordic Hamstring Break-Point Angle: Protocol, Norms, and What It Predicts

Peak force on a NordBord misses who is actually at risk. Measure break-point angle instead: the exact knee angle where eccentric control fails.

hamstring-testing·eccentric-strength·nordic-hamstring-exercise
Star Excursion Balance Test: Protocol and Normalizing Reach Distance to Limb Length
how to·9 min read

Star Excursion Balance Test: Protocol and Normalizing Reach Distance to Limb Length

A taller athlete's raw SEBT reach looks better on paper, until you normalize to limb length. Full 8-direction protocol, the math, and injury-risk cutoffs.

balance-testing·dynamic-postural-control·injury-prevention
Neck Strength and Concussion Risk: What Studies Show
research·9 min read

Neck Strength and Concussion Risk: What Studies Show

Coaches ask if neck exercises stop concussions. A 6,704-athlete study found 5% lower odds per pound of strength - here's what it does and doesn't prove.

concussion·neck-strength·injury-prevention
Tibialis Raise: Shin Strength for Jumping, Sprinting
exercises·9 min read

Tibialis Raise: Shin Strength for Jumping, Sprinting

Tibialis raise benefits: stronger shins, better jump stiffness, faster sprint mechanics, and lower shin splint risk. Full protocol and progressions.

tibialis-anterior·shins·sprint
Eccentric Rate of Force Development: Training Methods and Measurement
exercises·9 min read

Eccentric Rate of Force Development: Training Methods and Measurement

Master eccentric RFD training to enhance braking power, SSC efficiency, and injury resilience. Learn the best exercises, protocols.

eccentric·rate-of-force-development·rfd
Why Rotational Power Asymmetry Matters: Injury Risk and Performance in Throwing and Striking Sports
research·12 min read

Why Rotational Power Asymmetry Matters: Injury Risk and Performance in Throwing and Striking Sports

A 15% left-right power gap triples injury risk in golf, baseball, and tennis. See the longitudinal IMU thresholds and protocols behind that number.

rotational-power·asymmetry·injury-prevention
How to Track Weekly Training Load: Session RPE × Duration Science
how to·7 min read

How to Track Weekly Training Load: Session RPE × Duration Science

A 50% spike above your 4-week average load raises injury risk 2-4x, per a cohort study of elite bowlers. Learn the RPE x duration and ACWR math.

training-load·session-rpe·acwr
How to Perform the Y-Balance Test: Dynamic Balance Screening
how to·7 min read

How to Perform the Y-Balance Test: Dynamic Balance Screening

A single asymmetry score doesn't reveal injury risk alone. Y-Balance Test protocol: asymmetry thresholds, sport norms, and injury-risk scoring rules.

y-balance·balance-screening·injury-prevention
Nordic Curl: Gold Standard for Hamstring Injury Prevention
exercises·8 min read

Nordic Curl: Gold Standard for Hamstring Injury Prevention

Clinical evidence, exact technique, and full-season programming for the Nordic curl — the single most effective exercise for reducing hamstring strain.

nordic-curl·hamstring·injury-prevention
Band Pull-Apart: Key Exercise for Shoulder Health
exercises·7 min read

Band Pull-Apart: Key Exercise for Shoulder Health

Strengthen rear delts, rhomboids, and scapular retractors with band pull-aparts. Technique, loading, and weekly programming to bulletproof your shoulders.

band-training·shoulder-health·rear-delt
Acute:Chronic Workload Ratio Review: Injury Prediction Today
research·9 min read

Acute:Chronic Workload Ratio Review: Injury Prediction Today

The ACWR's sweet-spot claim has real mathematical flaws. A critical look at coupled versus EWMA methods and using workload ratios responsibly.

ACWR·workload·injury-prevention