When should athletes be screened, in-season or off-season?

Off-season, ideally, early enough that findings can be trained before competition load arrives. In-season screening still has value after an injury, a growth spurt, or a sudden change in role or volume, but the response options are narrower once games are being played.In-season, the priority shifts from screening to load management, sleep, and catching small complaints early.

Can physical therapy improve performance, not just fix injuries?

Yes. Removing a mobility restriction, correcting a control deficit or improving load tolerance changes what your body can express in training. Performance work is where physical therapy overlaps with coaching, and the two work best when they are talking to each other.Dr. Paige will happily coordinate with a coach or trainer, the plan works better when everyone reads the same log.

Should I stretch before or after training?

Long static stretching immediately before power or strength work can temporarily reduce output. A warm-up that moves through range and progressively raises intensity generally serves better. Static stretching afterward or in a separate session is fine if it helps your range or how you feel.If stretching is standing in for missing strength or control, a screen will usually say so.

How much rest do athletes actually need?

Enough that performance and mood recover between sessions, plus at least one genuine rest day most weeks and some time each year away from the primary sport. Persistent soreness, declining performance, disturbed sleep and irritability are the practical signals that recovery is inadequate.For youth athletes, the yearly off-season is not lost fitness, it is where durable athletes are built.

MOVEMENT, PERFORMANCE & INJURY PREVENTION · STAFFORD & FREDERICKSBURG, VA

The Findings That Become Next Season's Injury

Most sports injuries that could have been prevented weren’t caused by bad luck or bad technique. They were caused by load rising faster than the body it landed on — a pattern that is visible weeks before it becomes an injury, if anyone is looking. This page is about looking.

Therapist wrapping a basketball player's ankle.

THE HONEST STARTING POINT

What Actually Reduces Sports Injury Risk?

There is no way to prevent every sports injury. Risk is multifactorial, and some injuries happen despite excellent preparation. What we can do is address modifiable factors: progressive strength and neuromuscular training, appropriate rehabilitation after a previous injury, recovery, and thoughtful progression of sport and training demands.

Divine Physical Therapy uses that conservative, evidence-informed approach to help youth athletes, recreational competitors, and active adults build capacity before small limitations become larger problems. Care is one-on-one and primarily mobile throughout Stafford County, with extended availability in Fredericksburg and surrounding communities when scheduling and travel allow. HSA/FSA payment may be available; clients should verify eligibility and documentation requirements with their own plan administrator.

Physical therapist assisting man with stability ball exercise

Almost everything sold as injury prevention is peripheral. What follows is the short list with actual support, and how it is applied here. Reviewed by Dr. Thea Paige, PT, DPT, CMTPT, PCES — about Dr. Paige.

LOAD & PROGRESSION

Why Does Training Progression Matter?

01. Adaptive tissue threshold tracking

02. Volume spikes vs. biological capacity

03. Contextual decision-making tools

Training demand matters because tissues need time and repeated exposure to adapt. Problems often appear when an athlete returns from a break, rapidly increases running or lifting volume, adds multiple teams or competitions, or encounters a growth spurt while the training calendar stays the same. The useful question is not whether one workload number predicts injury; it is whether current demands are progressing at a rate the athlete appears prepared to tolerate.

Sports injury risk is multifactorial. Training volume and intensity are considered alongside previous injury, strength, movement capacity, recovery, growth, sport exposure, symptoms, and the athlete's actual goals. A training log can help reveal patterns, but it is one decision-making tool rather than a stand-alone injury predictor.

That is the conservative-care advantage: identify what can reasonably be changed, build capacity progressively, monitor the response, and refer or escalate care when the findings suggest something beyond routine rehabilitation or prevention work.

YOUTH ATHLETES

What About Youth Athletes And Growth?

Growing athletes are not small adults. During growth spurts, bone lengthens ahead of the muscle and tendon that attach to it, tightening the system and concentrating stress at growth plates and tendon attachments — which is why heel pain, knee pain and other apophyseal complaints cluster in the exact seasons a young athlete is growing fastest. Load that was fine in the spring can be too much by autumn, in the same child, at the same practice volume.

Apophyseal & Growth Plate Considerations

Early single-sport specialization compounds the problem: it is associated with higher overuse injury rates and burnout without a clear performance advantage for most athletes. The honest prescription for most young athletes is variety, genuine off-seasons, and general strength - and a parent who knows that growth itself is a load the plan must budget for.

Multi-Sport Variety vs. Early Specialization

SCREENING

When Should Athletes Be Screened - And What For?

Off-Season Window vs. In-Season Stewardship

Off-season is the honest window: enough time to act on findings before they meet competition load. A functional movement screening establishes the baseline - mobility, strength, balance, single-leg control - and, read against your training plan, shows where the coming season's demand will exceed capacity.

In-season, the job changes from screening to managing: watching load, protecting sleep, and catching the small complaints before they compound. For athletes who want this on a standing rhythm, the Annual Movement Physical makes the off-season screen an annual fixture.

PREVIOUS INJURY

Why Does The Last Injury Matter Most?

Prior injury is the single strongest predictor of future injury in most sports - usually because rehabilitation stopped when pain stopped, rather than when capacity was restored. The ankle that "healed" in two weeks but never regained its hop symmetry, the hamstring that stopped hurting but not stopped guarding: these are next season's statistics, quietly waiting.

The fix is finishing: objective criteria, not calendars. That is exactly what formal return-to-sport testing exists to verify - strength and hop symmetry measured against the uninjured side before full competition resumes, so the risk that prior injury carries is at least the modifiable kind.

