Freedom Physical Therapy

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Freedom Physical Therapy Giving patients the opportunity to pursue our motto: Free to move. Free to live.

Providing in-depth care based on movement analysis, corrective exercise, and personalized treatment plans, while allowing each patient to receive the unique care they need.

Your athlete can sprint. But can they handle an entire practice?One of the biggest challenges in return-to-sport rehabil...
10/25/2026

Your athlete can sprint. But can they handle an entire practice?

One of the biggest challenges in return-to-sport rehabilitation isn’t necessarily restoring an athlete’s ability to perform a specific movement.

It’s preparing them to tolerate the cumulative demands of their sport.

An athlete may demonstrate excellent strength, sprint at near-maximal speed, and complete change-of-direction drills.

But does that mean they’re ready for a full training session?

Here’s what we need to consider:

🔹 Total volume: How much running, jumping, cutting, or high-intensity work can the athlete tolerate across a session?

🔹 Intensity: Have they been exposed to the speeds and physical demands they’ll encounter in competition?

🔹 Work-to-rest demands: Can they tolerate repeated bouts of activity with recovery periods similar to their sport?

🔹 Training frequency: Can they recover and perform again during subsequent practices?

Clinical application:

Consider a soccer player returning from ACL reconstruction.

They successfully complete a session involving:

→ 5 maximal sprints
→ 10 planned cutting drills
→ 15 minutes of ball work

That’s meaningful progress.

But a full soccer practice may involve substantially greater total running volume, repeated high-speed efforts, unpredictable movement, and limited recovery between activities.

How do we bridge that gap?

Progressively increase training exposure while monitoring:

→ Session workload and intensity
→ Symptoms and joint swelling
→ Movement quality and performance
→ Recovery between sessions

💡 Clinical pearl: Successfully completing a task demonstrates the ability to perform it. Tolerating repeated exposure helps demonstrate the capacity to sustain it.

Return to sport isn’t just about what an athlete can do once. It’s about what they can repeatedly tolerate.

ClinicalReasoning PhysicalTherapy DPT

Standing or seated calf raises? Why not both?Calf strengthening is a staple of lower-extremity rehabilitation, but its i...
10/23/2026

Standing or seated calf raises? Why not both?

Calf strengthening is a staple of lower-extremity rehabilitation, but its importance extends beyond the ankle.

The plantar flexors play an important role in propulsion, force absorption, and lower-extremity control during running, jumping, and landing.

Here’s why knee position matters:

🔹 Standing calf raises

With the knee extended, the gastrocnemius is positioned at a longer muscle length, allowing it to contribute more effectively to plantar flexion.

🔹 Seated calf raises

Flexing the knee shortens the gastrocnemius, reducing its relative contribution to plantar flexion and increasing the emphasis on the soleus.

But what does this have to do with knee rehab?

More than you might think.

The soleus can contribute to controlling forward tibial progression during weight-bearing activities, influencing how the lower extremity manages loading.

During running, landing, and deceleration, the plantar flexors help manage ground reaction forces and contribute to energy absorption alongside the quadriceps and other lower-extremity muscles.

Clinical application:

Consider an athlete progressing through ACL rehabilitation.

You’ve addressed quadriceps strength, but have you assessed their plantar-flexor capacity?

→ Can they perform loaded single-leg calf raises?

→ Have you assessed strength with both straight and bent knees?

→ Can they tolerate progressive plantar-flexor loading?

→ Have you progressed toward the rapid loading demands of running and jumping?

How can we apply this in rehab?

Include both straight-knee and bent-knee calf strengthening, progressively increase resistance, and eventually introduce faster, more elastic loading as appropriate.

💡 Clinical pearl: The calf isn’t just responsible for pushing you off the ground. It also contributes to controlling and absorbing forces when you land.

Don’t overlook the ankle when rehabilitating the knee.

ForceAbsorption ExercisePrescription SportsRehab PhysicalTherapy DPT

Your athlete lands great on rep 1. What about rep 20?Landing mechanics are commonly assessed during sports rehabilitatio...
10/22/2026

Your athlete lands great on rep 1. What about rep 20?

