Understanding why this injury keeps recurring is the first step toward breaking the pattern for good.

What Is the IT Band and Why Does It Hurt?

The iliotibial band (IT band) is a thick strip of connective tissue that runs along the outside of your thigh, from your hip down to just below your knee. It is not a muscle you can directly stretch or strengthen. It is a tendon-like structure that transfers force between muscles above and below it.

When runners experience IT band syndrome (ITBS), the pain typically appears on the outer knee, usually after a consistent distance into a run. Going downhill often makes it worse. In severe cases, even walking becomes uncomfortable.

The problem is that most runners treat the IT band itself. They foam roll it relentlessly. They stretch the side of their leg. They rest until the pain goes away. None of these approaches target the actual cause, which is why the injury keeps returning.

Why Does IT Band Syndrome Keep Coming Back?

The short answer is that IT band pain is almost always caused by weakness and poor movement control higher up or lower down in the chain, particularly in the hips and glutes, or foot and ankle.

A landmark study published in the Clinical Journal of Sport Medicine found that distance runners with IT band syndrome had significantly weaker hip abductors (the muscles that control how your leg moves outward and stabilize your pelvis) compared to healthy runners. (Fredericson et al., 2000, Clin J Sport Med.View on PubMed)

When those muscles cannot do their job, your pelvis drops on the opposite side with every stride. Your thigh rotates inward slightly. Your knee tracks off its ideal path. That small movement error, repeated thousands of times per run, creates excessive friction and compression where the IT band crosses the outside of the knee.

Foam rolling relieves some local tightness temporarily, but it never addresses the hip weakness or the movement pattern driving the problem. That is why the pain comes back.

A biomechanical research study published in Clinical Biomechanics confirmed this connection, finding that runners with ITBS demonstrated notable differences in hip adduction mechanics during running compared to runners without pain. (Noehren et al., 2007, Clin Biomech.View on PubMed)

What Does Physical Therapy Do Differently?

At Victory Performance and Physical Therapy, we do not just treat where it hurts. We assess why it hurts. For IT band syndrome, that means a thorough look at:

• Hip abductor and external rotator strength. How well can your hip stabilize your pelvis while you are on one leg?

• Glute activation. Are your glutes firing effectively when they need to, or are smaller muscles compensating?

• Running mechanics. Are you overstriding, crossing your midline, or showing signs of hip drop with each step?

• Training load. Did the injury coincide with a spike in mileage, new terrain like hills, or a change in footwear?

Once we understand the pattern, we build a plan around it.

Step 1: Calm the Irritation

In the acute phase, treatment focuses on reducing the load on the IT band while keeping you moving as much as possible. This often includes manual therapy, soft tissue work around the hip and lateral thigh, and temporary modifications to your training volume or intensity.

We try to keep runners running whenever possible. Complete rest often delays recovery without improving the underlying cause.

Step 2: Rebuild Hip and Glute Strength

The core of IT band recovery is targeted hip strengthening. A study published in the Journal of Orthopaedic and Sports Physical Therapy demonstrated that a hip-strengthening program significantly improved running mechanics and reduced lower extremity loading in runners. (Willy and Davis, 2011, JOSPT.View on PubMed)

This is not about doing generic side-lying clamshells forever. The exercises progress from basic activation work to single-leg loading and eventually to sport-specific movement patterns that replicate running demands.

Step 3: Correct Running Mechanics

Once your strength foundation improves, we look at how you actually run. Small adjustments to cadence (your step rate), foot strike, and trunk position can significantly reduce IT band stress. These changes are introduced gradually and practiced with intention so they become automatic over time.

What About Foam Rolling and Stretching?

Foam rolling the IT band can provide temporary relief. It should not be your primary treatment strategy.

Because the IT band is connective tissue rather than muscle, it does not respond to stretching the way a muscle does. You cannot elongate it meaningfully. What foam rolling does is stimulate blood flow and reduce localized sensitivity, which can feel helpful in the short term.

Think of it like loosening a tight rope by massaging the middle of it. The tension is still coming from both ends. Until you address the hip weakness and movement patterns creating the tension, the band will stay irritated.

We teach patients to use foam rolling as a warm-up tool or for temporary symptom management, not as the solution.

Local Running in Culver City and IT Band Risk

Certain training environments can increase IT band irritation, and Culver City runners have a few to be aware of.

Hills. The Baldwin Hills Scenic Overlook stairs and the climb into Kenneth Hahn State Recreation Area are popular training spots, but downhill sections are particularly hard on the IT band. The knee flexion angle during downhill running places more compression on the lateral knee. If you are returning from an IT band flare, save the hills until your hip strength is solid.

Cambered roads. Running on roads with a lateral tilt (common on many Culver City streets) means one leg is constantly running slightly lower than the other. Over many miles, that asymmetry accumulates. Rotating your running direction, or choosing flatter paths like the Ballona Creek bike path, can help during recovery.

Rapid mileage increases. Many runners we see were training for the LA Marathon and significantly increased their weekly distance in a short window. The tissue adapts more slowly than your aerobic fitness improves, and the IT band is often the first to show that stress.

A Culver City Runner's Experience

Jessica O. came to Victory after her left knee pain had forced her to cut her weekly mileage significantly. She had been running 35 miles a week and wanted to build from there.

"Within just a few sessions my knee stopped hurting entirely and I was able to get my mileage back up to now 50 miles this week. I have been running for 5 weeks now without any pain."

She left with better hip strength, improved movement patterns, and a sustainable training plan. That is the outcome we work toward with every runner we see.

Dealing with lateral knee pain that keeps coming back? Our Doctors of Physical Therapy in Culver City can assess your hip strength and movement patterns and build a plan around the root cause.

Call today: 424-543-4336

How Long Does It Take to Recover From IT Band Syndrome?

Recovery timelines vary depending on how long the issue has been present, how significant the strength deficits are, and whether training load is managed appropriately during rehab.

Mild cases with early intervention often respond in four to six weeks. Runners who have dealt with recurring ITBS for months may take longer because compensatory movement patterns need to be retrained alongside strength deficits.

The good news is that most runners do not need to stop running entirely. With the right guidance on load management, most can continue training at a modified level throughout the recovery process.

People Also Ask About IT Band Syndrome

Can I keep running with IT band syndrome?

In many cases, yes. A physical therapist can help you identify a training volume and intensity that allows the tissue to settle while you continue building strength. Running through severe pain is not recommended, but complete rest is rarely required.

Is stretching bad for IT band syndrome?

Stretching the IT band directly has limited value because it is not a muscle. Stretching the hip flexors, glutes, and surrounding muscles can be helpful as part of a broader treatment plan, but stretching alone will not resolve the problem.

Does IT band syndrome go away on its own?

It can improve with rest, but without addressing the underlying strength and mechanics issues, it typically returns once training resumes. Lasting recovery almost always requires targeted strengthening work.

Should I use a knee brace for IT band syndrome?

Bracing is sometimes used as a short-term symptom management tool, but it does not address the root cause. Your physical therapist can advise whether temporary bracing is appropriate for your situation.

Ready to Run Without Lateral Knee Pain

IT band syndrome does not have to be a permanent part of your running life. With the right evaluation and a targeted approach to hip strength and movement patterns, most runners can get back to full training and stay there.

If you are in Culver City or the greater Los Angeles area and dealing with recurring IT band pain, reach out to the team at Victory Performance and Physical Therapy. We work with runners at every level, from first-time 5K participants to experienced marathoners, and we focus on understanding your body and your goals before building a plan.

Book your evaluation today.

📅Book Your Appointment

📞 Call: 424-543-4336

At Victory Performance and Physical Therapy in Culver City, we see medial epicondylitis, what most people call golfer's elbow, in athletes and active adults who have been managing this pain far longer than they should have. The injury tends to linger because it is frequently underestimated, often mistaken for something else, and treated in ways that address the symptoms without touching the underlying tissue problem.

This post covers what is actually happening, who gets it beyond the golf course, and how we approach it at Victory with physical therapy and shockwave therapy when appropriate.

✅ Key Takeaways

• Golfer's elbow affects the inside of the elbow and is far more common in climbers, CrossFitters, and desk workers than in golfers

• It is frequently confused with tennis elbow, which affects the outside of the elbow, and the two require different treatment approaches

• Like tennis elbow, the chronic form involves tendon degeneration that does not resolve with rest alone

• At Victory PT, our Doctors of Physical Therapy use a thorough assessment, targeted loading, and shockwave therapy to address the root cause

• No referral needed under California's Direct Access law

What Is Golfer's Elbow?

Medial epicondylitis is the clinical name. It involves the flexor and pronator tendons of the forearm where they attach to the medial epicondyle, the bony bump on the inside of your elbow. These tendons control wrist flexion and forearm rotation, movements that show up constantly in gripping, pulling, and throwing activities.

When those tendons are repeatedly loaded without adequate recovery, the same process that drives tennis elbow begins on the medial side. Micro-tears accumulate. The tissue shifts from acute inflammation to a chronic degenerative state, losing its normal organized structure and becoming painful under load.

The result is an injury that calms down with rest, seems manageable for a while, and then flares the moment training volume climbs back up.

How Is Golfer's Elbow Different From Tennis Elbow?

This is one of the most common questions we field at Victory, and it is worth a clear answer because the two conditions are easy to confuse.

Tennis elbow (lateral epicondylitis) affects the outside of the elbow. The extensor tendons are involved and pain is typically provoked by gripping, wrist extension, and activities like pulling, typing, or swinging a racket.

Golfer's elbow (medial epicondylitis) affects the inside of the elbow. The flexor and pronator tendons are involved and pain is typically provoked by wrist flexion, forearm rotation, and activities involving pulling, gripping, or throwing.

The two conditions share the same underlying tissue mechanism — tendon degeneration at an attachment site — but they involve different tendons, different sides of the elbow, and different movement patterns. Treatment for one is not interchangeable with treatment for the other. This is one of the reasons a proper assessment matters before starting a rehabilitation program.

A simple way to identify which you might have: if the pain is on the outside of your elbow and worsens when you extend your wrist against resistance, it is more likely tennis elbow. If the pain is on the inside and worsens when you flex your wrist or rotate your forearm, golfer's elbow is a more likely candidate. A Doctor of Physical Therapy can confirm this through clinical testing.

Who Actually Gets Golfer's Elbow

The name creates a misleading impression. The majority of patients we see with medial epicondylitis at Victory have never set foot on a golf course. The condition is common across a wide range of active adults in Culver City and the surrounding LA area:

• Rock climbers putting sustained load through their finger flexors and forearm in grip-intensive movement

• CrossFit athletes doing high volumes of deadlifts, rows, kipping pull-ups, and barbell work

• Baseball and softball players whose throwing mechanics create significant medial elbow stress

• Golfers, particularly through poor swing mechanics that overload the lead wrist and forearm at impact

• Office workers and remote professionals with repetitive keyboard and mouse use

• Weightlifters performing heavy rows, curls, and pulling movements with compromised forearm mechanics

• Gym-goers who have recently increased volume on pulling exercises without a proportional increase in recovery

There is also a meaningful overlap between golfer's elbow and other medial elbow conditions, including ulnar nerve irritation. One of the reasons chronic medial elbow pain can be so stubborn is that when the diagnosis is not precise, the treatment tends to miss. Our DPTs at Victory are experienced in distinguishing between these presentations and building programs around what is actually going on.

Why Does It Take So Long to Resolve?

This is the question behind most of the frustration patients bring to us. The short answer is that the medial elbow is involved in a staggering number of daily movements, and achieving the kind of relative rest that allows early healing is genuinely difficult.

Every time you grip something, open a door, carry a bag, type at a keyboard, or perform any pulling movement in the gym, the flexor and pronator tendons are working. The cumulative load through these tendons over a day of normal activity is high, which makes it difficult for early-stage treatment to gain traction.

Layered on top of this is the same tissue biology that drives tennis elbow. Once medial epicondylitis has moved into a chronic, degenerative state, the tendon tissue is not going to recover through passive rest. The collagen structure has broken down. What the tissue needs is not less load but the right kind of load, applied progressively in a way that stimulates remodeling.

This is why the rest-and-return cycle repeats so reliably. The pain settles, activity resumes, and the degenerated tendon gets loaded again before it has structurally improved.

How We Treat Golfer's Elbow at Victory Performance PT

Our approach starts with precision. Getting the diagnosis right and understanding the individual factors driving the injury is what allows treatment to work rather than simply manage.

The Assessment

At Victory, our Doctors of Physical Therapy evaluate every medial elbow presentation thoroughly before any treatment begins. For golfer's elbow, that means looking at:

• Reproducing and localizing the pain precisely to confirm medial epicondylitis vs. other medial elbow pathology

• Assessing wrist flexor and pronator strength and flexibility

• Evaluating shoulder and scapular mechanics that may be contributing to forearm overload

• Reviewing the activities and training patterns that provoked the injury

• Identifying any neural component, such as ulnar nerve involvement, that requires a modified approach

This is the root cause process that defines how we work. Two patients with the same diagnosis can have completely different contributing factors, and the program we build for each one reflects that.

The Loading Program

Progressive loading is the foundation of tendinopathy rehabilitation at Victory. For medial epicondylitis, this means a structured eccentric and isometric program targeting the wrist flexors and pronators, designed to apply the right mechanical stimulus at the right progression for your tendon.

The specifics matter. Load level, tempo, range of motion, and progression timing all affect outcomes. Getting them wrong can prolong recovery. Our DPTs monitor your response throughout and adjust as the tendon remodels.

We also address any contributing factors identified in the assessment. If shoulder mechanics are offloading grip stress onto the forearm, we address that. If training technique is part of the picture, we work through it together. The tendon loading program is the core, and the surrounding work is what prevents recurrence.

Peter K. came to Victory after five years of working through a complex injury history and trying multiple practitioners.

"His knowledge, expediency and accuracy with which he diagnosed my current issues is a testament to his experience as a healer and coach. Both Santo and his team built a progressive program that kept me challenged and on the path to painlessness. The only thing Victory PT can't do for you is the work itself."

That combination of precise diagnosis and a well-structured progressive plan is what we bring to every presentation, including the ones that have already confused other providers.

Where Shockwave Therapy Fits In

For patients with chronic golfer's elbow that has not responded adequately to loading and manual therapy, shockwave therapy gives us a direct way to target the degenerated tissue at the medial epicondyle.

Extracorporeal shockwave therapy (ESWT) delivers focused acoustic pulses to the tendon attachment site. The energy triggers mechanotransduction, a biological process where the mechanical signal stimulates cellular repair, promotes collagen remodeling, and encourages blood vessel formation in chronically degenerated tissue. The goal is to restart a healing process that has stalled.

A meta-analysis published in BMC Sports Science, Medicine and Rehabilitation analyzing 45 clinical studies across multiple tendinopathies found statistically significant pain reductions from shockwave therapy. (Majidi et al., 2024) A 2024 systematic review and meta-analysis covering upper limb tendinopathies including epicondylitis found support for ESWT as an evidence-based intervention in this population. (Xiong et al., 2024, Frontiers in Medicine)

It is worth being straightforward here. The research base for medial epicondylitis specifically is smaller than for lateral epicondylitis, where the evidence is more extensive. What is well established is the underlying tissue mechanism — tendinopathy at an attachment site — and ESWT has strong support for that mechanism across tendinopathies broadly. At Victory, when we recommend shockwave for golfer's elbow, it is as part of a comprehensive DPT-supervised plan, not as a standalone treatment, because the combination of loading and ESWT consistently produces better results than either approach alone.

We typically consider shockwave therapy when:

• Symptoms have persisted beyond 8 weeks of appropriate conservative care

• Activity modification and loading alone have not produced adequate improvement

• The patient has a specific performance goal or timeline that makes accelerating recovery a priority

• The clinical presentation is consistent with chronic tendon degeneration rather than acute inflammation

Dealing with inner elbow pain that has been hanging around for weeks or months? Our Doctors of Physical Therapy at Victory Performance and Physical Therapy in Culver City can assess exactly what is going on and build a plan that addresses it properly.

📞 Call or text: 424-543-4336 📅 Book online at victoryperformancept.com

No referral required. California's Direct Access law means you can come straight to us.

What Shockwave Sessions Look Like at Victory

Sessions are straightforward and typically run 10 to 15 minutes. Your DPT locates the site of greatest tenderness at the medial epicondyle and delivers the acoustic pulses to that area. Most patients describe the sensation as a firm tapping or pulsing that can be moderately uncomfortable over the most sensitive point but is manageable throughout.

A temporary increase in soreness in the 24 to 48 hours after each session is a normal part of the tissue response. It typically settles within a day or two. Most patients complete 5 to 10 sessions spaced approximately one week apart as part of their broader rehabilitation plan. Your DPT reassesses throughout and adjusts the overall program based on how your tendon responds.

Common Questions About Golfer's Elbow

Can I keep training while I treat golfer's elbow?

In most cases yes, with thoughtful modification. Our DPTs at Victory will identify which activities are aggravating the medial tendon and help you adjust load, volume, or technique to stay active while recovery progresses. Pulling movements, gripping intensity, and barbell load are common areas we address during this phase.

How long does golfer's elbow take to fully resolve?

Presentations caught early and treated appropriately often improve within 8 to 12 weeks. Chronic cases, particularly those involving a long history of pushing through pain or repeated cycles of rest and return, typically require 12 to 20 weeks of consistent work to resolve durably. Shockwave therapy can shorten this timeline for appropriate presentations. And if you want to fix the root cause (strength, mobility, how you move), lasting results can take 6+ months.

Can golfer's elbow affect people who do not play golf?

Absolutely, and the majority of patients we treat with this condition are not golfers. Rock climbers, CrossFit athletes, desk workers, and anyone doing high volumes of pulling or gripping work are just as susceptible. The name is historical, not diagnostic.

Do I need a referral to come to Victory?

No. Under California's Direct Access law, you can come directly to Victory Performance and Physical Therapy without a physician referral. Book online or call us and we will schedule your evaluation.

Stop Working Around It and Start Treating It

Golfer's elbow tends to become a background problem that active adults adapt to rather than resolve. At Victory Performance and Physical Therapy in Culver City, our experience is that this injury responds very well when it is properly assessed and treated with the right combination of targeted loading, hands-on care, and shockwave therapy when the tissue needs it.

Becca Powell came to Victory after years of lower back pain that had kept her out of the gym. Her experience captures what thorough, individualized care at Victory looks like in practice.

"From the first phone call, I knew I'd found a PT that was knowledgeable, empathetic, and willing to work with me not just throw exercises at me. I have had low back pain for years that prevented me from all kinds of activities. I'm now back at the gym even doing RDLs."

The same approach applies to every injury we treat, including the inner elbow pain that has been limiting your training longer than it should have.

📅 Book your appointment at victoryperformancept.com/contact

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

This cycle is so common that runners start to believe their body simply cannot handle consistent training. The problem is almost never the body. It is the return-to-run process.

At Victory Performance and Physical Therapy in Culver City, the transition from injury back to full training is one of the most important phases of care we provide. Done correctly, it gets you back to the miles that matter without putting you right back on the injury list.

Why Do Runners Get Reinjured So Often?

The answer comes down to a mismatch between how the body feels and how the body is actually prepared.

Pain is a poor indicator of tissue readiness. When an injury is healing, symptoms often resolve before the tissue has fully regained its structural integrity, strength, and load tolerance. A runner feels good, increases training too quickly, and the tissue fails again because it never fully recovered.