When families ask what can be done before a competitive season, I want to see the training calendar as much as I want to see the athlete move. A screen has the most value when its findings can be connected to the actual demands coming next - practice volume, lifting, tournaments, running mileage, growth, recovery, and prior injury history.

THE EVIDENCE, HONESTLY

What Does The Research Show About Conservative Injury Prevention?

Meta-Analysis · 26,610 Participants

Exercise-based prevention is one of the better-supported conservative strategies in sports medicine. A 2014 systematic review and meta-analysis of 25 randomized trials involving 26,610 participants found that exercise-based programs reduced both acute and overuse sports injuries. In that analysis, strength-training interventions showed the largest effect estimate, while stretching alone did not show a meaningful preventive effect.

Primary Finding: Strength Over Isolated Stretching

Youth Cohort Analysis

In youth sport, a 2015 systematic review and meta-analysis found that neuromuscular training reduced lower-extremity injury risk, with an incidence rate ratio of 0.64 - approximately a 36% relative reduction compared with control groups. A later review focused on strength training also found consistently favorable injury-prevention results and a dose-response relationship in which greater strength-training exposure was associated with greater risk reduction.

Primary Finding: 36% Lower-Extremity Risk Reduction

What That Means In Practice

Build capacity, not fear. Strength, balance, coordination, and sport-specific exposure are trained progressively rather than avoided.

Finish rehabilitation. Pain relief is useful, but return-to-sport decisions should also consider function and capacity.

Use screening to guide action. A screen is valuable when it identifies a finding that can be trained and connected to the athlete's actual sport demands.

Think risk reduction, not guarantees. No screening test, exercise program, or physical therapist can eliminate sports injury risk.

REFERENCES

Interested In The Research?

01. Lauersen JB, Bertelsen DM, Andersen LB. The effectiveness of exercise interventions to prevent sports injuries: a systematic review and meta-analysis of randomised controlled trials. British Journal of Sports Medicine. 2014;48(11):871–877. Read the PubMed record.

02. Emery CA, Roy TO, Whittaker JL, Nettel-Aguirre A, van Mechelen W. Neuromuscular training injury prevention strategies in youth sport: a systematic review and meta-analysis. British Journal of Sports Medicine. 2015;49(13):865–870. Read the PubMed record.

03. Lauersen JB, Andersen TE, Andersen LB. Strength training as superior, dose-dependent and safe prevention of acute and overuse sports injuries: a systematic review, qualitative analysis and meta-analysis. British Journal of Sports Medicine. 2018;52(24):1557–1563. Read the PubMed record.

Research note: These studies describe population-level risk reduction and do not guarantee an individual outcome. Research continues to evolve, and clinical recommendations are individualized to the athlete’s health history, sport, age, goals, and examination findings.

IN PRACTICE

How Does This Work At Divine Physical Therapy?

One 75-minute session at a time, in your home, with the same Doctor of Physical Therapy - a baseline screen, a load conversation built around your actual calendar, and a short list of priorities folded into training you are already doing. This page is one part of the practice's wider movement, performance and injury prevention care, and everything a screen finds can be treated by the clinician who found it.

ATHLETES, AT EVERY DEFINITION

Who This Work Is Built For.

Youth Athletics

Youth & School Athletes: Growth-Stage Load Management, Multi-Sport Guidance, And Off-Season Screens - With Parents Involved.

Endurance & Track

Runners & endurance athletes: The population where load spikes do the most damage - and where a training log tells the truth fastest.

Court & Barbell

Lifters & court-sport athletes: Strength baselines, single-leg control, and the mobility a demanding movement diet actually requires.

Masters 40+

Masters athletes: Athletes past forty, where recovery budgets shrink and finishing every rehabilitation properly matters most.

YOUR QUESTIONS, ANSWERED

Frequently Asked

No strategy prevents every injury. The strongest evidence supports multifactorial programs that build strength and neuromuscular control, progress sport demands appropriately, and complete rehabilitation after previous injury. Recovery, growth, sport exposure, and individual health factors also matter.Screening is most useful when it identifies a modifiable finding and leads to a specific action. The goal is risk reduction and better preparation, not a promise that injury cannot happen.

Training load describes the overall demand created by volume, intensity, frequency, and recovery. Rapid changes in those demands can be clinically relevant, especially after time away from sport, but no single workload ratio reliably predicts who will be injured.A simple training log is useful because it gives the athlete, coach, and physical therapist context for symptoms, recovery, and progression over time.

Early single-sport specialization is associated with higher overuse injury rates and higher burnout, without a clear long-term performance advantage for most athletes. Varied movement, genuine rest periods across the year, and general strength work tend to serve developing athletes better than year-round focus on one sport.During growth spurts this matters double: growth itself is a load, and the calendar should budget for it.

Because rehabilitation usually ends when pain ends, not when capacity is restored, leaving a side that is measurably weaker, stiffer or less controlled than its partner, quietly loaded by every practice. Prior injury tops the risk factors in most sports precisely because that gap so often goes unmeasured and unfinished.The useful part: it is a modifiable risk. Objective testing before full return, not a date on a calendar — is how it gets modified.

KEEP READING

Where To Go Next

Functional Movement Screening

The baseline battery — what it can tell you, and what it honestly can’t.

Return-To-Sport Testing

Objective criteria for the riskiest moment in sport: the return from injury.

The Annual Movement Physical

The off-season screen, made into a yearly fixture with a standing baseline.

Protecting A Season Starts Before It Does.

Start with a complimentary discovery consultation. Bring the training calendar — Dr. Paige will tell you honestly where the risk in it lives, and whether a screen is worth your time.