Landing mechanics are commonly assessed during sports rehabilitation, especially following ACL reconstruction.

But most athletes don’t experience sport one perfectly controlled repetition at a time.

As fatigue accumulates, athletes may demonstrate changes in:

🔹 Landing strategy: Changes in hip, knee, and ankle contributions during force absorption.

🔹 Joint positioning: Alterations in trunk control, knee motion, or lower-extremity alignment.

🔹 Performance: Reduced jump height, longer ground contact times, or changes in movement consistency.

🔹 Force distribution: Potential changes in how forces are absorbed between limbs.

Clinical application:

Consider an athlete returning to basketball after ACL reconstruction.

They perform 5 single-leg landings with good control.

Now introduce a repeated jumping task or a short bout of conditioning before reassessing.

Do their mechanics remain consistent?

Does performance decline?

Do they begin using a different strategy?

Changes aren’t automatically problematic, but they may identify limitations that aren’t apparent during fresh, isolated testing.

How can we apply this in rehab?

→ Assess landing mechanics under both fresh and fatigued conditions when appropriate.

→ Progress repeated jumping volume gradually.

→ Monitor movement quality alongside performance.

→ Build the capacity to maintain effective movement strategies across repeated efforts.

💡 Clinical pearl: A single high-quality repetition tells you what an athlete can do. Repeated efforts help reveal how consistently they can do it.

Don’t just assess the best repetition. Consider how performance changes across the set.

ClinicalReasoning PhysicalTherapy DPT

Your athlete is strong. But can they produce force FAST? ⚡Peak strength is an important part of sports rehabilitation.Bu...
10/21/2026

Your athlete is strong. But can they produce force FAST? ⚡

Peak strength is an important part of sports rehabilitation.

But in sport, athletes don’t always have unlimited time to generate force.

Consider the difference between a maximal isometric contraction lasting several seconds and the rapid force production required during sprinting, jumping, or changing direction.

That’s where rate of force development (RFD) comes in.

RFD describes how quickly force increases over a given period of time.

When evaluating an athlete, consider:

🔹 Peak force: How much force can they ultimately produce?

🔹 Early force production: How much force can they generate within the first 100–200 milliseconds?

🔹 Force-time characteristics: Does the athlete reach higher forces quickly, or does force rise more gradually?

Clinical application:

Imagine two athletes performing an isometric mid-thigh pull.

Both achieve a peak force of 2,000 N.

But at 200 milliseconds:

→ Athlete A produces 1,200 N
→ Athlete B produces 750 N

Despite identical peak force, their early force-production profiles differ considerably.

That doesn’t automatically make Athlete B less prepared for sport, but it may identify an additional quality worth investigating.

How might this influence exercise prescription?

Once an athlete has sufficient strength and tissue-loading tolerance, consider progressively introducing:

→ Explosive isometric contractions
→ Ballistic resistance exercises
→ Plyometrics emphasizing appropriate force-production timing

💡 Clinical pearl: Peak force tells you how much force an athlete can produce. RFD helps describe how quickly they develop it.

Remember that RFD is sensitive to testing procedures, contraction instructions, and signal processing. Standardize your protocol before comparing results.

Don’t just assess the force. Consider the time available to produce it.

StrengthAndConditioning ClinicalReasoning DPT

Your athlete is sore after rehab. Is that a problem?Not necessarily.Soreness after exercise is common, particularly when...
10/20/2026

Your athlete is sore after rehab. Is that a problem?

Not necessarily.

Soreness after exercise is common, particularly when introducing new exercises, increasing training volume, or exposing tissues to unfamiliar loads.

But not all post-exercise soreness tells us the same thing.

Here are 3 things I want to know:

🔹 1. Where are the symptoms?

Diffuse soreness throughout a muscle belly may suggest exercise-related muscle soreness.

More localized discomfort around a tendon may warrant closer examination of tendon loading tolerance.

Location alone doesn’t establish the diagnosis, but it helps guide our assessment.

🔹 2. When do symptoms appear?