Research on running injuries consistently shows that training load errors are among the most common contributors to overuse injury. A systematic review published in the International Journal of Sports Physical Therapy found that rapid increases in training volume and intensity were significant risk factors for running-related injuries, including recurrence of previous injuries. (Nielsen et al., 2012, Int J Sports Phys Ther.View on PubMed)

The tissue heals at a rate that does not always match how confident you feel. Bridging that gap is what a structured return-to-run program does.

What Needs to Be in Place Before You Return to Running?

Physical therapy is not just about eliminating pain. Before we clear a runner to increase their training, we are looking for specific markers that indicate the tissue and surrounding structures are ready for running load.

Pain-Free Daily Function

This means no pain walking up stairs, no discomfort after sitting for extended periods, and no limping or guarding during normal movement. If there is still pain with basic activity, running is premature.

Strength Benchmarks

Running places asymmetric demands on the body. Before returning to running after lower extremity injury, we want to see hip, glute, and calf strength within approximately ten percent of the uninjured side. We measure this with specific tests, not guesswork.

Single-leg balance, single-leg calf raises, and single-leg squat quality are among the most informative markers we use. If the injured leg is significantly weaker or less stable than the other, running will expose that deficit immediately.

No Increase in Symptoms With Impact

A simple walking program, then a walk-run progression, shows us whether the tissue responds to loading without an increase in symptoms. If a five-minute easy jog produces no pain during or in the 24 hours after, that is a meaningful green light. If symptoms increase even mildly, the tissue is telling us it needs more time.

Movement Pattern Quality

Compensation patterns that developed during the injury period need to be addressed before full training resumes. Runners often develop subtle asymmetries in stride length, hip drive, or landing mechanics while protecting a painful area. If those patterns are not corrected, they become the next injury.

What a Return-to-Run Protocol Actually Looks Like

There is no universal timeline because injuries, fitness levels, and training history all vary. But a well-structured protocol follows predictable phases regardless of the specific injury.

Phase 1: Walk-Run Progression

This begins with intervals that are weighted heavily toward walking and gradually shift toward running. A common starting point might be one minute of easy jogging alternating with two minutes of walking, for a total of twenty minutes. Frequency is typically three sessions per week with rest days between.

Progression happens only when the current level is completed without increased pain during, immediately after, or in the 24 hours following.

The pace during this phase does not matter. Effort level should be low. The goal is to reintroduce running load to the tissue, not to train fitness.

Phase 2: Continuous Easy Running

Once you can run for 20 to 30 minutes continuously without symptom increase, you have established a base to build from. This phase extends the duration and introduces a second run per week.

Volume increases follow the ten percent guideline as a general rule, though that guideline is a starting point, not an absolute. The actual rate of progression depends on how your body is responding.

Phase 3: Load Variation

Once continuous easy running is established, the program can introduce variation in terrain, pace, and distance. Longer long runs, modest fartlek work, and route variety are added incrementally. Strength training remains a consistent part of the plan throughout.

Phase 4: Return to Full Training

This means race-pace work, tempo runs, and full long run distances for your event. This phase is reached when easy running is fully established, strength markers are symmetrical, and there has been no symptom recurrence over the previous four to six weeks of progressive training.

Working through a running injury and wondering if you are ready to start building back? Our Doctors of Physical Therapy in Culver City can assess where you are and build a return-to-run plan that fits your goal race or training timeline.

Call today: 424-543-4336

The Role of Training Load in Preventing Reinjury

One of the most important concepts in return-to-run care is the relationship between acute and chronic training load.

Your acute load is roughly what you have done in the past week. Your chronic load is the average of what you have done over the past several weeks. Research by sports scientist Tim Gabbett, published in the British Journal of Sports Medicine, showed that athletes whose acute load significantly exceeded their chronic load were at substantially higher injury risk. The tissue simply was not prepared for the sudden increase in demand. (Gabbett, 2016, Br J Sports Med.View on PubMed)

This is why returning to running does not mean picking up where you left off before the injury. Even if you were doing 40 miles a week before, returning at 40 miles a week is a massive spike over the near-zero load of the recovery period. The base needs to be rebuilt.

Understanding this ratio, and being patient with it, is one of the most protective things a runner can do.

Strength Training Through the Return Phase

A return-to-run program that does not include strength work is incomplete. Running is a single-leg activity that demands significant hip, glute, and calf strength. If those structures are not trained, the return to running will continue to expose weaknesses that accumulate into injury.

A systematic review published in the British Journal of Sports Medicine found that runners who included strength training in their programs had a more than fifty percent reduction in overuse injuries compared to runners who only ran. (Lauersen et al., 2014, Br J Sports Med.View on PubMed)

The key is that strength work needs to be progressive and structured. Random gym exercises with no progression do not provide the same benefit as a targeted program that builds the specific capacities your running demands.

What Taylor Learned About Coming Back Smart

Taylor P. Miller injured his ankle two weeks before he was scheduled to run the LA Marathon. He needed a fast, structured return to running.

"I can honestly say I would not have been able to cross the finish line or even the starting line without Victory Performance. They worked with me not only in the studio, but they also gave me daily exercises that I could do at home to help get me back in the right shape."

And Will M., who came to Victory with a calf injury before the same race:

"CJ created a plan that not only addressed my pain but focused on long-term strength and mobility to improve my performance overall. I'm grateful to say I'll be making it to race day feeling strong."

Both athletes needed a return-to-run process that was carefully managed. Both made it to the start line.

Local Considerations for Culver City Runners

Culver City's terrain offers useful options for a phased return to running.

Flat surfaces first. The Ballona Creek bike path is an excellent early return-to-run environment. The surface is consistent, flat, and forgiving. It allows you to accumulate time on feet without the additional demand of hills.

Reserve the stairs. The Culver City Stairs and Baldwin Hills climbs should be among the last things reintroduced. Stair training is demanding on the knees, Achilles, and calves, and it belongs in the later phases of a return-to-run program.

Vary your surfaces gradually. Soft grass sections in Kenneth Hahn Park are a gentle way to introduce some surface variety as your tolerance improves. Hard asphalt and cement can be added back progressively once easy flat running is well established.

People Also Ask About Returning to Running After Injury

How long should I wait before running after a running injury?

There is no single answer because it depends on the injury, severity, and your baseline fitness. A physical therapist can give you specific guidance based on your situation. Pain-free walking, strength symmetry, and absence of symptoms with low-level impact are reliable early markers of readiness.

Can I cross-train while I am coming back from a running injury?

In most cases, yes. Cycling, swimming, and pool running are excellent ways to maintain cardiovascular fitness and some tissue loading while managing running volume. Your physical therapist can help you identify which cross-training options are appropriate for your specific injury.

Should I run through soreness when returning to training?

A small amount of muscle soreness that is gone within 24 hours is generally acceptable. Pain that increases during a run, peaks after a run, or persists into the next day is a signal to dial back. The rule of thumb is that a zero to two out of ten discomfort level that does not worsen is a reasonable threshold for continuing. Anything higher warrants a slower progression.

What if I have a race on the calendar and not much time?

This is exactly when working with a physical therapist matters most. We help you understand what is realistically achievable, manage load aggressively to prepare you as well as possible, and make smart decisions about race day based on where your body actually is.

Return to Running Is a Process, Not a Date

The goal of rehabilitation is not just getting you back to running. It is getting you back to running with the capacity to stay there. That requires patience with the process and clear-eyed assessment at every step.

If you are a runner in Culver City or the Los Angeles area working through an injury and wondering when and how to start building back, the team at Victory Performance and Physical Therapy can help you navigate that transition thoughtfully.

Book your evaluation today.

📅Book Your Appointment

📞 Call: 424-543-4336

At Victory Performance and Physical Therapy in Culver City, we see medial tibial stress syndrome regularly in runners, CrossFit athletes, and anyone who has recently pushed their lower body training harder than their tissue could absorb. The injury is common, the training disruption it causes is real, and the question about stress fractures is one our Doctors of Physical Therapy take seriously every single time. Getting the right answer to that question is where treatment begins.

Here is what shin splints actually are, how they differ from a stress fracture, why they keep recurring, and where shockwave therapy fits into recovery when physical therapy alone is not enough.

✅ Key Takeaways

• Shin splints, clinically known as medial tibial stress syndrome (MTSS), affect 13 to 17% of all running-related injuries and are among the most common training disruptions in active adults

• The difference between shin splints and a tibial stress fracture matters enormously for treatment, and ruling out a fracture is the essential first step before any intervention including shockwave therapy

• A systematic review of ESWT for MTSS found that shockwave therapy reduced pain and time to recovery with no reported adverse effects across included studies

• At Victory PT, our Doctors of Physical Therapy assess the whole picture before building a treatment plan, including load history, biomechanics, and whether imaging is needed

• No referral needed under California's Direct Access law

What Are Shin Splints?

Medial tibial stress syndrome (MTSS) is the clinical term for what most people call shin splints. It refers to pain along the posteromedial border of the tibia, the inner edge of the shin bone, that develops in response to repetitive loading. The pain typically spans a broader section of the tibia rather than concentrating in one precise point, and it tends to come on during activity and ease with rest.

What is actually happening in the tissue involves the periosteum, which is the thin layer of connective tissue that wraps around the bone, along with the muscles that attach to the tibial border. When training load exceeds the tissue's capacity to absorb and adapt, localized stress accumulates in this area. The bone and surrounding tissue begin to remodel under load, but when that remodeling cannot keep pace with the demands being placed on it, the result is inflammation, structural stress in the tibial cortex, and pain.

MTSS sits on a spectrum. At the milder end, it is a periosteal stress reaction. At the more serious end, without adequate management, it can progress toward a tibial stress fracture. This is the progression that every athlete with shin pain needs to understand, and the reason the first priority at Victory when someone comes in with lower leg pain is always to determine where on that spectrum they currently sit.

Is This a Stress Fracture or Shin Splints?

This is the question underneath most shin pain presentations, and it deserves a direct answer.

The two conditions can feel similar enough that distinguishing them is not always straightforward without clinical assessment and sometimes imaging. There are practical differences worth knowing:

Shin splints typically produce pain that is spread over a broader area of the medial tibial border, often several centimeters of the inner shin. The pain tends to warm up or reduce during a run and may feel more diffuse than sharp. It usually settles within a day or two of rest.

Tibial stress fracture tends to produce more focal, localized pain at one specific point along the tibia. Pain is often worse with weight-bearing and persists more consistently after activity. In some cases, there is point tenderness that can be reproduced by palpating a single spot on the bone.

At Victory, our DPTs use clinical testing including hop tests, tuning fork testing, and palpation patterns alongside a thorough history to determine whether imaging is warranted before any treatment begins. This matters not just for diagnosis but for safety. Shockwave therapy is contraindicated if a stress fracture is present. Applying acoustic energy to a fractured bone is not appropriate and could worsen the injury. This is a clinical gate we apply without exception.

If there is any clinical suspicion of a stress fracture, we will guide you toward appropriate imaging before any treatment protocol begins. Most presentations we assess are MTSS rather than fracture, but taking that differential seriously is non-negotiable.

Who Gets Shin Splints and Why

MTSS is not exclusive to high-mileage runners. At Victory, we see it in a range of active adults across Culver City and the surrounding LA area:

• Runners who have increased their weekly mileage too quickly, particularly those building toward a marathon or ramping up after time off

• New runners whose bones and soft tissue have not yet adapted to the demands of impact training

• CrossFit or Hyrox athletes who have introduced box jumps, double-unders, or running into a previously gym-based program

• Military-style fitness participants and boot camp athletes doing high volumes of running and plyometric work

• Athletes returning from time away who resume at their previous training load without a gradual rebuild

• Recreational athletes who train on hard surfaces like asphalt without adequate footwear or lower limb preparation

Research shows that prevalence of MTSS in active individuals ranges from 4 to 35%, with the highest rates in military populations and runners who have recently increased training intensity. The common factor across all groups is a mismatch between training load and the tissue's current capacity.

Several other factors can increase susceptibility, including hip abductor weakness that affects lower limb alignment during impact, limited ankle range of motion, and running mechanics that place excess stress on the medial tibial border. These contributing factors are exactly what our DPTs at Victory assess as part of a comprehensive evaluation.

Why Does It Keep Coming Back?

The pattern with shin splints is remarkably consistent. Pain develops, training is reduced, it settles, training resumes at a similar load, and the pain returns within a few weeks. This cycle can repeat through multiple training seasons if the underlying contributors are never addressed.

Rest reduces the provocative load, which is why symptoms ease. But rest alone does not strengthen the tissue. It does not improve hip mechanics, correct running gait, or build the bone density needed to tolerate higher training volumes. When activity resumes, the same tissue is faced with the same demands, and the stress accumulates again.

Breaking this cycle requires a different approach. The tissue needs progressive load to adapt and strengthen, the contributing factors need to be identified and addressed, and training needs to be managed in a way that allows the bone to remodel without being overwhelmed.

This is the approach our team takes at Victory, and it is the foundation on which shockwave therapy adds value when the situation calls for it.

How We Treat Shin Splints at Victory Performance PT

The Assessment

Before any treatment begins at Victory, your Doctor of Physical Therapy conducts a thorough evaluation that includes:

• Ruling out tibial stress fracture through clinical testing and history, with imaging referral when clinically indicated

• Identifying the location, extent, and severity of the tibial stress reaction

• Assessing hip and glute strength, particularly hip abductor function, and how it influences lower limb alignment

• Evaluating ankle and calf mobility and how they affect load distribution during impact

• Reviewing your training history, recent load increases, and surface and footwear factors

• Assessing running mechanics where relevant

This picture tells us not just what to treat, but why the injury developed, which is what determines whether it resolves and stays resolved.

Load Management and Progressive Bone Loading

The cornerstone of MTSS management is intelligent load management. This does not mean stopping all activity. It means identifying the load threshold your tibia can currently tolerate and building systematically from there.

At Victory, our DPTs work with you to restructure your training in a way that keeps you as active as possible while giving the bone the controlled stimulus it needs to adapt. Complete rest is rarely the right answer for shin splints, and it is not typically our first recommendation.

Alongside load management, we address the contributing factors identified in your assessment. Hip and glute strengthening to improve lower limb mechanics, calf and ankle work to optimize load distribution, and running gait modifications where needed are all part of the program.

Will Murphy came to Victory with a calf and lower limb issue while training for a marathon, unsure whether he would make the start line.

"CJ created a plan that not only addressed my pain but focused on long-term strength and mobility to improve my performance overall. His understanding of endurance athletes is top-tier, and he always took time to explain the purpose behind each exercise and adjustment."

Will made it to race day. Building that kind of outcome requires more than just treating the painful area. It requires understanding the athlete and building a plan around what they are trying to get back to.

Where Shockwave Therapy Fits In for Shin Splints

For athletes with persistent MTSS that has not responded adequately to load management and rehabilitation alone, shockwave therapy offers a targeted intervention with growing clinical support.

Extracorporeal shockwave therapy (ESWT) delivers focused acoustic pulses along the medial tibial border. In addition to the mechanotransduction effects we see in tendon conditions, shockwave therapy for MTSS is thought to act on the periosteum and tibial cortex directly. Research suggests that acoustic energy stimulates osteoblast activity, the cells responsible for building new bone, promoting bone remodeling in tissue that has been caught in a cycle of stress and incomplete repair. It also targets the periosteal and soft tissue component of the injury.

A systematic review of ESWT specifically for MTSS found that shockwave therapy reduced pain and shortened time to recovery across included studies, with no adverse effects reported in any study. (As reviewed in: The diagnosis and management of medial tibial stress syndrome: an evidence update) A broader systematic review in the British Journal of Sports Medicine examining ESWT across common lower limb conditions found positive results for patient-rated pain reduction in MTSS among other conditions. (Korakakis et al., 2021, British Journal of Sports Medicine) The first systematic review in the British Journal of Sports Medicine focused specifically on athletes and physically active individuals also identified MTSS as a condition where ESWT may be considered. (Rhim, Tenforde et al., 2023)

Being straightforward about where the evidence stands for MTSS: the evidence base is smaller and less developed than for plantar fasciitis or Achilles tendinopathy, where shockwave therapy has been studied more extensively. The studies available are promising and consistently report benefit, but the number of high-quality randomized controlled trials is more limited. At Victory, when we recommend shockwave therapy for shin splints, it is as part of a comprehensive assessment-led plan, not as a quick fix or a replacement for addressing the load and mechanics factors that drove the injury.

We consider shockwave therapy for MTSS when:

• A stress fracture has been confidently ruled out through clinical assessment and imaging if indicated

• Symptoms have persisted beyond 6 to 8 weeks of appropriate load management and rehabilitation

• The injury has become chronic and is interrupting repeated training cycles

• There is a specific event or training deadline that makes accelerating recovery a meaningful priority

If you are dealing with shin pain that keeps interrupting your training no matter how much you rest it, our Doctors of Physical Therapy at Victory Performance and Physical Therapy in Culver City can assess what is actually going on and build a plan that addresses it properly.

📞 Call or text: 424-543-4336 📅Book online at victoryperformancept.com

No referral required. California's Direct Access law means you can come straight to us.

What Shockwave Sessions Look Like at Victory for Shin Splints

Sessions for MTSS differ slightly from tendon-focused shockwave in that the acoustic pulses are delivered along the length of the affected tibial border rather than concentrated at a single attachment point. Your DPT identifies the zone of maximum tenderness through palpation and covers that area systematically during the session.

Sessions typically run 10 to 15 minutes. The sensation is a firm pulsing along the inner shin that most patients describe as moderately uncomfortable over the most reactive areas. Temporary soreness in the 24 to 48 hours following a session is a normal response and typically settles quickly. Most protocols involve 3 to 5 sessions spaced approximately one week apart alongside your ongoing rehabilitation program.

Running volume is typically reduced during the treatment period, particularly high-impact and speed work, to allow the bone to respond to treatment without being continuously overloaded. Your DPT will advise on exactly what modified training looks like for your specific situation.

Common Questions About Shin Splints

How do I know if I have shin splints or a stress fracture?

Shin splints typically produce a broader, more diffuse ache along the inner shin that comes on with activity and settles with rest. A stress fracture tends to cause more focal, point-specific pain that persists more consistently and often hurts with everyday weight-bearing. That said, distinguishing the two reliably requires a clinical assessment. Our DPTs at Victory assess this at every lower leg pain presentation and will recommend imaging when there is any uncertainty.

Can I keep running while treating shin splints?

In most cases, modified activity is possible and preferable to complete rest. Your DPT will work with you to identify a training load your tibia can currently tolerate and structure your program around that. High-impact work and speed training are typically reduced, but staying active and building progressively is part of the plan.

How long does it take for shin splints to resolve?

Acute presentations managed early often improve within 4 to 8 weeks of appropriate load management and rehabilitation. Chronic cases with a long history of recurring symptoms typically require 10 to 16 weeks of consistent work, including addressing the contributing mechanical factors. Shockwave therapy, when appropriate, can support recovery in persistent presentations.

Is shockwave therapy safe for shin splints?

Yes, when a stress fracture has been properly ruled out. This is the critical safety gate that must be applied before ESWT for any lower leg bone stress presentation. Our DPTs at Victory assess this thoroughly before recommending shockwave for any shin pain presentation.

Do I need a referral?

No. California's Direct Access law means you can come directly to Victory Performance and Physical Therapy without a physician referral. Call us, book online, and we will get you in for a proper assessment.