Delayed-onset muscle soreness (DOMS) commonly develops hours after unfamiliar exercise and may peak around 24–72 hours.

Tendon-related symptoms may occur during activity, afterward, or with loading the following morning.

🔹 3. How does function respond?

Is the athlete moving normally despite mild soreness?

Or are symptoms accompanied by increased stiffness, reduced loading tolerance, altered movement, or declining performance?

Clinical application:

Consider an athlete completing a progressive calf-strengthening program.

They report soreness the following morning.

Rather than automatically reducing the load, ask:

→ Is the soreness diffuse or localized?
→ Is morning stiffness different from baseline?
→ Has single-leg calf raise tolerance changed?
→ Are symptoms settling as expected?

Those answers help determine whether to maintain, progress, or temporarily modify the loading program.

💡 Clinical pearl: Soreness is information, not automatically a sign of tissue damage or failed progression.

Don’t make loading decisions based on pain intensity alone. Consider symptom behavior, function, and recovery over time.

PhysicalTherapy Rehab DPT

Your split squat isn’t challenging the quad enough? Change the setup.The rear-foot-elevated split squat (RFESS) is a ver...
10/19/2026

Your split squat isn’t challenging the quad enough? Change the setup.

The rear-foot-elevated split squat (RFESS) is a versatile exercise in lower-extremity rehabilitation.

But small changes in technique can significantly alter the demands placed on the working limb.

3 variables worth manipulating:

🔹 1. Knee travel
Allowing greater forward knee translation can increase the knee extensor demands of the exercise.

🔹 2. Trunk position
A more upright trunk generally shifts the emphasis toward the knee extensors, while greater forward trunk inclination can increase hip extensor demands.

🔹 3. Range of motion
Increasing depth can challenge the quadriceps through a greater range of knee flexion, provided the athlete has the mobility, strength, and tolerance to control it.

Clinical application:

Consider an athlete progressing through ACL rehabilitation who demonstrates good control during traditional split squats but still needs greater quadriceps loading.

Before simply adding more weight, try:

→ Adjusting stance length to allow greater knee travel
→ Encouraging a more upright trunk
→ Progressively increasing depth
→ Adding external resistance as tolerated

These adjustments can change the mechanical demands without requiring an entirely new exercise.

💡 Clinical pearl: Exercise selection matters, but exercise ex*****on determines much of the stimulus.

Don’t just prescribe the exercise. Prescribe how you want it performed.

SportsRehab PhysicalTherapy DPT

Your athlete performs perfectly in the clinic. What happens when the environment changes?A controlled rehabilitation env...
10/17/2026

Your athlete performs perfectly in the clinic. What happens when the environment changes?

A controlled rehabilitation environment allows us to build strength, refine movement skills, and progressively increase physical demands.

But sport rarely happens under perfectly controlled conditions.

Athletes must constantly adapt to changing environments, opponents, speeds, and task demands.

So how do we bridge that gap?

🔹 Change the environment: Progress from predictable movements in open space to tasks involving obstacles, opponents, or spatial constraints.

🔹 Manipulate task demands: Change the direction, distance, speed, or target of a movement rather than repeating the exact same drill.

🔹 Introduce decision-making: Instead of telling an athlete exactly where to move, provide a visual cue that requires them to select an appropriate response.

🔹 Challenge adaptability: Observe whether the athlete can maintain task performance when the movement demands change.

Clinical application:

Consider an athlete returning to basketball after ACL reconstruction.

They may perform a lateral shuffle drill consistently when the direction and distance are predetermined.

Now introduce a partner who moves unpredictably.

Can the athlete recognize the cue, select a direction, and execute the movement effectively?

The physical task may look similar, but the perceptual and decision-making demands have changed.

💡 Clinical pearl: Repetition helps develop a skill. Variability helps us assess and train whether that skill can adapt to changing demands.

Don’t just prepare athletes to execute a movement. Prepare them to solve movement problems.

ReturnToSport PhysicalTherapy DPT

Can your athlete accelerate…but can they STOP? 🛑We spend plenty of time developing strength, power, and acceleration dur...
10/16/2026

Can your athlete accelerate…but can they STOP? 🛑

We spend plenty of time developing strength, power, and acceleration during sports rehabilitation.