Stop the Recurring Cycle With Victory PT

Shin splints have a way of becoming a background fixture in a runner's life rather than something that gets properly resolved. At Victory Performance and Physical Therapy in Culver City, our approach is to assess thoroughly, address the full picture including load, mechanics, and tissue health, and use shockwave therapy as part of that plan when the evidence and your clinical presentation support it.

Taylor P. Miller came to Victory after an ankle injury with only two weeks until the LA Marathon.

"I would not have been able to cross the finish line or even the starting line without Victory Performance. They worked with me not only in the studio, but they also gave me daily exercises that I could do at home to help get me back in the right shape."

The goal at Victory is always to get you back to what you love doing, with the tools to keep you there.

📅Book your appointment at victoryperformancept.com/contact

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

This is one of the most common stories we hear at Victory Performance and Physical Therapy in Culver City. Tennis elbow has a reputation as something you just manage around, and for a lot of people it becomes exactly that, a recurring problem they have learned to work with rather than resolve. The reason it keeps coming back is not bad luck. It is biology. And once you understand what is actually happening in the tendon, the path forward becomes a lot clearer.

✅ Key Takeaways

• Tennis elbow keeps returning because most treatments address pain without fixing the underlying tendon degeneration

• The problem is structural, not just inflammatory, which is why rest and cortisone often provide only temporary relief

• A 2024 meta-analysis found shockwave therapy outperforms cortisone injection for pain and grip strength at 3 months and beyond

• At Victory PT, our Doctors of Physical Therapy combine a comprehensive assessment, targeted tendon loading, and shockwave therapy to break the cycle for good

• No referral needed under California's Direct Access law

Why Does Tennis Elbow Keep Coming Back?

This is the question worth answering first, because it explains why so many common treatments fall short.

Lateral epicondylitis is the clinical name for tennis elbow. It involves the extensor tendons of the forearm, specifically where the extensor carpi radialis brevis (the primary wrist extensor and gripping muscle) attaches to the bony prominence on the outside of the elbow. When that attachment site is repeatedly loaded without adequate recovery, micro-tears develop in the tendon tissue.

In the early stages, there is genuine inflammation, and anti-inflammatory approaches like ice or cortisone can genuinely help. But over time, in chronic cases, the tissue goes through a degenerative process and chronic inflammation - tendon degeneration and pain from structural breakdown of the collagen fibers themselves. The tendon becomes disorganized, thickened, and loses its normal mechanical properties.

Here is the critical part. Degenerated tendon tissue does not recover with rest. The pain decreases when load is removed, which feels like progress. But the structural quality of the tendon has not actually improved. The moment you return to the activities that provoked it, gripping, lifting, swinging, typing, the same compromised tissue gets loaded again and the pain returns.

This is why the cycle repeats. It is not that your elbow is uniquely stubborn. It is that the treatment has been targeting the pain rather than the tissue.

Who Gets Tennis Elbow in Culver City

Despite the name, most of our patients with lateral epicondylitis at Victory have never picked up a tennis racket. The condition affects 1 to 3% of adults annually and shows up across a wide range of activities:

• CrossFit athletes doing high-volume pull-ups, bar muscle-ups, and rope climbs

• Rock climbers putting sustained load through their forearm extensors

• Office and remote workers spending hours at a keyboard and mouse

• Tradespeople using tools that require repetitive gripping and wrist extension

• Golfers, particularly through the lead arm and wrist extension on the backswing

• Weightlifters performing rows, deadlifts, and curls with poor forearm mechanics

• Musicians with repetitive forearm and wrist demands

The common factor is repetitive strain on the extensor tendon origin at the elbow, loaded faster than the tissue can adapt. Age, activity volume, and grip strength all play a role in who develops it and why.

Why Common Treatments Do Not Break the Cycle

Understanding why rest and cortisone often fail to produce lasting results is important before deciding on a treatment path.

Rest removes the provocative load, which reduces symptoms. But it does not stimulate the tendon to remodel or restore normal collagen structure. When activity resumes, the degenerated tissue is still there and the cycle restarts.

Cortisone injections can be genuinely useful for managing acute pain, but can cause more issues than it’s worth (as the cortisone itself can degrade both injured and healthy tissue). And then, there is another problem - the evidence on long-term positive outcomes is poor. A 2024 systematic review and meta-analysis published in Orthopaedic Surgery compared shockwave therapy directly against cortisone injection across six randomized controlled trials. At one month, cortisone was superior for pain relief. At three months and at final follow-up, the results reversed. Shockwave therapy showed significantly better outcomes for pain, grip strength, and functional scores. (Zhang et al., 2024, Orthopaedic Surgery)

This does not mean cortisone has no role. But for chronic lateral epicondylitis, the pattern is consistent: cortisone provides faster short-term relief and shockwave therapy produces more durable long-term results without the negative side-effects associated with using steriods. That is a meaningful distinction when you have already been through the rest-and-return cycle more than once.

The treatment that actually breaks the cycle needs to do two things: give the tendon the mechanical stimulus it needs to remodel structurally, and address why it was getting overloaded in the first place.

How We Approach Tennis Elbow at Victory Performance PT

Our Doctors of Physical Therapy do not treat tennis elbow as a simple fix. They treat it as a tissue problem with contributing factors that need to be identified and addressed.

The Assessment

Every patient at Victory starts with a thorough evaluation. For tennis elbow, that means looking at:

• Where exactly the pain reproduces and which movements provoke it

• Strength deficits in the wrist extensors, forearm, and shoulder

• Whether shoulder mechanics or grip patterns are contributing to excess load at the elbow

• Your activity history and how the injury has progressed

• Ruling out other diagnoses such as radial tunnel syndrome, which can present similarly but requires a different approach

This matters because two people with the same elbow pain can have completely different contributing factors driving it. A CrossFit athlete who developed tennis elbow from high-volume pull work is not going to have the same plan as a software developer whose symptoms developed from poor desk ergonomics. We build programs around what we actually find.

The Tendon Loading Program

The foundation of evidence-based lateral epicondylitis rehabilitation is a structured eccentric and isometric loading program for the wrist extensor tendons. This is where lasting structural change happens.

At Victory, our DPTs prescribe and supervise these protocols with close attention to load, tempo, range of motion, and progression. The details matter. A loading program that is advanced too quickly or prescribed without a proper assessment can prolong recovery rather than accelerate it. We monitor how your tendon responds and adjust at every stage.

Most patients remain active throughout rehabilitation. Complete rest from all activity is rarely necessary and often counterproductive.

Nick Cuda came to Victory after trying other clinics and not finding the results he was looking for.

"Every aspect of care felt intentional. From stretching and cupping to stability and mobility exercises, I always left a session feeling better than when I arrived. It doesn't hurt that everyone in there is personable and has a great sense of humor."

How Shockwave Therapy Addresses the Root Problem

For chronic tennis elbow that has not responded to loading and manual therapy alone, shockwave therapy gives us a way to directly target the degenerated tissue that is perpetuating the cycle.

Extracorporeal shockwave therapy (ESWT) delivers focused acoustic pulses to the lateral epicondyle. Through a process called mechanotransduction, the acoustic energy stimulates cellular repair mechanisms, promotes collagen remodeling, and encourages new blood vessel formation in tissue that has lost its normal healing capacity. It is not a pain blocker. It is a biological stimulus for structural repair in tissue that has stopped repairing itself.

A large meta-analysis analyzing 45 clinical studies across multiple tendinopathies found statistically significant pain reductions from shockwave therapy, including for lateral epicondylitis. (Majidi et al., 2024, BMC Sports Science, Medicine and Rehabilitation) The first systematic review in the British Journal of Sports Medicine focused specifically on athletes and physically active individuals concluded that ESWT may be considered an initial treatment option for lateral epicondylitis in active populations. (Rhim, Tenforde et al., 2023)

At Victory, shockwave therapy is always integrated into a complete treatment plan. The combination of ESWT and a supervised loading program consistently outperforms either approach on its own.

We typically consider shockwave therapy when:

• Symptoms have persisted beyond 6 to 8 weeks of appropriate rehabilitation

• Cortisone relief was present but did not hold

• The tendon is chronically degenerated rather than acutely inflamed

• A faster return to activity is a meaningful priority

If your tennis elbow keeps coming back no matter what you try, the problem is likely in the tissue, not your effort. Our Doctors of Physical Therapy at Victory Performance and Physical Therapy in Culver City can identify exactly what is driving it and build a plan that addresses it properly.

📞 Call or text: 424-543-4336 📅Book online at victoryperformancept.com

No referral required. California's Direct Access law means you can come straight to us.

What Shockwave Treatment Looks Like at Victory

Sessions are straightforward and typically 10 to 15 minutes. Your DPT locates the site of greatest tenderness at the lateral epicondyle and delivers the acoustic pulses directly to that area. Most patients describe the sensation as a firm tapping or pulsing that is slightly uncomfortable at the most sensitive point but consistently manageable throughout.

A temporary increase in soreness for 24 to 48 hours after a session is normal and expected. It reflects the tissue response and is not a sign that something has gone wrong.

Most patients complete 5-10 shockwave sessions spaced approximately one week apart, alongside their ongoing loading program. Your DPT will reassess throughout and adjust based on how your tendon is responding.

Common Questions About Tennis Elbow

How long does tennis elbow take to fully resolve?

Acute presentations caught early often improve within 6 to 10 weeks of consistent rehabilitation. Chronic cases, particularly those with a long history of rest-and-return cycles or multiple cortisone injections, typically take 12 to 16 weeks of committed work. Shockwave therapy can accelerate this timeline in chronic presentations. And if you want to fix the root cause (strength, mobility, how you move), lasting results can take 6+ months. 

Can I keep training while I treat my tennis elbow?

Usually yes, with modification. Your DPT at Victory will identify which activities are aggravating the tendon and help you adjust load and technique to stay active throughout recovery. Staying completely inactive is rarely necessary and can slow the rehabilitation process.

Is tennis elbow the same as golfer's elbow?

They are related but different. Tennis elbow is lateral epicondylitis and affects the outside of the elbow through the extensor tendons. Golfer's elbow is medial epicondylitis and affects the inside of the elbow through the flexor tendons. The activities that provoke each are different and so is the rehabilitation approach. We cover golfer's elbow in detail in a separate post if that sounds more like your situation.

Do I need a physician referral to see a physical therapist?

No. California's Direct Access law allows you to come directly to Victory Performance and Physical Therapy without a referral. Book online or call us and we will get you scheduled for an evaluation.

Ready to Break the Cycle

At Victory Performance and Physical Therapy in Culver City, we have helped hundreds of active adults resolve injuries that had been recurring for months or years. Tennis elbow is one of the most common, and when it is approached correctly, one of the most treatable.

Kupah James came to Victory after significant injuries from a motorcycle accident. As a fitness professional with 20 years in the industry, he knew what good rehabilitation should feel like.

"Victory is top tier in all the ways that matter and in some you wouldn't even think about. State of the art wellness technology backing your sessions with science not opinions. All of this created a recipe for warmth and a feeling of comfort that goes a long way in recovery."

That combination of clinical rigor and genuine care is what we bring to every patient who comes through our door.

📅Book your appointment at victoryperformancept.com/contact

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

This is not decline. It is biology. And with the right adjustments, most runners over 40 can continue training at a high level, stay injury-free, and often run their best times ever.

At Victory Performance and Physical Therapy in Culver City, we work with a lot of masters runners, those typically defined as athletes 40 and older, and the physiological changes that affect training and recovery are real, specific, and very manageable with the right approach.

What Actually Changes in the Body After 40

Understanding what is happening physiologically helps you train with better intention rather than just running more carefully out of vague concern.

Tendon Stiffness and Healing Speed

Tendons become less pliable and heal more slowly as we age. The cells responsible for collagen production (tenocytes) become less active, meaning the quality of collagen laid down after micro-damage is reduced. This is why Achilles tendinopathy, plantar fasciitis, and IT band problems tend to linger longer in older runners and recur more frequently if training load is not managed carefully.

It does not mean your tendons are fragile. It means they need more time between high-load sessions and more consistent strength work to stay resilient.

Muscle Protein Synthesis

After about age 35, the body becomes less efficient at using dietary protein to build and repair muscle tissue. The anabolic response to a training stimulus, the muscle-building signal that drives adaptation, is blunted compared to younger athletes. Older runners need both a higher relative protein intake and more structured recovery to get the same training adaptations.

Research by Tanaka and Seals, published in the Journal of Applied Physiology, found that masters athletes maintain impressive physiological capacity with consistent training, but that the gap between trained and untrained individuals widens significantly with age, underscoring the importance of structured training and recovery rather than simply logging miles. (Tanaka and Seals, 2003, J Appl Physiol.View on PubMed)

VO2 Max and Aerobic Capacity

VO2 max, the maximum rate at which your body can use oxygen during exercise, declines at roughly one percent per year after peak fitness age. The decline is faster in sedentary individuals. In consistently trained masters athletes, the rate of decline is significantly slower, and some components of aerobic performance remain very well preserved well into the fifties and beyond.

A study examining masters endurance athletes found that training-induced adaptations can offset much of the age-related decline in aerobic performance, with consistent exercise being the single most powerful tool for preserving cardiovascular capacity over time. (Lepers and Cattagni, 2012, Age.View on PubMed)

The takeaway: the engine can stay strong. The chassis, meaning the tendons, muscles, and connective tissue, needs more deliberate care to keep up.

Neuromuscular Response Time

Reaction time and neuromuscular coordination slow modestly with age. In practical running terms, this affects stride efficiency and can contribute to a subtle reduction in elastic energy return from each stride. It also influences single-leg stability, which is directly relevant to injury risk.

This is one reason strength training and plyometric work, introduced appropriately, are particularly valuable for runners over 40. They maintain the neuromuscular firing patterns that keep your stride crisp and your landing mechanics intact.

What Does This Mean for Your Training?

The core principle is that the inputs to performance (training stress) remain similar, but the recovery piece needs to expand significantly.

More Recovery Between Hard Efforts

Running performance is built on the adaptation that happens after a hard effort. If the next hard session arrives before recovery is complete, you are building on a compromised foundation. For runners over 40, the window between quality sessions typically needs to be longer than the plans designed for 25-year-olds assume.

This might mean two hard sessions per week instead of three, with more easy volume in between. It might mean spacing your long run and your tempo run further apart in the week.

Strength Training Is No Longer Optional

Strength training was always valuable for runners. For masters runners, it is essential.

Research published in the Physician and Sportsmedicine demonstrated that masters athletes who engaged in consistent resistance training maintained significantly more lean muscle mass than sedentary age-matched peers, and that this effect was present even in runners well into their sixties. (Wroblewski et al., 2011, Phys Sportsmed.View on PubMed)

Preserving muscle mass protects the tendons and joints above and below it. Hip strength keeps the pelvis stable and the knee tracking well. Calf and foot strength protects the Achilles and plantar fascia. Glute strength supports the entire posterior chain through the demands of long-distance running.

Two sessions of focused strength work per week, built around single-leg movements and hip loading, is a reasonable baseline for most masters runners.

Sleep and Nutrition Matter More Than They Did Before

At 25, you could absorb a poor night of sleep or a skipped meal and still have a solid training week. At 45, the margins are tighter. Sleep is when growth hormone peaks and the repair processes activated by training do most of their work. Shortchanging sleep directly impairs the tissue repair and neural recovery that your training depends on.

Protein timing matters more too. Older adults benefit from distributing protein intake more evenly across the day and prioritizing a protein-containing meal or snack within an hour or two of training to take advantage of the anabolic window when the training signal is strongest.

Are you a runner over 40 dealing with injuries that seem to take forever to heal, or training hard but not recovering like you used to? Our Doctors of Physical Therapy in Culver City can evaluate your movement, your loading patterns, and your training to help you stay in the game.

Call today: 424-543-4336

Common Injuries That Affect Masters Runners More

Certain injuries appear more frequently or are harder to manage in runners over 40. Knowing which ones to watch for helps you catch them early.

Achilles Tendinopathy. The combination of reduced tendon elasticity and slower collagen repair makes the Achilles vulnerable. Morning stiffness that takes ten or more minutes to settle is an early warning sign that should not be ignored.

Plantar Fasciitis. The plantar fascia, like other connective tissue, stiffens with age. Runners who increase their mileage too quickly or lack adequate calf and intrinsic foot strength are particularly susceptible.

IT Band Syndrome. Hip abductor strength tends to decline with age unless actively maintained. As that strength drops, the IT band absorbs more force with each stride and becomes a recurring problem.

Stress Reactions. Bone density changes after 40, particularly in women approaching and after menopause. Stress reactions, the precursor to stress fractures, can occur at lower training loads than they would have in a younger runner. Persistent, localized bone pain that worsens with activity and improves with rest warrants evaluation.

Hip Flexor and Labral Injuries. Hip mobility often decreases as we age, and tightness in the hip flexors combined with the repetitive hip cycling of running can contribute to hip flexor strains and, in some cases, labral irritation.

Running Over 40 in Culver City Is Very Possible

The Culver City running community is full of masters athletes. The LA Marathon draws significant numbers of runners in their forties and fifties. The Baldwin Hills trails and Kenneth Hahn Park are packed on weekend mornings with runners who are decades into the sport.

The local running environment actually supports smart training for older athletes. Flat sections on the Ballona Creek path are ideal for easy recovery miles. The grass and softer trails in Kenneth Hahn reduce impact loading on tendon-heavy recovery days. The variety of terrain, from flat paths to challenging climbs, allows training load to be modulated based on where you are in your recovery cycle.

What Culver City runners over 40 often need most is permission to take recovery seriously and a specific plan for keeping strength in balance with mileage.

A Runner Who Came Back Stronger

Johnny H. came to Victory Performance after running the LA Marathon while managing significant muscle tightness and stiffness. He worked with Zyan on recovery work for his shoulder, hamstrings, and post-run soreness.

"Zyan is amazing. Very knowledgeable and also very kind and personable. She has really helped loosen up a tight shoulder as well as post-running hamstring and muscle tightness. The Victory team is awesome."

Managing the recovery side of training, not just the miles themselves, is what keeps athletes running long-term.

Building a Long-Term Running Career After 40

The goal for most masters runners is not just getting through this training cycle. It is staying healthy and active for decades to come. That requires thinking differently about how you structure training.

Some principles that consistently hold up:

Polarize your training. Easy days should be genuinely easy. Hard days can be genuinely hard. The moderate-intensity zone, where many recreational runners spend most of their time, accumulates fatigue without driving significant adaptation.

Track volume in time, not just miles. A 60-minute run on trails at a conservative pace is a different physiological stimulus than 60 minutes at a harder effort on flat roads. Using time as your primary volume metric helps prevent accidental overloading.

Respect the long-run recovery window. A long run at 50 leaves most runners needing two to three days before another quality session. That is not weakness. It is smart management of a bigger recovery debt.

Get evaluated before you are injured. A movement assessment with a physical therapist can identify the specific strength deficits and mobility restrictions that your age and training history have created before they become injuries.

People Also Ask About Running Over 40

Is it harder to build speed over 40?

Speed is harder to maintain purely through running because fast-twitch muscle fibers decline with age at a faster rate than slow-twitch fibers. But strength training and plyometric work specifically target those fibers and can significantly offset the decline. Older runners who lift consistently often maintain impressive speed relative to their age group.

Should masters runners do less intensity?

Not necessarily less intensity, but more recovery between intense efforts. Quality over quantity is the right frame. Two well-recovered high-quality sessions per week often produce better results than three or four partially recovered ones.

What is the most common mistake runners over 40 make?

Using training plans designed for younger athletes without accounting for extended recovery needs. The mileage and workout structure might be appropriate, but the assumption that you can hammer back-to-back days indefinitely is not.

When should a masters runner see a physical therapist?

When any pain or discomfort appears during training, before it has a chance to become established. Early intervention in an older runner is even more impactful than in a younger one because the tissue heals more slowly. Catching a problem in its first week is far easier than addressing it after three months.

You Can Run Well for a Long Time

Running longevity is achievable with the right approach. The runners who stay healthy and competitive into their fifties and sixties are not the ones who push hardest. They are the ones who train with the most intelligence.

If you are a runner over 40 in Culver City or the greater Los Angeles area and want to keep training at a high level, the team at Victory Performance and Physical Therapy can help you build a plan that fits your biology and your goals.

Book your evaluation today.

📅Book Your Appointment

📞 Call: 424-543-4336

At Victory Performance and Physical Therapy in Culver City, a significant part of our patient base is made up of runners. LA Marathon athletes, Ballona Creek regulars, people training for their first 10K and veterans chasing a Boston qualifier. What they have in common is not the injury. It is the experience of trying to manage something that keeps recurring without ever really understanding why.

Shockwave therapy is one of the tools we use most consistently with this population, and most runners have never heard of it until they are already frustrated enough to try something new. This post is for those runners, and for the ones who want to understand their options before they get to that point.

✅ Key Takeaways

• Runners are among the highest-risk groups for the tendon and bone stress injuries where shockwave therapy has the strongest evidence

• The first systematic review focused specifically on athletes found ESWT facilitates return to sport across multiple running-related conditions with an excellent safety profile

• At Victory PT, shockwave therapy is always part of a complete DPT-supervised plan, not a standalone session

• The conditions most relevant to runners include Achilles tendinopathy, shin splints, plantar fasciitis, and patellar tendinopathy

• No referral needed under California's Direct Access law

Why Runners Keep Getting Injured

Running is a repetitive loading activity. Every stride produces a ground reaction force of roughly two to three times body weight through the lower limb. Multiply that across a typical training week and the cumulative load on tendons, fascia, and bone is enormous.

The body adapts well to this load when training is progressed gradually and recovery is adequate. The injuries happen in the gaps between what the training demands and what the tissue can currently handle.

These gaps open up in predictable ways:

• Mileage increases too quickly after a rest period or an easy training block

• A hard training cycle runs into insufficient sleep, stress, or nutrition that compromises recovery

• A mechanical issue like limited hip strength, restricted ankle mobility, or a subtle gait pattern quietly overloads one structure more than others

• Age-related changes in tendon elasticity mean tissue that handled a certain load at 30 requires more preparation and recovery at 45

The result is the specific injuries runners deal with over and over. And because these injuries are load-related rather than traumatic, they tend to respond poorly to pure rest and well to the right kind of progressive management. This is the context in which shockwave therapy, used correctly alongside physical therapy, makes the most sense.

What Shockwave Therapy Is and How It Works

Extracorporeal shockwave therapy, or ESWT, delivers focused acoustic pulses to a targeted area of injured tissue. The mechanical energy from those pulses triggers a biological repair response called mechanotransduction, stimulating cellular activity, promoting collagen remodeling, encouraging new blood vessel formation, and in the case of bone stress injuries, activating the cells responsible for bone remodeling.

In plain language: it creates the stimulus that chronically degenerated or overloaded tissue needs to actually repair, rather than staying stuck in a cycle of partial healing and re-injury.

At Victory, shockwave sessions run 10 to 15 minutes. They are performed by your Doctor of Physical Therapy as part of a broader treatment session. Most running-related protocols involve 5 to 10 sessions spaced approximately one week apart. You can typically resume normal daily activity immediately after a session, and most people maintain a modified training load throughout the treatment course rather than stopping completely.

The treatment is not a magic fix and we do not present it as one. It works best when it is part of a plan that also addresses the loading patterns and contributing factors that drove the injury. At Victory, that is always how we use it.

What the Research Says About Shockwave Therapy in Runners and Athletes

The most relevant body of evidence for the running population comes from a systematic review published in the British Journal of Sports Medicine that was specifically designed to address a gap in the research. Previous reviews had pooled athletes and non-athletes together. This review, conducted by researchers at Spaulding Rehabilitation and published in 2023, was the first to examine ESWT exclusively in athletes, physically active individuals with sports-type injuries, and people in physically demanding occupations. (Rhim, Tenforde et al., 2023)

The findings are worth understanding directly:

• ESWT alone or combined with exercise facilitates return to sport or activity across multiple conditions

• The safety profile of shockwave therapy is excellent, with the most common side effects being temporary redness and soreness at the treatment site

• ESWT may be considered an initial treatment option for plantar fasciitis, lateral epicondylitis, non-insertional Achilles tendinopathy, and proximal hamstring tendinopathy in athletes

• MTSS was identified as a condition where ESWT may also be considered

• The procedure was well tolerated in both young athletes and adults

For runners specifically, the conditions covered in that review represent the most common reasons people come through our door at Victory. This is not a treatment developed for sedentary populations that has been adapted for athletes. The evidence base in the literature now includes research specifically in people who need to get back to training.

The Running Injuries We Treat With Shockwave Therapy at Victory

Achilles Tendinopathy

The most common tendon injury in runners, affecting up to 18% of the running population and carrying a 52% lifetime incidence in former endurance runners. Mid-portion Achilles tendinopathy in particular has strong evidence supporting the combination of a loading program and shockwave therapy, especially in cases that have not responded to loading alone or where a race deadline makes recovery timelines important.

We cover Achilles tendinopathy in detail in our dedicated post: What Active Adults Need to Know About Achilles Tendinitis and Shockwave Therapy.

Plantar Fasciitis

Plantar fasciitis accounts for roughly 8% of all running injuries and is one of the conditions where shockwave therapy has the most well-established evidence base. The morning heel pain, the sharp sensation at the first steps of a run, the way it affects every mile when it is at its worst. ESWT is considered a strong option for plantar fasciitis that has not responded to stretching and conservative management.

We have a dedicated post on shockwave therapy for plantar fasciitis here: Shockwave Therapy for Plantar Fasciitis.

Shin Splints (Medial Tibial Stress Syndrome)

One of the most disruptive injuries for runners building mileage, and one of the most commonly mismanaged through repeated rest-and-return cycles that never address the underlying load and mechanical factors. The research on shockwave therapy for MTSS is promising, with systematic reviews finding reduced pain and shorter time to recovery with ESWT across included studies. Importantly, a tibial stress fracture must always be ruled out before shockwave therapy is used for shin pain.

Our full post on shin splints is here: Why Shin Splints Keep Derailing Your Training and What to Do About It.

Patellar Tendinopathy

Less common in road runners than in jumping athletes, but relevant in runners who do significant hill training, trail running, or incorporate plyometric work into their program. The Culver City Stairs and Baldwin Hills routes create meaningful eccentric knee load that can stress the patellar tendon over time. Shockwave therapy is included in evidence-based guidelines for patellar tendinopathy management, and at Victory we assess and treat this as part of our broader running injury caseload.

Why Most Runners Do Not Discover Shockwave Therapy Until They Are Already Frustrated

This is something we hear regularly at Victory. A runner comes in after months of managing an injury on their own, trying rest, trying stretching, maybe trying a cortisone injection that worked for a while. Shockwave therapy is not the first thing anyone mentions to them because it sits outside the typical pathway of GP referral to physiotherapy to injection to imaging.

The runners who find their way to Victory and to ESWT earlier in that process tend to have better outcomes, simply because chronic tendinopathy and bone stress injuries become harder to resolve the longer they have been present. Tissue that has been degenerating for six months requires more work to turn around than tissue that has been symptomatic for six weeks.

California's Direct Access law means you do not need a referral to come to us. You can call or book online and come in for a proper assessment without first going through a physician referral process. For runners with a training goal or a race on the calendar, that directness matters.

How We Work With Runners at Victory

Every runner who comes to Victory starts with a comprehensive assessment by one of our licensed Doctors of Physical Therapy. For running-related injuries, that means we are not just looking at where it hurts. We are looking at:

• The specific tissue involved and the current stage of the injury

• Hip and glute strength and how it affects lower limb mechanics under load

• Ankle mobility and calf strength and their role in distributing impact forces

• Training history, recent load increases, and recovery patterns

• Running mechanics when relevant, particularly for recurrent injuries with a clear pattern

• Whether imaging is needed to rule out stress fractures or confirm a clinical diagnosis

That assessment determines everything. The loading program, the manual therapy, whether shockwave therapy is appropriate and when to introduce it, and the return-to-running plan that accounts for what you are actually training for.

We do not give everyone the same program. We build programs around what we find and around what matters to the person in front of us, whether that is finishing their first half marathon or getting back to the weekly long run that keeps the rest of their life working.

If you are a runner in Culver City dealing with an injury that keeps coming back, or you want to get ahead of problems before they derail your next training cycle, our Doctors of Physical Therapy at Victory Performance and Physical Therapy are ready to help.

📞 Call or text: 424-543-4336 📅Book online at victoryperformancept.com

No referral needed. Come straight to us.

What Victory Runners Have Experienced

The running community in Culver City and the broader LA area is a meaningful part of why we do this work. Hearing from patients who came in uncertain and left ready to train is the best measure of whether what we do actually works.

Will Murphy came to Victory with a chronic calf injury during marathon training, unsure whether he would make the start line.

"CJ created a plan that not only addressed my pain but focused on long-term strength and mobility to improve my performance overall. His understanding of endurance athletes is top-tier, and he always took time to explain the purpose behind each exercise and adjustment. The combination of expert manual therapy, thoughtful progressions, and genuine care made a huge difference in my recovery."

Andria Alvarez came in during LA Marathon prep with knee issues that were threatening to end her training cycle entirely.

"Kyle was always reassessing our sessions and my at home workouts to make sure I got what I needed. Kyle and the Victory team were out there supporting everyone at the LA Marathon, and when I passed them by at Mile 20, we cheered and hugged and celebrated. The support in and out of our PT sessions is priceless."

Taylor P. Miller came to us with an ankle injury two weeks before her marathon.

"I would not have been able to cross the finish line or even the starting line without Victory Performance. They worked with me not only in the studio, but they also gave me daily exercises that I could do at home to help get me back in the right shape."

Johnny Huerta came in after the LA Marathon managing post-race tightness and an ongoing shoulder issue while also living with Parkinson's disease.

"My Victory experience has been nothing short of spectacular! Zyan is amazing. Very knowledgeable and also very kind and personable. She has really helped loosen up a tight shoulder as well as post running hamstring and muscle tightness. The Victory team is awesome. Family-like vibe."

These are not exceptional stories. They are representative of the runners we work with every week.

Ready to Train Without the Recurring Injury Cycle?

At Victory Performance and Physical Therapy in Culver City, we have helped hundreds of runners work through the injuries that were keeping them from the training they cared about. Shockwave therapy is one of the tools that makes the difference in cases that have not responded to rest and standard rehabilitation alone, and the evidence base specifically in athletes continues to grow.

If you are training in Culver City, logging miles on the Ballona Creek path, grinding up the Culver City Stairs, or building toward the LA Marathon, and you have an injury that has been hanging around longer than it should, come and see us. The assessment is where everything starts.

📅Book your appointment at victoryperformancept.com

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

At Victory Performance and Physical Therapy in Culver City, we work with people at both ends of that spectrum. What we find most often is that the underlying problem is not a structural tear requiring surgery. It is a tendon condition that responds well to the right combination of physical therapy and, when appropriate, shockwave therapy. Understanding the difference between those two paths matters enormously for your outcome, your time, and your quality of life.

Here is what you need to know about shoulder pain, rotator cuff tendinopathy, and where shockwave therapy fits into treatment.

✅ Key Takeaways

• Most shoulder pain in active adults is rotator cuff tendinopathy, not a structural tear, and does not require surgery

• Rotator cuff tendinopathy comes in two forms, calcific and non-calcific, and the evidence for shockwave therapy differs between them

• A 2024 systematic review and meta-analysis covering 16 randomized controlled trials found ESWT effective for rotator cuff tendinopathy across both types

• At Victory PT, our Doctors of Physical Therapy assess the shoulder thoroughly before any treatment begins so the plan addresses what is actually there

• No referral needed under California's Direct Access law

What Is Rotator Cuff Tendinopathy?

The rotator cuff is a group of four muscles and their tendons that wrap around the shoulder joint and hold the head of the upper arm bone (humerus) within the shallow socket of the shoulder blade. These tendons are responsible for shoulder stability and control across an enormous range of movement, including overhead reach, rotation, pressing, and pulling.

Rotator cuff tendinopathy refers to a painful, degenerative condition affecting one or more of these tendons, most commonly the supraspinatus tendon that runs along the top of the shoulder. It develops when the tendon is repeatedly overloaded or compressed without adequate recovery, and the tissue breaks down faster than it can repair.

The result is a shoulder that aches with overhead movement, hurts when you reach across your body, wakes you up when you roll onto it at night, or stiffens after sitting at a desk for hours. It can make lifting, swimming, throwing, or pressing exercises feel unreliable or painful.

It is worth being specific here, because there are two distinct presentations:

Non-calcific rotator cuff tendinopathy is the more common form. The tendon tissue becomes degenerated and painful without any calcium deposit involved. This is what most active adults in Culver City are dealing with when shoulder pain develops gradually from training or repetitive use.

Calcific rotator cuff tendinopathy involves calcium deposits forming within the tendon, usually the supraspinatus. This can cause significant acute pain and restricted movement when the calcium is in an active phase. The evidence for shockwave therapy is particularly strong for this presentation, and we will cover that specifically below.

Who Gets Rotator Cuff Tendinopathy

The shoulder is the most mobile joint in the body, which also makes it one of the most load-sensitive. Rotator cuff tendinopathy is remarkably common and shows up across a wide range of activities and lifestyles:

• CrossFit athletes doing high volumes of overhead pressing, kipping / butterfly pull-ups, and muscle-ups

• Swimmers with repetitive overhead stroke mechanics, particularly freestyle and butterfly

• Tennis players and overhead throwing athletes whose shoulder mechanics place sustained load on the cuff

• Weightlifters performing bench press, overhead press, or lateral raises through compromised shoulder positioning

• Desk workers and remote professionals whose postural loading compresses the supraspinatus over long hours

• Active adults over 40 whose tendons have accumulated load over decades of training and daily use

• Anyone who has recently increased shoulder training volume without a proportional increase in recovery

One of the reasons rotator cuff tendinopathy is so often misread as something more serious is that the pain can be significant and functionally limiting even when there is no structural tear present. Imaging does not always help either. MRI studies regularly find rotator cuff abnormalities in people with no pain at all. The presence of findings on imaging does not automatically mean surgery is necessary, and this is a conversation our DPTs have with patients at Victory regularly.

Why the Shoulder Is a Complex Problem to Treat

The shoulder does not operate in isolation. It is part of a chain that includes the thoracic spine, the shoulder blade (scapula), the collarbone, and the surrounding musculature. When something in that chain is not working well, such as stiff thoracic rotation, poor scapular control, or weakness in the lower trapezius, the load gets redistributed in ways that overload the rotator cuff tendons.

This is why generic shoulder exercises downloaded from the internet often fail to resolve tendinopathy. They may load the right muscles, but they do not address why the tendon was overloaded in the first place. At Victory, our Doctors of Physical Therapy assess the whole picture before any program begins.

A thorough shoulder evaluation at Victory looks at:

• Which specific tendon is involved and how the pain pattern presents

• Scapular mechanics and whether the shoulder blade is moving efficiently

• Thoracic mobility and how it contributes to shoulder range of motion

• Rotator cuff and surrounding muscle strength across relevant movement planes

• Whether there is a calcific component based on clinical presentation and history

• Training patterns and technique factors that may be contributing to the overload

That assessment shapes everything that follows. Without it, you are treating a pattern, not a person.

How We Treat Rotator Cuff Tendinopathy at Victory

Physical therapy is the foundation of rotator cuff tendinopathy management and the approach with the strongest evidence base for long-term outcomes. At Victory, our treatment typically involves a combination of the following, tailored to what your assessment reveals.

Targeted Rotator Cuff and Scapular Loading

Progressive strengthening of the rotator cuff tendons, particularly the supraspinatus, infraspinatus, and subscapularis, forms the core of the rehabilitation program. We use evidence-based loading protocols that apply the right stimulus to the affected tendon while protecting the shoulder from positions that compress or overload it at the wrong stage of healing.

Scapular stability work runs alongside this. A shoulder blade that is not controlling movement efficiently puts the rotator cuff in a mechanically disadvantaged position throughout every overhead and pressing movement. Addressing this is essential for lasting results.

Manual Therapy

Hands-on work targeting the shoulder joint, thoracic spine, and surrounding soft tissue helps restore range of motion, reduce muscle guarding, and create the mobility needed for the loading program to be effective. Our DPTs at Victory integrate manual therapy with the active rehabilitation program rather than using it as a standalone treatment.

Activity and Load Management

Part of effective shoulder rehab is understanding which activities are aggravating the tendon and how to modify them so you can stay active throughout recovery. For CrossFitters, that might mean scaling pressing movements temporarily. For swimmers, it might mean adjusting stroke mechanics or reducing yardage at specific intensities. We work through this with you based on what you do and what matters to you.

Johnny Huerta came to Victory after running the LA Marathon while managing Parkinson's-related muscle tightness and a shoulder that had been bothering him.

"Zyan is amazing. Very knowledgeable and also very kind and personable. She has really helped loosen up a tight shoulder as well as post running hamstring and muscle tightness. The Victory team is awesome. Family-like vibe."

That experience reflects how we work at Victory. Individual attention from a clinician who understands your specific situation and what you are trying to get back to.

Where Shockwave Therapy Fits In for Shoulder Pain

For rotator cuff tendinopathy that has not responded adequately to physical therapy and loading alone, shockwave therapy offers a meaningful adjunct, and in some cases a strong primary intervention.

Extracorporeal shockwave therapy (ESWT) delivers focused acoustic pulses to the affected tendon tissue. The mechanical energy triggers a biological repair response, stimulating cellular activity, promoting collagen remodeling, and encouraging blood vessel formation in tissue that has poor natural healing capacity.

A 2024 systematic review and meta-analysis published in BMC Musculoskeletal Disorders analyzed 16 randomized controlled trials involving 1,093 patients and found ESWT effective for rotator cuff tendinopathy across both calcific and non-calcific presentations. (Xue et al., 2024) A separate 2024 meta-analysis of 18 randomized controlled trials in Frontiers in Medicine found ESWT more effective than placebo for relieving pain in upper limb tendinopathies including rotator cuff tendinopathy at 3 and 6 month follow-ups, with radial ESWT showing particularly strong results. (Xiong et al., 2024)

It is worth being direct about a distinction in the evidence, because we think patients deserve that clarity.

For calcific rotator cuff tendinopathy, the evidence base for shockwave is among the strongest of any tendon condition we treat. A 2024 systematic review in Physiotherapy Research International analyzing 21 randomized controlled trials found clinically significant improvements in pain and function with ESWT compared to sham treatment at 24 weeks for calcific tendinopathy. (Brindisino et al., 2024) Shockwave therapy is also thought to help with the resorption of calcium deposits, addressing the source of the problem rather than just the symptoms.