But what about the ability to decelerate?

In field and court sports, athletes must repeatedly reduce momentum before stopping, cutting, or changing direction.

3 ways to progress deceleration training:

🔹 1. Planned stops
Start with controlled accelerations into a predetermined stopping zone. Manipulate approach speed and stopping distance.

🔹 2. Higher braking demands
Progress by increasing entry velocity or reducing the available stopping distance. Both can increase the demands of deceleration.

🔹 3. Reactive deceleration
Introduce visual or verbal cues requiring the athlete to respond and stop unexpectedly.

Clinical application:

An athlete returning from ACL reconstruction may demonstrate excellent quadriceps strength and jumping ability but still need exposure to high-speed braking and reactive movement demands.

Begin with predictable tasks and progress toward the speed, intensity, and unpredictability of their sport.

💡 Clinical pearl: Deceleration is a trainable skill, not simply something that happens before changing direction.

Don’t just prepare your athletes to move fast. Prepare them to control that speed.

ExercisePrescription PhysicalTherapy ReturnToSport DPT

Your quad strength measurement might depend on where you test it.When assessing quadriceps strength after ACL reconstruc...
10/15/2026

Your quad strength measurement might depend on where you test it.

When assessing quadriceps strength after ACL reconstruction, knee position matters.

A patient may demonstrate different force outputs depending on the knee angle used during testing.

Why?

🔹 Length-tension relationship: Quadriceps force-producing capacity changes with muscle length and joint position.

🔹 Mechanical advantage: The knee extensor moment arm changes throughout the range of motion.

🔹 Pain and inhibition: Certain positions may influence discomfort, apprehension, or the patient’s ability to generate maximal effort.

Clinical application:

Imagine testing an athlete’s quadriceps with a handheld dynamometer at 60° of knee flexion.

At reassessment, you test at 90°.

If their numbers change, did their strength actually improve—or did you change the testing conditions?

3 practical takeaways:

1️⃣ Standardize knee angle and dynamometer placement.

2️⃣ Use consistent stabilization and testing instructions.

3️⃣ When comparing sessions, document the setup—not just the peak force.

💡 Clinical pearl: A strength measurement is only as useful as your ability to reproduce it.

Standardize your testing before interpreting changes in performance.

ClinicalReasoning PhysicalTherapy DPT

Pain-free walking ≠ ready to run.One of the most common questions in lower-extremity rehabilitation is:“When can I start...
10/14/2026

Pain-free walking ≠ ready to run.

One of the most common questions in lower-extremity rehabilitation is:

“When can I start running again?”

Pain is important, but the absence of pain during walking doesn’t necessarily mean an athlete is prepared for the repetitive loading demands of running.

Before initiating a return-to-run progression, consider:

🔹 Strength capacity: Does the athlete have sufficient lower-extremity strength for the demands ahead?

🔹 Single-leg loading: Can they tolerate repeated unilateral loading through tasks such as calf raises, step-downs, and hopping?

🔹 Impact tolerance: How do symptoms respond to progressively higher-impact activities?

🔹 Movement tolerance: Can they perform the required tasks consistently without meaningful deterioration in performance?

🔹 24-hour response: How does the athlete respond later that day and the following morning?

Clinical application:

An athlete may tolerate 20 single-leg calf raises without pain but develop Achilles stiffness the following morning after a short jog.

That response provides useful information about their current loading tolerance and may indicate the need to adjust the running progression.

💡 Clinical pearl: Return-to-running decisions should consider both what an athlete can do during a session and how they respond afterward.

Don’t just ask, “Can they run?” Ask, “Can they tolerate running and recover from it?”

ClinicalReasoning DPT

Address

980 Dexter Way
Ripon, CA
95366

Opening Hours

Monday 6am - 8pm
Tuesday 6am - 8pm
Wednesday 6am - 8pm
Thursday 6am - 8pm
Friday 6am - 8pm
Saturday 6am - 8pm
Sunday 12pm - 5pm

Telephone

+12095730721

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