For non-calcific rotator cuff tendinopathy, the picture is more nuanced. A 2024 systematic review found ESWT superior to sham treatment for pain at short-term follow-up but with less consistency at longer follow-up timepoints. The honest interpretation is that for non-calcific presentations, ESWT is most effective as part of a comprehensive treatment plan rather than as a primary standalone intervention. At Victory, this is exactly how we use it.

We consider shockwave therapy for shoulder tendinopathy when:

• There is a confirmed calcific component and the patient has not responded to conservative management alone

• Non-calcific tendinopathy has been present for 8 or more weeks without adequate improvement through loading and manual therapy

• The patient has a specific activity goal or timeline and a faster return to function is a priority

• Clinical assessment supports tendon degeneration as the primary driver rather than acute inflammation

Dealing with shoulder pain that has been limiting your training or daily life? Our Doctors of Physical Therapy at Victory Performance and Physical Therapy in Culver City can assess what is actually going on and build a plan around your specific situation.

📞 Call or text: 424-543-4336 📅Book online at victoryperformancept.com

No referral needed. California's Direct Access law means you can come straight to us.

What Shockwave Sessions Look Like at Victory

Shoulder shockwave sessions at Victory are typically 10 to 15 minutes and are performed by your Doctor of Physical Therapy as part of your overall treatment session. Your DPT identifies the specific site of the tendon pathology and delivers the acoustic pulses to that area. For calcific presentations, the session targets the calcium deposit directly.

Most patients describe the sensation as a firm pulsing or tapping that can be moderately uncomfortable at the most sensitive point of the tendon. It is generally well tolerated.

Temporary soreness in the 24 to 48 hours following a session is a normal and expected tissue response. Most rotator cuff protocols involve 5-10 sessions spaced approximately one week apart alongside the ongoing physical therapy program. Your DPT reassesses throughout and adjusts the plan based on how your shoulder is responding. 

Common Questions About Shoulder Pain and Rotator Cuff Tendinopathy

Does shoulder pain always mean something is torn?

Not at all. Rotator cuff tendinopathy, bursitis, and referred pain from the neck or thoracic spine are far more common causes of shoulder pain in active adults than structural tears. Even when imaging shows abnormalities, this does not automatically mean surgery is required. A thorough clinical assessment by a Doctor of Physical Therapy can clarify what is actually driving the pain.

How long does rotator cuff tendinopathy take to resolve?

Acute presentations caught early often improve meaningfully within 6 to 10 weeks of consistent rehabilitation. Chronic cases, particularly those involving calcific deposits or a long history of compensating around the pain, typically require 12 to 16 weeks of committed work. Shockwave therapy, when appropriate, can support and accelerate this process.  And if you want to fix the root cause (strength, mobility, how you move), lasting results can take 6+ months.

Can I keep training while I treat my shoulder?

In most cases yes, with modification. Our DPTs at Victory will identify which movements are aggravating the tendon and help you adjust your training so you can stay active throughout recovery. Completely stopping all upper body activity is rarely necessary and can slow progress.

Is shockwave therapy painful?

Most patients tolerate it well and describe a tapping or pulsing sensation during the session. The most sensitive area of the tendon may feel moderately uncomfortable during treatment. A temporary increase in soreness for a day or two after a session is normal and expected as part of the tissue response.

Do I need a referral to come to Victory?

No. Under California's Direct Access law, you can come directly to Victory Performance and Physical Therapy without seeing a physician first. Call us or book online and we will get your evaluation scheduled.

Get Your Shoulder Properly Assessed at Victory

Shoulder pain that limits your training, interrupts your sleep, or makes everyday tasks uncomfortable does not have to become a long-term problem. At Victory Performance and Physical Therapy in Culver City, our Doctors of Physical Therapy are experienced in the assessment and treatment of rotator cuff conditions. We use a thorough evaluation to understand exactly what is driving your shoulder pain, build a targeted rehabilitation plan, and integrate shockwave therapy into that plan when the evidence and your presentation support it.

Kupah James is a fitness professional with 20 years of experience who came to Victory after significant injuries from a motorcycle accident. He had high expectations for what quality rehabilitation should look like.

"Victory is top tier in all the ways that matter and in some you wouldn't even think about. State of the art wellness technology backing your sessions with science not opinions. All of this created a recipe for warmth and a feeling of comfort that goes a long way in recovery."

That level of care is what every patient who walks through our door deserves and what we work to deliver.

📅Book your appointment at victoryperformancept.com

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

This post breaks down what's actually happening in the tendon, why standard rest-and-return cycles usually fail, and how we use physical therapy and shockwave therapy together to address the root cause.

✅ Key Takeaways

• Achilles tendinopathy affects active adults across all activity types, not just runners

• Rest alone rarely resolves it because the tendon needs progressive load to remodel and heal

• Shockwave therapy has strong research support for mid-portion Achilles tendinopathy in active adults

• At Victory PT, we combine a comprehensive DPT assessment, targeted loading, and shockwave therapy to get to the root of the problem

• No referral needed under California's Direct Access law

What Is Achilles Tendinopathy?

Most people call it "Achilles tendinitis," but the name is a bit misleading. Tendinitis implies active inflammation, which is part of the picture early on. In chronic cases, what you are dealing with is tendinosis (tendon degeneration and pain): a breakdown of the collagen structure inside the tendon itself. And the term “tendinopathy” refers to tendon problems throughout all stages.  The tissue loses its normal organized fiber arrangement, becomes thickened and disorganized, and loses its ability to handle load efficiently.

This is why passive rest so often fails. The pain settles, but the tissue quality does not improve. The moment you return to activity at full intensity, you are loading the same compromised tendon and the cycle starts over.

There are two distinct types, and they do not respond identically to treatment:

Mid-portion Achilles tendinopathy affects the middle section of the tendon, typically 2 to 6 centimeters above where it attaches to the heel bone. This is the most common presentation in active adults and the type with the strongest evidence for both loading programs and shockwave therapy.

Insertional Achilles tendinopathy affects the attachment point at the heel bone (calcaneus). It often involves bony changes and requires a modified approach. The research on shockwave for insertional cases is more variable, and our Doctors of Physical Therapy at Victory will assess this carefully before recommending it.

Knowing which type you have is one of the first things we determine, because a treatment that works well for one can aggravate the other.

Who Gets Achilles Tendinopathy?

While runners carry a well-known risk, Achilles tendinopathy affects a wide range of active adults. At Victory Performance and Physical Therapy, we see it in:

• Runners and walkers logging consistent mileage in Culver City and the surrounding LA area

• CrossFit, Hyrox and weightlifting athletes doing high volumes of jumping, box jumps, and Olympic lifts

• Cyclists who spend long hours with the foot in a fixed plantar-flexed position

• Pickleball and tennis players making repetitive lateral and forward cuts

• Hikers tackling the trails around Baldwin Hills and Kenneth Hahn Park

• Weekend athletes who ramp up activity without adequate preparation

• Professionals on their feet all day who develop gradual overload over time

Research shows that Achilles tendinopathy accounts for up to 18% of running injuries and has a lifetime cumulative incidence of 52% in former endurance athletes. (Sports Medicine Open, 2022) But it is not exclusive to high-mileage athletes. Any activity that repeatedly loads the calf and Achilles under fatigue can contribute.

The common thread is a mismatch between load and the tendon's capacity to handle it.

Why Does It Keep Coming Back?

This is the question we hear most often from patients who come to Victory after months of managing this on their own. They rest it, it calms down, they return to activity, and within a few sessions the pain is back. Sometimes worse.

The reason is straightforward: the degenerative changes in tendinopathy do not reverse with rest. The tendon needs mechanical stimulus to remodel. Without progressive load, the tissue simply stays in a compromised state. When activity resumes, it gets loaded again before it has actually healed.

This is also why cortisone injections often provide only temporary relief for Achilles tendinopathy. They can reduce pain in the short term, but they do not address the structural changes in the tendon.

The way out of the cycle is a targeted loading program that gives the tendon what it needs to adapt and strengthen.

How We Treat Achilles Tendinopathy at Victory Performance PT

Our approach follows a clear sequence: a thorough assessment first, then a structured loading program as the foundation, with shockwave therapy integrated when the evidence and your presentation support it.

The Assessment

Every patient at Victory starts with a comprehensive movement assessment with one of our licensed Doctors of Physical Therapy. For Achilles tendinopathy, that includes:

• Confirming the type and stage of tendinopathy

• Evaluating calf and hip strength deficits contributing to the problem

• Reviewing your activity history and how the injury developed

• Assessing ankle range of motion and any biomechanical factors at play

• Identifying modifiable contributors specific to your activity and lifestyle

This is the root-cause approach that drives everything we do at Victory. We are not giving everyone the same set of exercises. We are building your plan around what we actually find.

The Loading Program

The most evidence-supported treatment for mid-portion Achilles tendinopathy is a structured progressive loading program. At Victory, our DPTs use eccentric and isometric calf protocols designed to apply controlled mechanical load to the tendon and stimulate remodeling.

The specifics matter enormously. Load level, tempo, range of motion, and progression timing all affect outcomes. Getting them wrong can stall recovery or make things worse. Our team guides you through every step, monitors your response, and advances the program at the right pace.

In most cases, we keep you active at a modified level throughout recovery. Complete rest is rarely the right answer for Achilles tendinopathy.

Will Murphy came to Victory with a chronic calf and Achilles issue while training for a marathon, unsure whether he would make the start line.

"CJ created a plan that not only addressed my pain but focused on long-term strength and mobility to improve my performance overall. His understanding of endurance athletes is top-tier, and he always took time to explain the purpose behind each exercise and adjustment. The combination of expert manual therapy, thoughtful progressions, and genuine care made a huge difference in my recovery."

Will made it to race day and ran strong.

Does Shockwave Therapy Help Achilles Tendinopathy?

For the right patient, it can make a significant difference, particularly when the loading program alone has not been enough.

Shockwave therapy, or extracorporeal shockwave therapy (ESWT), delivers focused acoustic pulses directly into the affected tendon. The process is called mechanotransduction: the acoustic energy creates a biological stimulus that promotes collagen remodeling, encourages new blood vessel formation, and helps restart the repair process in tissue that has become chronically degenerated. It is not masking pain. It is driving real tissue-level change.

A 2023 systematic review and meta-analysis in Frontiers in Immunology found support for shockwave therapy as an effective intervention for Achilles tendinopathy. (Charles et al., 2023) A systematic review published in the British Journal of Sports Medicine, the first focused specifically on athletes and physically active individuals, concluded that ESWT may be considered an initial treatment option for non-insertional Achilles tendinopathy, noting its excellent safety profile. (Rhim, Tenforde et al., 2023)

At Victory, shockwave therapy is offered as part of a complete treatment plan, not as a standalone session. We use it alongside your loading program because research consistently shows the combination produces better outcomes than either approach alone.

Shockwave therapy is particularly well suited for:

• Chronic mid-portion Achilles tendinopathy that has not responded to 8 to 12 weeks of loading

• Active adults with a specific event or deadline who need to accelerate recovery

• Cases where the tendon has been stuck in a degenerative state after repeated rest-and-return cycles

For insertional cases, our DPTs evaluate carefully before recommending shockwave, as the evidence is less consistent and the loading protocol itself differs significantly.

Dealing with Achilles pain that keeps coming back no matter what you try? Our Doctors of Physical Therapy at Victory Performance and Physical Therapy in Culver City can assess what is actually driving it and build a plan around your specific goals.

📞 Call or text: 424-543-4336 📅Book online at victoryperformancept.com

No referral needed. Under California's Direct Access law, you can come straight to us.

What to Expect From Shockwave Therapy at Victory

When we integrate shockwave therapy into your Achilles rehab, here is what the process looks like:

1. Your DPT identifies the precise site and confirms ESWT is appropriate for your specific presentation

2. Sessions are 10 to 15 minutes, typically scheduled 5 to 7 days apart

3. Most patients complete 3 to 6 sessions as part of a broader treatment plan

4. Temporary soreness in the 24 to 48 hours after a session is a normal tissue response, not a sign of harm

5. Your loading program continues between sessions, because the two work together

6. Your DPT monitors your response and adjusts the overall plan as you progress

Throughout the process, we are also building the strength and movement quality that protects the tendon once you are back to full activity. The goal at Victory is not just to get you out of pain. It is to make sure you stay that way.

Common Questions About Achilles Tendinopathy

Can I stay active while treating my Achilles?

In most cases, yes. Our DPTs at Victory will help you identify a level of activity your tendon can tolerate without aggravating it, and we progress that threshold as recovery allows. Staying completely sedentary often slows healing and does not address the underlying problem.

How long does Achilles tendinopathy take to heal?

Acute cases caught early often improve within 6 to 8 weeks of consistent rehabilitation. Chronic cases, especially those involving repeated rest-and-return cycles over months, typically require 12 to 16 weeks of committed work. Shockwave therapy, when appropriate, can shorten that timeline. Recovery is real and achievable, but it takes consistency.  And if you want to fix the root cause (strength, mobility, how you move), lasting results can take 6+ months.

Is shockwave therapy painful?

Most patients describe a tapping or pulsing sensation during treatment and some sensitivity over the most tender area of the tendon. It is generally well tolerated. Our team adjusts the parameters based on your response throughout each session.

Do I need a doctor's referral?

No. Under California's Direct Access law, you can come directly to Victory Performance and Physical Therapy without a physician referral. Call us or book online and we will get you scheduled.

Take the Next Step With Victory Performance PT

Achilles tendinopathy does not have to be a chronic problem you manage around indefinitely. At Victory Performance and Physical Therapy in Culver City, our Doctors of Physical Therapy are experienced in treating the overuse and tendon injuries that active adults deal with most. We combine evidence-based loading protocols, hands-on manual therapy, and shockwave therapy to address what is actually driving your pain and to build the resilience that keeps it from coming back.

Andria Alvarez came to us during her LA Marathon training with knee pain that was threatening to sideline her completely. She crossed the finish line.

"Kyle was always reassessing our sessions and my at home workouts to make sure I got what I needed. Kyle and the Victory team were out there supporting everyone at the LA Marathon, and when I passed them by at Mile 20, we cheered and hugged and celebrated. The support in and out of our PT sessions is priceless."

That kind of outcome is what we work toward with every patient who walks through our door.

📅Book your appointment

📞 Call or text: 424-543-4336

Victory Performance and Physical Therapy | Culver City, CA | Serving active adults and athletes since 2015

If that sounds familiar, you’re not alone. And physical therapy may be exactly what’s missing from your recovery.

Why Does Some Pain Stick Around?

When pain lasts longer than a few weeks, or keeps coming back even after you “rest it,” something deeper is usually going on. Your body is smart. When one area hurts or isn’t working properly, surrounding muscles, joints, and movement patterns shift to compensate. Over time, those compensations become the new normal.

Here’s the problem: the original issue might have partially healed, but the compensations it created are now causing their own set of problems. That nagging hip tightness might be driving your low back pain. The shoulder that “almost” got better might keep flaring up because the muscles around your shoulder blade never reactivated properly.

This is why rest alone doesn’t work for chronic or recurring pain. Rest can calm down symptoms. It doesn’t address the movement dysfunction that’s keeping the cycle going.

What Counts as Chronic Pain?

In clinical terms, chronic pain is pain that persists beyond the expected healing timeline, generally longer than 12 weeks. But for most active adults in Culver City, it’s simpler than that. It’s the thing that’s been bothering you for months. The low back stiffness that shows up every morning. The knee that aches after every run. The neck tension that “you’ve had forever” and never fully leaves.

Research shows that chronic musculoskeletal pain affects a significant portion of the adult population, and that it often responds poorly to passive treatments like medication, rest, or isolated modalities. The most effective long-term approach, according to a large body of evidence, is active, movement-based treatment, which is exactly what physical therapy provides.

How Physical Therapy Treats Pain That Won’t Go Away

At Victory Performance and Physical Therapy, we take a different approach to chronic pain than what many people have experienced before. We don’t just treat where it hurts. We evaluate how your entire body moves to find out why it hurts.

A comprehensive movement assessment. Your first visit includes a full evaluation of how you move, not just the painful area, but the joints and muscles above and below it. Pain in the knee often starts at the hip. Shoulder problems frequently connect to thoracic spine stiffness. Low back pain can trace back to weak glutes or a tight psoas (the deep hip flexor muscle that connects your lower spine to your legs). We look at the full picture.

Hands-on manual therapy. Joint mobilization, myofascial release, and soft tissue work help reduce pain, improve range of motion, and restore normal joint mechanics. This is the hands-on component that helps you feel better in the short term while we address the bigger issues.

Targeted strengthening. This is where the long-term change happens. Chronic pain almost always involves muscles that have become weak, inhibited, or poorly coordinated. We build a progressive strengthening program that reactivates those muscles and gives your body the stability and support it needs. You receive a personalized exercise plan through our Victory App so you can follow along with video-guided exercises between sessions.

Movement retraining. If you’ve been moving differently to avoid pain, even without realizing it, those patterns need to be corrected. Otherwise, the compensations keep creating new problems. We retrain how you squat, hinge, reach, and perform the specific activities that matter to you.

A 2021 clinical practice guideline from the Academy of Orthopaedic Physical Therapy recommends exercise-based treatment as a first-line intervention for chronic musculoskeletal pain, with manual therapy as an effective complement for improving function and reducing disability. (George et al., 2021, JOSPT)

Adrienne A. came to Victory after years of lower back pain that other providers hadn’t been able to resolve:

“I had gone to chiropractors and other physical therapists in the past, but didn’t have any success. After some time, I decided to give PT another try and found this gem that is Victory. Julia was amazing in helping me understand the root of the pain and created a plan to correct it. In less than two months, the pain was gone altogether.”

Tired of dealing with pain that keeps coming back? Our team at Victory Performance and Physical Therapy in Culver City specializes in finding the root cause, not just treating symptoms.

Call today: 424-543-4336

Why Didn’t Rest, Stretching, or Massage Fix It?

These are all reasonable things to try. And for simple, acute issues, they often help. But for chronic or recurring pain, each one has a limitation.

Rest reduces inflammation and gives tissues time to heal. But if the underlying cause of your pain is a movement dysfunction, meaning weak stabilizing muscles, poor joint mechanics, or muscle imbalances, rest won’t change any of those things. You’ll feel better for a while, then the pain returns when you go back to your normal activities.

Stretching can temporarily improve flexibility, but if tightness is your body’s response to instability, stretching can actually make things worse. A tight hamstring, for example, might be compensating for a weak core. Stretching the hamstring without strengthening the core just removes the compensation without fixing the problem.

Massage feels great and can reduce muscle tension in the short term. But muscle tension is often a symptom, not a cause. If your upper traps are tight because your scapular stabilizers aren’t doing their job, the tension will come right back after every session.

Physical therapy is different because it addresses the root cause. It combines the hands-on work that helps you feel better now with the targeted exercise that changes the pattern for good.

Is It Too Late to Start Physical Therapy for Chronic Pain?

No. And this is an important point. Many people assume that because they’ve had pain for months or years, it’s “too far gone” for physical therapy to help. That’s not what the research shows.

A Cochrane systematic review found that exercise-based physical therapy produces significant improvements in both pain and function for chronic low back pain, even in patients who had been dealing with symptoms for extended periods. The review found that exercise therapy was more effective than usual care and education alone for reducing pain. (Hayden et al., 2021, Cochrane Database of Systematic Reviews)

The difference is that chronic conditions require a more structured, progressive approach than acute injuries. At Victory, we build a plan that starts where your body is right now and progressively challenges it over time. The goal isn’t just pain relief. It’s building the strength and movement quality that keeps the pain from coming back.

Maria P. had been dealing with sciatic pain for years before coming to Victory:

“After a few weeks of physical therapy at this wonderful place, my sciatic problems have been alleviated. I am able to work and enjoy my daily routine without feeling pain.”

What Makes Victory’s Approach Different for Chronic Pain?

If you’ve been to physical therapy before and it didn’t work, there are a few things about our approach that set us apart.

We don’t use cookie-cutter protocols. Every treatment plan at Victory is built around your specific evaluation findings, your goals, and the activities you want to get back to. If you’re a runner training along Ballona Creek, your plan will look different from someone who lifts weights at their local Culver City CrossFit affiliate.

We treat the whole chain, not just the painful spot. Pain in one area almost always connects to dysfunction somewhere else. Our Doctors of Physical Therapy are trained to evaluate the entire kinetic chain, from your feet to your core to your shoulders, to find where the real breakdown is happening.

We incorporate progressive strengthening, not just stretching and modalities. Research consistently shows that strength is the foundation of lasting pain relief. We build strength into every treatment plan because that’s what creates permanent change.

We educate you on why your body is doing what it’s doing. Understanding the “why” behind your pain changes how you approach recovery. When you understand that your back pain is driven by weak hip stabilizers and not a damaged spine, it shifts your mindset from fear to empowerment.

A growing body of research supports the role of pain neuroscience education combined with exercise therapy for improving outcomes in chronic pain patients. When patients understand that chronic pain often reflects changes in how the nervous system processes signals, rather than ongoing tissue damage, they engage more actively in their recovery and report better outcomes. (Núñez-Cortés et al., 2024, PAIN)

What Does Recovery From Chronic Pain Look Like?

Recovery from chronic pain doesn’t follow a straight line. You won’t wake up one day with the pain completely gone. Instead, progress usually looks like this:

• Pain becomes less frequent, from daily to a few times per week

• Pain intensity drops, from a 7/10 to a 3/10

• You can do more before the pain shows up: running an extra mile, sitting through a full workday, sleeping through the night

• You feel stronger and more confident in your body

• Flare-ups still happen occasionally, but they’re shorter and less intense, and you know how to manage them

The goal at Victory isn’t to make you dependent on physical therapy forever. It’s to give you the tools and the strength to manage your body independently. We want you to leave treatment stronger than you were before the pain started.

Take the First Step Toward Lasting Relief

If you’ve been dealing with pain that won’t go away, whether it’s been weeks, months, or years, we can help. At Victory Performance and Physical Therapy in Culver City, we specialize in helping active adults break the cycle of chronic pain and get back to doing what they love.

📅 Book Your Appointment Now

📞 Call: 424-543-4336

And almost every time, they say the same thing: “I wish I had come in sooner.”

If you’re wondering whether your pain is “bad enough” for physical therapy, the answer is almost always yes, and the sooner you start, the better your outcome is likely to be.

How Do You Know When It’s Time to See a Physical Therapist?

You don’t need to be in severe pain to benefit from physical therapy. In fact, the people who get the best results are often the ones who come in early, before a minor issue becomes a major one.

Here are the most common signs that it’s time to schedule an evaluation:

Pain that lasts longer than a week or two. Acute muscle soreness from a hard workout should resolve within a few days. If something hurts for more than a week, especially if it’s not improving, that’s your body telling you something isn’t right.

Pain that goes away and comes back. This is the pattern most active adults in Culver City ignore for the longest. Your knee hurts after your Saturday run, feels fine by Tuesday, then hurts again the following weekend. That recurring cycle means the underlying issue isn’t resolving on its own. Rest is managing the symptom, but the cause is still there.

Pain that “warms up” but doesn’t fully go away. Runners and gym-goers know this one well. The first mile or the first few reps hurt, then you loosen up and feel okay. That warmup pattern is a sign of early-stage tissue stress, not something that’s fine to push through indefinitely.

Stiffness that limits your movement. If you can’t turn your head fully, touch your toes, or reach overhead without discomfort, something is restricting your movement. Stiffness is your body’s way of protecting an area that doesn’t feel stable or safe.

An activity you had to stop doing. This is a big one. If pain has taken away something you enjoy, running, lifting, playing with your kids, hiking, your weekend pickup basketball game, that’s a quality-of-life issue worth addressing.

Something that doesn’t feel “right” even if it doesn’t hurt much. A shoulder that clicks. A knee that feels unstable. A hip that catches when you stand up from a chair. These aren’t normal, and they’re worth getting evaluated before they become painful.

Why Waiting Makes Things Worse

There’s a natural tendency to wait and see if pain resolves on its own. And for simple acute issues, like a mild muscle strain from a single event, that approach sometimes works. But for most musculoskeletal problems, especially in active adults, waiting has real consequences.

Your body compensates. When something hurts, you move differently to avoid the pain. You shift weight to the other leg. You stop using your shoulder overhead. You change your running stride. These compensations happen automatically, and over time they create new problems in other areas. The longer you wait, the more compensations your body builds, and the more work it takes to unwind them.

Tissues continue to change. A tendon that’s been overloaded doesn’t just stay the same if you rest it. It can continue to degenerate if the loading pattern that caused the problem isn’t corrected. Research shows that early, appropriate loading through physical therapy produces better tissue healing than prolonged rest for many common conditions.

It becomes harder to treat. A problem that might have taken four visits to address at week two could take twelve visits by month six. The research supports this directly. A large study of over 750,000 patients found that those who received physical therapy within 14 days of their initial visit had significantly reduced use of imaging, injections, surgery, and opioid medications, and their total healthcare costs were 60% lower over two years compared to those who delayed treatment. (Childs et al., 2015, BMC Health Services Research)

Anna S. knows this firsthand. She was bounced between multiple providers for a running injury before finding Victory:

“After being bounced around between other PTs and doctors for a running injury, I finally found Victory. The staff here is truly exceptional, and the exercises Jared, my physical therapist, gave me made a huge difference in getting me to the start (and finish!) of the London Marathon.”

Noticing something that doesn’t feel right? Don’t wait for it to get worse. Our team at Victory Performance and Physical Therapy in Culver City can evaluate what’s going on and give you a clear plan.

Call today: 424-543-4336

What Happens at Your First Physical Therapy Visit?

If you’ve never been to physical therapy, or if your past experience was a room full of people doing the same exercises with minimal supervision, here’s what to expect at Victory.

A one-on-one evaluation. Your physical therapist spends time with you. We ask about your pain history, your activities, your goals, and what you’ve already tried. This isn’t a 5-minute screen followed by a generic exercise handout.

A movement assessment. We watch how you move. Squatting, bending, reaching, walking: the specific movements depend on your issue. We’re looking at the full picture: joint mobility, muscle strength, stability, and coordination. Pain in the knee often traces back to the hip. Low back pain frequently connects to core and glute weakness. We find the root cause, not just the symptom.

A hands-on examination. Joint mobility testing, palpation, and specific clinical tests help us pinpoint exactly what structures are involved and what’s driving your pain.

A clear plan. By the end of your first visit, you’ll know what’s going on, why it’s happening, and what the plan is to address it. No vague “come back three times a week for twelve weeks.” You’ll understand the rationale behind every part of your treatment.

Darragh M. described this experience:

“Julia was awesome. Very knowledgeable and kind. Helped me figure out what was going on with my ankle and make a plan to get running again.”

What Are the Most Common Reasons People See a Physical Therapist?

Physical therapy isn’t just for post-surgical rehab or catastrophic injuries. Here’s what most of our patients at Victory are actually coming in for:

Low back pain: the single most common reason adults seek physical therapy. Whether it’s from sitting at a desk all day, picking something up wrong, or training too hard, low back pain responds well to targeted strengthening and manual therapy.

Knee pain: runner’s knee, patellar tendinopathy (tendon degeneration from overuse), IT band issues, and general knee pain from squatting and lunging. These are almost always driven by hip weakness and poor movement mechanics, not structural damage in the knee itself.

Shoulder pain: impingement, rotator cuff issues, and general shoulder tightness. Desk workers and overhead athletes are especially susceptible. The shoulder depends on muscular stability more than almost any other joint in the body.

Neck pain and headaches: especially common among people who work at computers. Forward head posture, weak deep neck flexors, and thoracic spine stiffness all contribute.

Running injuries:shin splints, plantar fasciitis, Achilles tendinopathy, and hip pain from training. Culver City runners training along Ballona Creek Trail or preparing for the LA Marathon make up a significant portion of our caseload.

Recurring pain after “recovering” from an injury: you felt better, went back to your activity, and the pain returned. This usually means the original issue wasn’t fully resolved or your rehab didn’t progress far enough.

Research Supports Starting Physical Therapy Early

A 2016 systematic review in the Journal of Orthopaedic & Sports Physical Therapy examined the research on early versus delayed physical therapy for musculoskeletal conditions. The findings consistently supported early initiation of PT. Patients who started sooner had better pain outcomes, better functional outcomes, and lower overall healthcare costs. The review also found that early physical therapy may reduce the risk of developing chronic pain and long-term disability. (Horn et al., 2016, JOSPT)

The bottom line is straightforward: if something hurts and it’s not getting better on its own, the sooner you see a physical therapist, the better your chances of a full and efficient recovery.

Stop Waiting and Start Moving Better

If you’ve been telling yourself it’s “not bad enough” or hoping it’ll go away on its own, consider this your sign to take action. The longer you wait, the more your body compensates, and the longer recovery takes when you finally do get help.

At Victory Performance and Physical Therapy in Culver City, we help active adults get ahead of their pain, not just react to it. Whether you’re a runner, a lifter, a weekend athlete, or someone who just wants to move without pain through their daily life, we can help.

You don’t need a referral. You just need to make the call.

📅 Book Your Appointment Now

📞 Call: 424-543-4336

These are normal questions. And knowing what to expect beforehand makes the experience easier and more productive. This post walks you through every step of a first visit at our physical therapy clinic in Culver City, from what to bring to what you will leave with.

What Happens Before You Even Walk In?

Most of the prep work happens before your appointment.

Many clinics send intake forms ahead of time. These forms ask about your medical history, current symptoms, medications, past surgeries, and your activity level. Filling these out before your appointment saves time and gives your therapist a head start on understanding your situation.

If you are coming through California's Direct Access law, you don't need a referral. You can learn more about direct access physical therapy in California here.

What to bring:

• A photo ID

• Any imaging results you have (X-rays, MRI reports)

• A list of current medications

• Your completed intake forms

What to wear: Comfortable clothing you can move in. Athletic shorts, leggings, or joggers work well. If your issue involves your shoulder or upper body, a tank top or t-shirt is helpful. Avoid jeans, dress clothes, or anything that limits your range of motion. You don't need to bring gym shoes unless the clinic asks you to.

How Long Does a First Physical Therapy Visit Take?

Plan for about 60 minutes for your initial evaluation. Some clinics book 45 minutes, others book 75. At Victory Performance and Physical Therapy in Culver City, initial evaluations are designed to be thorough, so you won't feel rushed and the appointment is between 60-90 minutes.

This is longer than a typical follow-up visit, which usually runs 25 to 55 minutes. The extra time on your first visit allows your therapist to do a complete assessment, explain what they find, and start treatment.

What Does the Physical Therapist Ask You?

Your evaluation starts with a conversation. Your therapist will ask detailed questions about your condition. This is called the subjective exam, and it's one of the most important parts of the visit.

Expect questions like:

• Where exactly is your pain or discomfort?

• When did it start, and was there a specific event that caused it?

• What makes it better? What makes it worse?

• How does it affect your daily life, your work, and your training?

• What have you tried so far (rest, ice, stretching, medication)?

• What are your goals for treatment?

That last question matters more than people realize. Research shows that patients who clearly define their goals and expectations at the start of physical therapy are more likely to have successful outcomes. A study in Health and Quality of Life Outcomes found that patients whose treatment expectations were discussed early were better positioned to achieve meaningful clinical improvement (Zeppieri et al., 2017). Link to study

Your answers to these questions shape everything that follows. A runner training for the LA Marathon has different goals than a desk worker who just wants to sit without back pain. Your therapist needs to understand your life, not just your symptoms.

What Does the Physical Exam Include?

After the conversation, your therapist moves into the objective exam. This is the hands-on portion where they assess how your body is actually moving and functioning.

The specific tests depend on your condition, but a thorough evaluation for an active adult typically includes:

Observation. Your therapist looks at your posture, how you stand, and how you hold your body. Sometimes the way you carry yourself reveals patterns that contribute to pain.

Range of motion testing. They measure how far your joints move. This can be active (you move on your own) or passive (your therapist moves you). Comparing sides helps identify restrictions.

Strength testing. Your therapist tests the strength of specific muscle groups related to your problem area. Weakness in one area often contributes to pain somewhere else. For example, hip weakness is a common driver of knee pain in runners.

Special tests. These are clinical tests designed to stress specific structures like ligaments, tendons, or joints. They help narrow down the source of your symptoms. For a shoulder issue, this might involve tests for rotator cuff integrity or impingement (a condition where tendons get pinched during overhead movement). For a knee issue, it might involve tests for meniscus or ligament stability.

Movement screening. Your therapist watches you perform functional movements relevant to your activities. If you're a runner, they may watch you squat, lunge, or even run on a treadmill. If you lift weights, they may have you demonstrate a deadlift or overhead press pattern. This helps identify movement faults that contribute to your pain.

Palpation. Your therapist uses their hands to feel the tissues around your problem area. Palpation means pressing on muscles, tendons, and joints to identify areas of tenderness, swelling, tightness, or abnormal texture. This is a skilled assessment, not just poking around.

None of these tests should cause lasting pain. Your therapist will tell you what they're doing and why. If something is uncomfortable, let them know. The goal is to gather information, not push you through pain.

Will You Get a Diagnosis on Your First Visit?

A licensed physical therapist with a Doctor of Physical Therapy (DPT) degree is trained to give you a provisional diagnosis of most musculoskeletal conditions. By the end of your first visit, your therapist should be able to tell you:

• What they believe is causing your pain or limitation

• Why it's happening (the root cause, not just the symptom)

• What the treatment plan will include

• How many visits they expect you will need

• What you can do at home between visits

This clarity is important. Research published in Physical Therapy shows that patients who understand their condition and have clear expectations about their treatment plan report better outcomes and higher satisfaction with care (Bialosky et al., 2010). Link to study

If your therapist identifies anything during the evaluation that falls outside the scope of physical therapy, they will refer you to the appropriate medical provider. This screening is built into every evaluation, especially for patients coming in through direct access.

Have questions about what your first visit will look like? Our team at Victory Performance and Physical Therapy is happy to walk you through the process before you come in. Call us: 424-543-4336

Will You Receive Treatment on Your First Visit?

At many clinics, yes. A good physical therapy evaluation doesn't end with just an assessment. Most therapists begin hands-on treatment during the same session.

This might include:

Manual therapy. Your therapist uses their hands to mobilize joints, release tight muscles, or improve tissue mobility. This can provide immediate relief and helps your therapist confirm their findings from the evaluation.

Initial exercises. You will likely perform 2 to 4 exercises during your first visit. These are selected based on what the evaluation revealed. Your therapist will teach you proper form and explain why each exercise matters.

Home exercise program. Before you leave, you will receive a set of exercises to do between visits. These are tailored to your specific condition and goals. Most home programs take 10 to 15 minutes per day.

Starting treatment on day one matters. A systematic review in the Journal of Orthopaedic and Sports Physical Therapy found that early initiation of physical therapy was associated with lower overall healthcare costs, fewer opioid prescriptions, and reduced need for advanced imaging and surgery (Ojha et al., 2016, JOSPT). Link to study

The sooner you start working on the problem, the faster you tend to see results.

What Should You Expect After Your First Visit?

It's normal to feel a little sore after your first evaluation. Your therapist tested your body in ways it may not be used to, and some of the treatment techniques can cause temporary soreness, similar to what you'd feel after a new workout.

This should be mild and resolve within 24 to 48 hours. If anything feels significantly worse, call your therapist. That feedback helps them adjust the plan.

After your first visit, you should feel like you understand your condition, know the plan, and have clear next steps. If you leave confused or without answers, that's a red flag about the quality of care.

How Do You Know If the Clinic Is the Right Fit?

Your first visit is also your chance to evaluate the clinic. Pay attention to these things:

Did your therapist listen? A good evaluation is a conversation, not a checklist. If your therapist rushed through questions or didn't ask about your goals, that's a concern.

Were you treated one-on-one? Some clinics have therapists juggling 3 or 4 patients at a time, with aides doing most of the hands-on work. At a clinic like Victory Performance and Physical Therapy, you work directly with your physical therapist in Culver City for the entire session.

Did you leave with a clear plan? You should know your diagnosis, your treatment goals, how many visits are recommended, and what to do at home. If you left without this, ask for clarification at your next visit.

Did they explain everything? Your therapist should explain every test, every finding, and every exercise. If something doesn't make sense, ask. A good PT welcomes your questions.

For more on what to look for in a physical therapist, read our guide on how to choose a physical therapist in Culver City.

Real Patients, Real Results

David L. had been dealing with a nagging hamstring issue for months. He put off seeing a PT because he wasn't sure what the process involved. When he finally came in for his first visit at Victory, his evaluation revealed that his hamstring pain was actually driven by poor hip stability and lumbar motor control. He left that first visit with a clear explanation, hands-on treatment that immediately reduced his symptoms, and a 3-exercise home program.

"I wish I hadn't waited so long. The eval was the most thorough assessment I've ever had. I knew exactly what was wrong and what we were going to do about it."

Rachel K. came in from Mar Vista with chronic shoulder pain that had been limiting her CrossFit training for weeks. She was nervous about her first visit because a previous experience at another clinic had been rushed and impersonal. At Victory, her therapist spent the full hour with her, tested her shoulder through every relevant movement, and identified a scapular dyskinesis pattern (an abnormal movement of the shoulder blade that affects how the shoulder joint functions). Treatment started that same day.

"It was completely different from what I'd experienced before. My therapist actually listened, explained everything, and I could already feel a difference by the time I left."

A Quick Summary of Your First PT Visit

• You fill out intake forms before you arrive

• You wear comfortable, movable clothing

• You plan for about 60 minutes

• Your therapist asks detailed questions about your symptoms, history, and goals

• You go through a hands-on physical exam including movement, strength, and special tests

• You receive a diagnosis and a clear treatment plan

• Most clinics start hands-on treatment during the first visit

• You leave with a home exercise program

Ready to Schedule Your First Visit?

If you've been putting off physical therapy because you weren't sure what to expect, now you know. At Victory Performance and Physical Therapy, we provide thorough, one-on-one evaluations designed for active adults. Our Doctors of Physical Therapy specialize in helping runners, lifters, CrossFit athletes, and everyday active people throughout Culver City and the surrounding neighborhoods get back to doing what they love.

No referral needed under California's Direct Access law. Just call and schedule.

Book Your Evaluation Now Call: 424-543-4336 Serving Culver City, Playa Vista, West Los Angeles, Palms, Marina del Rey, and Westchester.

References

1. Zeppieri, G., Lentz, T. A., Atchison, J. W., Indelicato, P. A., Moser, M. W., Vincent, K. R., and George, S. Z. (2017). Patient-Defined Desired Outcome, Success Criteria, and Expectation in Outpatient Physical Therapy: A Longitudinal Assessment. Health and Quality of Life Outcomes, 15(1), 29.https://hqlo.biomedcentral.com/articles/10.1186/s12955-017-0604-1

2. Bialosky, J. E., Bishop, M. D., and Cleland, J. A. (2010). Individual Expectation: An Overlooked, but Pertinent, Factor in the Treatment of Individuals Experiencing Musculoskeletal Pain. Physical Therapy, 90(9), 1345-1355.https://pmc.ncbi.nlm.nih.gov/articles/PMC2931638/

3. Ojha, H. A., Wyrsta, N. J., Davenport, T. E., Egan, W. E., and Gellhorn, A. C. (2016). Timing of Physical Therapy Initiation for Nonsurgical Management of Musculoskeletal Disorders and Effects on Patient Outcomes: A Systematic Review. Journal of Orthopaedic and Sports Physical Therapy, 46(2), 56-70. https://www.jospt.org/doi/10.2519/jospt.2016.6138

The honest answer is that it depends on what’s going on with your body. But unlike a vague “everyone’s different,” we can give you a realistic framework based on what the research says and what we see with our patients.

There’s also an important distinction we want to make upfront: getting out of pain and actually fixing the problem are not the same thing. At Victory, we don’t practice pain-relief physical therapy. We practice root-cause physical therapy. That difference shapes everything about how we approach your care, and how long we recommend you stick with it.

How Quickly Can You Expect to Feel A Difference?

Most patients notice some improvement within the first two to four visits. That doesn’t mean you’ll be pain-free by week two. It means you’ll start moving better, sleeping better, or noticing that the thing that’s been bothering you isn’t as sharp or constant as it was.

For many common musculoskeletal issues, meaningful reduction in symptoms happens within four to six weeks of consistent physical therapy. A 2021 clinical practice guideline published in the Journal of Orthopaedic & Sports Physical Therapy found that exercise combined with manual therapy leads to measurable improvements in pain and function within the first four weeks for most patients with musculoskeletal pain. (George et al., 2021, JOSPT)

But here’s what that research doesn’t tell you: feeling better is not the same as being fixed.

Pain is your body’s signal that something is off. When that signal quiets down, it’s easy to assume the problem is resolved. In most cases, it isn’t. The underlying strength deficits, movement compensations, and motor control issues that caused the problem in the first place are still there. They’ve just stopped shouting. If you stop treatment when the pain goes away, you’re leaving the root cause unaddressed. And it will come back.

Pain Relief vs. Actual Recovery: Why the Difference Matters

This is central to how we think about physical therapy at Victory.

Pain relief is a milestone, and an important one, but it’s the beginning of recovery, not the end of it. Once your symptoms settle down, the real work begins: rebuilding the strength, motor control, and movement patterns that will keep the problem from returning.

Making lasting changes to how your body moves and how your muscles function takes time. Research and clinical experience are consistent on this point: meaningful strength and motor control adaptations require a minimum of 12 weeks of progressive, structured training. For patients dealing with chronic issues, meaning pain or dysfunction that’s been present for months or years, that timeline is often longer.

This is why we don’t measure success by how quickly we can get you out of pain. We measure it by whether you’re stronger, more capable, and more resilient when you leave than when you arrived. That’s what actually prevents the problem from coming back.

What Affects How Long Physical Therapy Takes?

How long you’ve been dealing with your injury. A muscle strain you got last week is very different from shoulder pain that’s been lingering for nine months. Acute injuries, meaning things that happened recently and have a clear cause, tend to respond faster. Chronic conditions take longer because your body has had time to develop compensation patterns that need to be retrained.

What the underlying issue is. A tendinopathy (tendon degeneration and pain) requires a gradual loading program that can take 8 to 12 weeks just for symptom relief, and longer to fully rebuild tendon strength and resilience. A muscle imbalance causing low back pain might settle down in 4 to 6 weeks, but the strength and motor control work to prevent recurrence extends beyond that. A joint mobility issue from years of desk work might improve quickly with hands-on work, but the movement habits that caused it need time to change.

How consistent you are. This is the factor that matters most and the one you control entirely. Physical therapy works because it progressively changes how your body moves and how strong your supporting muscles are. That requires consistency, both in attending sessions and following through on your home exercise program.

Your overall activity level. Active adults who are already moving tend to respond faster than people who have been sedentary. If you’re a runner, a gym-goer, or someone who stays active around Culver City, hiking Baldwin Hills, cycling the Ballona Creek Trail, or training at a local gym, your body is already primed to adapt. That’s an advantage.

What Does A Typical Physical Therapy Timeline Look Like?

Here’s a realistic breakdown of what recovery looks like for common conditions we treat at Victory Performance and Physical Therapy. Note that the first timeframe reflects symptom improvement. The full recovery timeline, including the strength and motor control work needed to prevent recurrence, runs a minimum of 12 weeks.

Acute muscle strains and minor sprains: symptoms improve in 4 to 6 weeks. These are your pulled hamstrings, tweaked backs from lifting, or rolled ankles. With the right treatment and load management, pain and swelling resolve relatively quickly. The work that follows, restoring full strength and neuromuscular control, takes the remainder of your 12-week plan.

Low back pain: symptoms often improve in 4 to 8 weeks. Low back pain is complex and varies widely. If your pain is driven by weak core and glute muscles, poor movement patterns, or stiffness through the spine and hips, targeted PT can make a significant difference within this window. But low back pain has one of the highest recurrence rates of any musculoskeletal condition, which is exactly why we don’t stop at pain relief. Chronic low back pain that’s been around for months requires even more time to fully address.

Tendinopathies (Achilles, patellar, rotator cuff): 8 to 12 weeks minimum, often longer. Tendons heal differently than muscles. They need progressive loading, starting light and gradually increasing, to rebuild strength and resilience. Rushing this process is the most common reason tendon issues drag on for months or return after someone “feels better.”

Shoulder pain and impingement: 6 to 12 weeks for symptoms, 12+ weeks for full recovery. The shoulder is a complex joint that depends heavily on muscular stability. Recovery requires retraining the rotator cuff, scapular stabilizers, and overall movement patterns. Most patients see significant symptom improvement by the 8-week mark, but the strength work that protects the joint long-term continues beyond that.

Runner’s knee and IT band issues: symptoms improve in 4 to 8 weeks. These overuse injuries respond well to a combination of hip strengthening, load management, and biomechanical correction. Many of the runners we work with in Culver City return to training within this window, but we keep working on the hip strength and running mechanics that caused the problem in the first place.

Why Doesn’t Physical Therapy Work for Some People?

Let’s address this directly. When someone says PT “didn’t work,” it usually comes down to one of three things.

They stopped when the pain went away. This is the most common reason. Pain relief is a sign that treatment is working, not a signal to stop. The underlying cause is still being addressed, and stopping early leaves your body vulnerable to the same problem returning, often worse than before.

The approach wasn’t specific to their problem. Generic exercise sheets and passive treatments like ultrasound or electrical stimulation aren’t physical therapy; they’re placeholders. Effective PT involves a thorough evaluation, a personalized plan, and hands-on treatment that addresses the actual root cause.

They weren’t doing their home exercises. Your physical therapist sees you a few times a week at most. The exercises you do between sessions are what drive the long-term changes. We use an app at Victory so you can follow along with video demonstrations of your specific program, making it easier to stay on track.

Pavel S., a lifelong athlete who came to Victory after years of dealing with mobility issues, put it well:

“I visited multiple massages, acupunctures, chiropractors etc. Then I came across Victory Performance and since I opened the door and walked in I knew I am at the right place, crew is incredibly invested to fully understand your issues following it with customized work-out as solution.”

Dealing with pain that’s holding you back from the activities you love? Our team at Victory Performance and Physical Therapy in Culver City can evaluate what’s going on and give you a clear timeline for recovery, not just until you feel better, but until the problem is actually fixed.

Call today: 424-543-4336

Does Physical Therapy Work Better Than Just Waiting It Out?

This is where the research is clear. While some acute injuries will improve on their own with time, physical therapy produces better outcomes and reduces the chance of the problem coming back.

A large-scale study of over 750,000 patients found that people who started physical therapy early, within 14 days of their initial visit, had significantly lower use of imaging, injections, surgery, and opioid medications compared to those who waited. Their total treatment-related costs were also 60% lower over two years. (Childs et al., 2015, BMC Health Services Research)

The takeaway? Starting physical therapy sooner generally leads to faster recovery and less need for expensive or invasive interventions down the road.

In California, you don’t need a doctor’s referral to see a physical therapist. Under the state’s Direct Access law, you can schedule an evaluation directly. That means you don’t have to wait for an appointment with your primary care doctor first. You can start treatment right away.

How Do You Know If Physical Therapy Is Actually Working?

Good question. Progress in physical therapy isn’t always about pain going to zero. Here’s what meaningful progress actually looks like:

• You can do things today that you couldn’t do two weeks ago

• Your pain is less frequent, less intense, or both

• You’re sleeping better because pain isn’t waking you up

• You’re returning to activities you had to stop: running, lifting, playing with your kids

• You need less ibuprofen or ice to get through the day

• You’re stronger and moving better, even on days when you feel fine

At Victory, we track your progress objectively. We measure range of motion, strength, and functional benchmarks so you can see the improvement, not just feel it. And we keep tracking those benchmarks even after symptoms resolve, because that’s when the real strength work is happening.

Sam C., who dealt with back issues for seven years before finding Victory, described the difference:

“Victory has taken an approach that’s both personalized and extremely effective. I feel stronger and more confident than I ever have during PT treatment.”

How Many Physical Therapy Sessions Will You Need?

For most conditions, a typical plan of care at Victory involves one to two visits per week for a minimum of 12 weeks. That’s the window we’ve found necessary to drive the strength and motor control changes that produce lasting results, not just temporary relief. More complex or chronic conditions will require additional time beyond that.

A 2021 Cochrane review, one of the most rigorous types of research analysis, confirmed that exercise-based physical therapy produces meaningful improvements in both pain and function for chronic musculoskeletal conditions, with the strongest results seen in patients who maintained consistent participation. (Hayden et al., 2021, Cochrane Database of Systematic Reviews)

At Victory Performance and Physical Therapy, we don’t believe in keeping you in treatment longer than you need to be. But we also don’t believe in cutting things short just because the pain is gone. Our goal is to get you strong, confident in your movement, and genuinely resilient, not just symptom-free. That’s what evidence-based, root-cause care looks like.

Ready to Start Moving Without Pain?

If you’ve been putting off physical therapy, or if you tried it before and it didn’t work the way you expected, we’d like to show you what a different approach looks like. At Victory Performance and Physical Therapy in Culver City, every treatment plan starts with a thorough evaluation and a clear roadmap for recovery, one that doesn’t end when the pain stops.

📅 Book Your Appointment Now

📞 Call: 424-543-4336

Most people don't know this. And that lack of awareness costs them time, money, and weeks of unnecessary waiting. This post explains exactly how direct access physical therapy works in California, what the limits are, when you should still see your doctor, and how to get started.

What Is Direct Access Physical Therapy?

Direct access means you can be evaluated and treated by a licensed physical therapist without first getting a referral or prescription from a physician. In California, this right is protected under Assembly Bill 1000 (AB 1000), which went into effect on January 1, 2014.

Before this law, you had to see a doctor first, get a referral, and then schedule with a PT. That process could take weeks. For someone with an acute injury or worsening pain, those weeks mattered. Direct access removes that barrier.

Today, you can call a physical therapy clinic, schedule an evaluation, and begin treatment. No middleman. No waiting room detour.

What Does California's Direct Access Law Actually Say?

The law is straightforward, but it does have limits. Here's what you need to know.

Under AB 1000, a licensed physical therapist in California can evaluate and treat you for:

• Up to 12 visits, or

• Up to 45 calendar days

• Whichever comes first

After that window closes, your physical therapist will need a signed plan of care from a physician, surgeon, or podiatrist before continuing treatment. In most cases, your PT can coordinate this for you so the process is smooth.

Other key details:

• You must be 18 years or older

• You must be physically present in California during your evaluation and treatment

• Your physical therapist is required to screen for conditions that fall outside their scope of practice and refer you to a physician if needed

This last point is important. Physical therapists are trained to identify red flags during your evaluation. If something about your symptoms suggests a more serious medical condition, a good PT will recognize it and make sure you see the right provider.

Can Direct Access Save You Money?

Research says yes. A study published in the Journal of Orthopaedic and Sports Physical Therapy compared patients with back and neck pain who chose direct access to physical therapy versus those who went through traditional physician referral. The direct access group had similar clinical outcomes, including comparable improvements in pain and disability. But they spent an average of $1,543 less in total healthcare costs over the following year (Denninger et al., 2018, JOSPT).

A separate systematic review and meta-analysis in Physical Therapy found that direct access to PT was associated with fewer healthcare visits and reduced imaging rates compared to physician-first access, without sacrificing clinical improvement (Hon et al., 2021, Physical Therapy).

The pattern is consistent across the research. When patients go directly to a physical therapist for musculoskeletal issues, they tend to get better just as fast while spending less on imaging, medications, and specialist visits they may not have needed.

Dealing with pain or an injury and want to skip the referral process? At Victory Performance and Physical Therapy in Culver City, you can schedule a direct access evaluation and start treatment right away.

Call today:424-543-4336

Does My Insurance Cover Direct Access Physical Therapy?

This is one of the most common questions, and the answer depends on your plan.

PPO plans in California generally cover physical therapy visits under direct access the same way they would with a physician referral. You'll pay your normal copay or coinsurance, and visits count toward your plan's PT benefit.

HMO plans often require a referral from your primary care physician, even though the state law allows direct access. This is a plan-level requirement, not a legal one. If you have an HMO, check with your insurance company before scheduling.

Medicare requires a physician referral for physical therapy. Direct access does not apply to Medicare beneficiaries. If you're on Medicare, your doctor will need to provide a referral before you can begin PT.

Workers' Compensation claims also require a physician referral.

Cash pay is always an option. If you prefer to pay out of pocket, direct access allows you to schedule immediately without involving your insurance at all.

The best step is to call the clinic you're considering and ask about your specific coverage. And remember, not all Physical Therapy is created equally.

When Should You Still See Your Doctor First?

Direct access is a powerful tool, but it's not always the right first step. There are situations where seeing your physician before starting PT makes sense.

Consider seeing your doctor first if:

• Your pain started after a traumatic event like a car accident, a fall from height, or a significant impact

• You have symptoms beyond pain, such as fever, unexplained weight loss, night sweats, or changes in bladder or bowel function

• You have a history of cancer and are experiencing new, unexplained pain

• Your symptoms are getting worse rapidly despite rest

• You're unsure whether your issue is musculoskeletal in nature

A licensed physical therapist is trained to screen for these situations during your evaluation. If anything about your presentation raises concern, they'll refer you to the appropriate medical provider. This screening process is a required part of every direct access evaluation.

But for the majority of musculoskeletal issues in active adults, like a sore knee from running, a stiff low back from training, or a shoulder that hurts with overhead movements, direct access gets you to the right provider faster.

How Does a Direct Access Evaluation Work?

When you come in for a direct access visit, the evaluation is the same comprehensive process you'd receive with a referral. There's no reduced version of care.

A typical direct access evaluation at Victory Performance and Physical Therapy includes:

• Full medical history review. Your therapist asks about your symptoms, how they started, what makes them worse, and what you've tried so far.

• Screening for red flags. This is a critical step in any direct access visit. Your PT checks for signs that suggest your issue may need medical evaluation before PT can begin.

• Movement assessment. Watching how you move through functional patterns relevant to your activities.

• Strength and mobility testing. Identifying the specific deficits contributing to your pain.

• Diagnosis and plan of care. You leave with a clear understanding of what's going on, why, and what the plan is to address it.

From there, treatment begins. Most patients start hands-on treatment and their first exercises during the same visit as the evaluation.

How Do You Get Started with Direct Access PT in Culver City?

The process is simple:

1. Call or book online. Contact the clinic directly. No referral paperwork needed.

2. Evaluation visit. Your physical therapist performs a thorough assessment and begins treatment.

3. Treatment plan. You receive a personalized plan with clear goals and a timeline.

4. Physician coordination (if needed). If your treatment extends beyond 12 visits or 45 days, your PT will help coordinate a physician sign-off.

That's it. No waiting for a doctor's appointment. No delay between your referral and your first PT visit. You call, you come in, you start.

Real Patients, Real Results

Marcus T. tweaked his back during a heavy deadlift session at his gym in Playa Vista. He assumed he'd need to see his doctor first, get imaging, and wait for a referral. When he learned about direct access, he called Victory the same day. His PT identified a motor control deficit in his lumbar spine, started hands-on treatment that first visit, and had Marcus back to training within four weeks.

"I thought I'd be out for months. Instead, I was in the clinic two days after the injury. No runaround, no waiting. Just treatment."

Amanda R., a runner from West Los Angeles, had been dealing with hip pain for weeks. She didn't want to wait for a referral because she had a half marathon eight weeks out. She used direct access to get into Victory, where her therapist identified a gluteal tendinopathy (a condition where the tendon on the side of the hip becomes irritated and weakened). With targeted strengthening and training modifications, she ran her race on schedule.

"I didn't even know I could see a PT without a referral. Once I found out, I was in the clinic the next day. That made all the difference."

Key Takeaways

• ✅ California law allows you to see a physical therapist without a doctor's referral

• ✅ You can receive up to 12 visits or 45 days of treatment under direct access

• ✅ Most PPO insurance plans cover direct access PT visits

• ✅ Medicare and Workers' Comp still require a physician referral

• ✅ Research shows direct access can save money while delivering the same outcomes

• ✅ Your physical therapist screens for medical red flags at every direct access evaluation

Ready to Start Physical Therapy Without the Wait?

Don't let a referral delay keep you from getting the care you need. At Victory Performance and Physical Therapy, we specialize in helping active adults throughout Culver City and the surrounding area get back to the activities they love. Our team of Doctors of Physical Therapy provides evidence-based, one-on-one care, and California's Direct Access law means you can start today.

📅Book Your Evaluation Now

📞 Call:424-543-4336

Serving Culver City, Mar Vista, Playa Vista, Palms, West Los Angeles, Marina del Rey, and Westchester.

How do you actually pick the right one?

Not all physical therapy is the same. The difference between a great PT experience and a frustrating one comes down to a few factors most people don't think to ask about. This guide walks you through what to look for, what questions to ask, and what red flags to watch for. The goal is to help you find a physical therapist in Culver City who can actually help you get back to the activities you love.

What Credentials Should a Physical Therapist Have?

Every licensed physical therapist in California holds at least a graduate degree. But the profession has changed a lot. Today, the standard entry-level degree is a Doctor of Physical Therapy (DPT). This is a three-year doctoral program completed after a bachelor's degree. It's the credential you should look for.

Some therapists also hold board certifications in specialty areas. The American Board of Physical Therapy Specialties (ABPTS) offers certifications in orthopaedics (OCS), sports (SCS), and neurology (NCS). These require extra clinical hours and a rigorous exam. If your issue is sports-related or involves a specific joint, a therapist with one of these certifications brings deeper expertise.

What to look for:

• DPT degree from an accredited program

• Active California PT license (you can verify atptbc.ca.gov)

• Board certification relevant to your condition, such as OCS or SCS

• Recent continuing education in areas related to your issue

At Victory Performance and Physical Therapy, our team holds Doctorate of Physical Therapy degrees and pursues ongoing continuing education in sports medicine, manual therapy, and movement science. Credentials matter. But what matters more is how a therapist applies that knowledge to your specific situation.

Do You Need a Doctor's Referral to See a PT in Culver City?

Many people don't know this, but California's Direct Access law allows you to see a physical therapist without a doctor's referral. Under Assembly Bill 1000, which took effect in 2014, you can receive up to 12 visits or 45 days of physical therapy treatment (whichever comes first) without a physician's prescription.

This is a big advantage for active adults who want to address pain quickly. Research published in the Journal of Orthopaedic and Sports Physical Therapy found that patients who chose direct access to physical therapy for back and neck pain had similar outcomes to those who went through physician referral. The direct access group also cost an average of $1,543 less per episode of care (Denninger et al., 2018, JOSPT). Link to study

A few exceptions to be aware of:

• Medicare patients still need a physician referral

• After 12 visits or 45 days, a physician will need to sign off on your plan of care if treatment should continue

• If your physical therapist identifies signs of a condition outside their scope, they'll refer you to the right medical provider

A good physical therapist screens for red flags during your first visit. These are conditions that need medical attention rather than PT. This screening is a key part of the process, and it's one reason why choosing an experienced therapist matters.

Struggling with pain that's keeping you from training or staying active? Our team at Victory Performance and Physical Therapy in Culver City can evaluate your condition and develop a plan tailored to your goals. No referral needed.

Call today: 424-543-4336

What's the Difference Between One-on-One Care and High-Volume PT?

This is the single biggest quality difference between physical therapy clinics. And most people don't know to ask about it.

In a one-on-one model, your physical therapist works with you for the entire session. They watch your movement. They adjust exercises in real time. They use hands-on techniques when needed. And they progress your program based on what they see that day.

In a high-volume model (sometimes called "mill-style" PT), a therapist may work with three or four patients at once. You might spend most of your session doing exercises on your own or with a technician. You may see the actual PT for only a few minutes.

This model can work for simple rehab. But for complex or stubborn issues, it often falls short.

Questions to ask when calling a clinic:

• "Will I work directly with the physical therapist for my entire session?"

• "How many patients does the therapist see at the same time?"

• "Who does the hands-on treatment, the PT or an aide?"

There's no wrong answer. But you deserve to know what you're getting before you commit. If your issue has lasted for weeks or months, or if it's tied to how you move during activities like running, lifting, or CrossFit, one-on-one care with a DPT typically leads to better results.

Should You Choose a Specialist or a Generalist?

Physical therapy is a broad field. Some clinics treat everything from post-stroke rehab to pediatric conditions to sports injuries. Others focus on specific populations.

For active adults in Culver City who run, lift, cycle, play pickleball, do CrossFit, or play recreational sports, a clinic that specializes in orthopaedic and sports physical therapy is usually the right fit. A therapist who works with active people every day understands the demands of your activities. They can look beyond where your pain is and assess why your body is producing it based on how you move and train.

Specialization matters most when:

• You've been to PT before and it didn't help

• Your pain is tied to a specific activity like running, overhead lifting, or cycling

• You want to return to sport or training, not just "feel better"

• Your issue involves a complex movement pattern, not just a single joint

At Victory Performance and Physical Therapy, we specialize in working holistically with active adults. Our patients are runners, CrossFit athletes, weightlifters, cyclists, and recreational athletes throughout Culver City, Mar Vista, Playa Vista, Palms, Venice and the greater West Los Angeles area. We understand the demands of your training because we live in that world.

What Should a Good PT Evaluation Look Like?

Your first visit is the most important appointment you'll have. A thorough evaluation sets the direction for everything that follows. If the evaluation feels rushed or generic, that's a red flag.

A comprehensive evaluation for an active adult should include:

• Detailed history. Not just "where does it hurt," but how it started, what makes it worse, what you've tried, and what your goals are.

• Movement screening. Watching how you move through functional patterns, not just testing one joint at a time.

• Strength and flexibility testing. Finding specific deficits, not just general "weakness."

• Hands-on assessment. Manual palpation (hands-on examination of tissue) and joint mobility testing when appropriate.

• Activity-specific testing. If you're a runner, they should watch you run. If you lift, they should see your movement under load.

• Clear explanation. You should leave knowing what the problem is, why it's happening, and what the plan is to address it.

Red flags during an evaluation:

• The therapist doesn't ask about your goals or activities

• You're given a generic exercise sheet with no explanation

• No hands-on assessment is performed

• The therapist can't explain what's causing your pain in terms you understand

• You feel rushed

A 2021 systematic review and meta-analysis published in Physical Therapy found that direct access to physical therapy led to comparable clinical improvements to physician-first access while using fewer healthcare resources (Hon et al., 2021, Physical Therapy).Link to study The quality of that initial evaluation is what makes this possible. A skilled therapist identifies the right diagnosis and treatment path from day one.

How Do You Know If Your Physical Therapy Is Working?

Too few people ask this question, and it's an important one. Physical therapy isn't a passive process where you show up and hope for the best. You should see measurable progress.

Benchmarks of effective physical therapy:

• By visit three or four. You should understand your diagnosis and feel confident doing your home exercises on your own.

• By week two or three. You should notice some change in pain, range of motion, or what you're able to do. Even a small shift counts.

• By week four to six. Meaningful functional improvement. You're doing things you couldn't do before treatment started.

• Ongoing. Your therapist adjusts your program based on your progress instead of running the same exercises every week.

If you're several visits in and nothing has changed, and your therapist hasn't adjusted the approach, it's reasonable to ask about it. Good therapists welcome that conversation. They should be able to explain what they plan to change.

Evidence-based physical therapy is goal-oriented and time-bound. The aim is to restore your function as efficiently as possible, not to keep you coming back indefinitely. Look for a therapist who talks about discharge goals from the beginning.

What About Insurance, Cost, and Logistics?

Practical factors matter too. A great therapist you can't afford or can't get to isn't going to help.

Questions to ask:

• "Do you accept my insurance?" (Call your insurance company to verify your PT benefits.)

• "What's the typical copay or cost per session?"

• "How long are sessions?"

• "What are your hours?" (Important for working adults. Look for early morning or evening availability.)

• "Where is the clinic?" (Being close to your home or workplace makes it easier to stay consistent.)

Many physical therapy clinics in Culver City accept PPO plans and offer cash-pay options. Under California's Direct Access law, your insurance typically covers PT visits the same way it would with a physician referral. But it's always worth confirming with your carrier.

Victory Performance and Physical Therapy is located at 11461 Washington Blvd in Culver City. We're open Monday through Friday, 7 AM to 7 PM, and weekends, 8 AM to 5 PM. We're easily accessible for residents of Culver City, Mar Vista, Playa Vista, West LA, Marina del Rey, and surrounding neighborhoods.

Real Patients, Real Results

Josh M. came to Victory after months of knee pain that kept him from running. He'd tried resting, icing, and exercises from YouTube. Nothing worked. After a thorough evaluation, his therapist identified a hip stability deficit that was driving abnormal loading through his knee. Within six weeks of targeted strengthening and movement retraining, Josh was back on the road.

"I'd been to PT before and it felt like I was just doing random exercises. At Victory, they figured out why my knee hurt, and the program made sense. I'm running more now than before I got injured."

Sarah T., a CrossFit athlete from Mar Vista, had dealt with shoulder pain for over a year. Multiple providers told her to stop doing overhead movements. Victory's team assessed her scapular dyskinesis (abnormal shoulder blade movement) and thoracic mobility, identified the root cause, and built a program that helped her return to full training.

"They didn't just treat my shoulder. They figured out the whole chain. I'm stronger now than before the pain started."

A Simple Checklist for Choosing Your PT

Before you book, run through this list:

• ✅ Credentials. DPT degree, active California license, relevant specializations.

• ✅ Care model. One-on-one treatment time with the actual PT.

• ✅ Specialization. Experience with your specific condition and activity level.

• ✅ Evaluation quality. Thorough, activity-specific, with a clear explanation.

• ✅ Progress tracking. Goal-oriented care with measurable benchmarks.

• ✅ Direct Access. Can you start without a referral? In California, yes.

• ✅ Logistics. Location, hours, insurance acceptance, session length.

Ready to Find the Right Physical Therapist in Culver City?

Choosing a physical therapist affects how quickly you recover, how well you recover, and whether you get back to doing what you love. Take the time to ask the right questions. Don't settle for a clinic that doesn't meet your standards.

At Victory Performance and Physical Therapy, we specialize in helping active adults throughout Culver City and West Los Angeles move better, train harder, and live without limitation. Our team of Doctors of Physical Therapy provides evidence-based, one-on-one care designed around your goals.

No referral needed.

📅Book Your Evaluation Now

📞 Call:424-543-4336

Serving Culver City, Mar Vista, Playa Vista, Palms, West Los Angeles, Marina del Rey, and Westchester.

References

1. Denninger, T. R., Cook, C. E., Chapman, C. G., McHenry, T., and Thigpen, C. A. (2018). The Influence of Patient Choice of First Provider on Costs and Outcomes: Analysis From a Physical Therapy Patient Registry. Journal of Orthopaedic and Sports Physical Therapy, 48(2), 63-71.https://www.jospt.org/doi/10.2519/jospt.2018.7423

2. Hon, S., Ritter, R., and Allen, D. D. (2021). Cost-Effectiveness and Outcomes of Direct Access to Physical Therapy for Musculoskeletal Disorders Compared to Physician-First Access in the United States: Systematic Review and Meta-Analysis. Physical Therapy, 101(1), pzaa201.https://academic.oup.com/ptj/article/101/1/pzaa201/5999910

3. California Assembly Bill 1000 (2013). Direct Access to Physical Therapy Services.https://www.apta.org/advocacy/issues/direct-access-advocacy/direct-access-by-state
   

However, recent research has fundamentally changed how we understand hip flexor-related knee pain. A 2024 systematic review on iliotibial band syndrome found that the problem isn't actually IT band "tightness"—it's hip muscle weakness causing poor movement patterns. The solution isn't aggressive stretching of the IT band itself, but rather strengthening the hip muscles that have failed to do their job.

Understanding Your Hip Flexors and IT Band

Your hip flexor complex includes several muscles that lift your thigh toward your chest:

• Iliopsoas: The deep hip flexor connecting your spine to your thigh.

• Rectus femoris: Part of your quadriceps that crosses both hip and knee.

• Tensor fasciae latae (TFL): A small muscle on the outer hip that connects to the IT band.

The iliotibial band (IT band) is a thick fascial structure running down the outside of your thigh from your hip to just below your knee. It is fed by both the TFL and part of your gluteus maximus muscle. The IT band does not stretch, it is incredibly stiff fascia that provides stability to your leg during movement.

When your hip flexors function properly, they work in balance with your glutes and hip abductors. When they become tight and overactive, they create problems throughout your lower body, including your knees.

What Happens When Your Hip Flexors Are Tight?

Hip flexor tightness affects your knees through several interconnected mechanisms.

Anterior Pelvic Tilt and Altered Knee Loading

Tight hip flexors pull your pelvis forward into an anterior tilt. This changes the angle at which your thigh bone sits in the hip socket, which affects how forces enter your knee. The altered pelvic position increases stress on your low back and changes the Q-angle (the angle between your hip and knee), potentially increasing lateral stress on your kneecap.

TFL Overactivity and IT Band Tension

When your gluteus medius is weak, your TFL compensates by working overtime. Since TFL inserts into the IT band, this overactivity increases tension along the entire band. Recent research shows that IT band syndrome is not caused by the band being "tight", it is caused by repetitive compression of tissues beneath the band when hip muscles cannot control thigh position properly.

A 2021 systematic review in the Journal of Athletic Training found that hip abductor weakness is the primary driver of IT band syndrome, not IT band tightness itself. The compression happens at approximately 20-30 degrees of knee flexion during running and cycling when the hip drops and the thigh angles inward.

Dynamic Knee Valgus During Activity

Tight hip flexors often coexist with weak hip abductors. This combination allows your knee to collapse inward during running, squatting, and landing. The inward collapse (dynamic knee valgus) increases stress on your kneecap, overloads the inner knee structures, and creates excessive lateral pull through the IT band.

Limited Hip Extension During Gait

When hip flexors are tight, you cannot fully extend your hip during the push-off phase of walking or running. This limitation forces compensations: your low back hyperextends, your glutes cannot activate fully, and your knee absorbs more stress with each step. Over time, this altered gait pattern contributes to anterior knee pain and IT band irritation.

Rectus Femoris Compression on the Kneecap

The rectus femoris, one of your hip flexors, attaches directly to the top of your kneecap. When it is chronically tight, it creates constant downward pressure on your kneecap, compressing the cartilage underneath and contributing to patellofemoral pain.

The Updated Science on IT Band Syndrome

Recent research has fundamentally revised our understanding of IT band syndrome, with important implications for treatment.

From Friction to Impingement

The traditional model believed the IT band "rolled over" the outer part of your knee, creating friction. We now know this is wrong. Cadaver studies confirm the IT band has multiple fibrous connections to your thigh bone that prevent it from rolling.12 The pain comes from compression of a fat pad beneath the IT band, not from friction.

A 2021 review in the Journal of Athletic Training synthesized current evidence and found that strain rate (how quickly the IT band is loaded) matters more than absolute tightness. Runners with IT band syndrome show greater IT band strain throughout the support phase of running, with peak strain occurring at 20-30 degrees of knee flexion, the "impingement zone."

Hip Weakness Is the Primary Problem

Multiple studies from 2020-2024 confirm that hip abductor weakness, not IT band tightness, drives lateral knee pain. A 2020 pilot randomized trial in the Journal of Orthopaedic Surgery and Research compared IT band stretching versus progressive hip strengthening in female runners with chronic IT band syndrome. The progressive strengthening group improved on 13 outcome measures versus only 5 for stretching.

Research by Fredericson showed that 22 of 24 athletes (91.7%) with IT band syndrome returned to running after a 6-week hip abduction strengthening program, with hip strength increases of 35-50%.

The IT Band Cannot Be Meaningfully Stretched

A mathematical biomechanical model published in 2008 calculated that stretching the IT band would require forces of approximately 2,000 pounds, far beyond what any human could generate through stretching exercises. When you feel a stretch along your outer thigh, you are stretching muscles (TFL, glutes) that attach to the IT band, not the band itself.

How Do Hip Flexors and TFL Become Tight?

Several factors contribute to hip flexor tightness in active adults:

Prolonged Sitting

Hours sitting at a desk, in a car, or on the couch keeps your hip flexors in a shortened position. This chronic positioning reduces their flexibility and can lead to adaptive shortening over time.

Single-Plane Training

Runners and cyclists move primarily in a forward direction, repeatedly using hip flexion while neglecting lateral and rotational movements. This creates imbalances where hip flexors become strong and tight while hip abductors become weak.

TFL Compensation for Weak Glutes

When the gluteus medius is weak, TFL compensates during single-leg activities. This chronic overuse leads to TFL tightness and increased IT band tension, but the root problem is weak glutes, not tight TFL.

Training Errors

Rapidly increasing running mileage, adding excessive hill work, running on banked surfaces (like road shoulders), and training through pain all contribute to IT band syndrome development. Research shows approximately 60% of IT band syndrome cases stem from training errors.

Anatomical Factors

Greater-than-normal hip adduction (more common in females), internal tibial torsion, excessive foot pronation, and leg length discrepancies all increase risk for IT band issues by altering mechanics and increasing tissue strain.

How Physical Therapy Addresses Hip Flexor Dysfunction and IT Band Pain

At Victory Performance and Physical Therapy in Culver City, we follow evidence-based protocols that address the true cause of your lateral knee pain: hip muscle weakness and movement pattern dysfunction.

Phase 1: Calming the Acute Flare (Weeks 1-2)

When pain is acute, we focus on reducing inflammation and stress:

• Activity modification (avoiding aggravating movements).

• Ice application (15-20 minutes, 2-3 times daily).

• Cross-training (swimming, stationary cycling with bike fit adjustment).

• Low-load hip activation exercises.

• Gentle manual therapy to tight muscles.

Not recommended: Deep friction massage to IT band, aggressive IT band stretching, or corticosteroid injections (evidence shows limited benefit).

Phase 2: Building Hip Strength (Weeks 2-6)

The core of effective treatment focuses on hip abductor strengthening:

• Side-lying hip abduction (3 sets x 15-30 reps).

• Clamshells with progressive resistance.

• Single-leg hip hikes (preventing pelvic drop).

• Standing hip abduction with bands.

• Side planks for hip stabilizer endurance.

Research supports high-quality movement with eccentric control focus. We progress resistance from band at knees to ankles to forefeet, with studies showing forefoot band placement provides optimal gluteal activation.

Phase 3: Functional Loading (Weeks 4-8)

We progress to weight-bearing exercises that challenge your hip control:

• Single-leg stance exercises.

• Forward and lateral lunges.

• Step-ups and step-downs (4-8 inch platform progressing higher).

• Lateral band walks.

• Single-leg mini squats (preventing knee valgus).

Progression criteria include pain 3/10, high-quality sagittal plane motion, and no Trendelenburg gait pattern.

Phase 4: Return to Sport (Weeks 6-10+)

The final phase prepares you for high-demand activities:

• Deep single-leg squats.

• Lateral hops and bounds.

• Drop jumps (bilateral single-leg progression).

• Agility drills.

• Run-walk intervals (starting 1:1 ratio, progressing to continuous running).

Effective Hip Flexor Stretching

While strengthening hips is primary, targeted hip flexor stretching can help:

• Kneeling hip flexor stretch (pirate stretch): Targets iliopsoas and rectus femoris, 30 seconds X 3 reps, 2x daily.

• TFL-specific stretch: Based on 2015 ultrasound research: hip extension + adduction + external rotation + knee flexion 90 degrees, held 30 seconds X 3-5 reps.

• Dynamic hip flexor mobilizations: Performed as warm-up before activity.

Important: These stretches supplement hip strengthening but do not replace it.

Manual Therapy Adjuncts

Evidence supports manual therapy when combined with exercise:

• Hip joint mobilizations (improve mobility for effective strengthening).

• Soft tissue mobilization of TFL and hip flexors (reduce tension).

• Neuromuscular re-education (motor control training).

• Extracorporeal shockwave therapy (emerging evidence for IT band syndrome).

A 2024 systematic review found that multimodal approaches combining strengthening with manual therapy produced pain reductions of 27-100% and functional improvements of 10-57% over 2-8 weeks.

Evidence-Based Treatment Outcomes

Research consistently demonstrates strong outcomes when hip weakness is properly addressed:

IT Band Syndrome Recovery Rates:

• Mild cases: 100 percent recovered in 2 to 4 weeks

• Average cases: 100 percent recovered in 7 to 8 weeks

• Severe cases: 100 percent recovered in 9 to 24 weeks

Effectiveness of Hip Strengthening:

• 91.7 percent of athletes return to running after 6-week hip abduction program

• Hip strength increases of 35 to 50 percent

• Pain reductions of 27 to 100 percent

• Functional improvements of 10 to 57 percent

Long-Term Outcomes: Studies show 50 to 90 percent improvement with conservative treatment in 4 to 8 weeks, with good prognosis following proper management emphasizing hip strengthening and biomechanical correction.

What Doesn't Work for IT Band Pain

Based on current evidence, several traditional approaches lack support:

Not Effective or Not Recommended:

• Aggressive IT band stretching (can't meaningfully lengthen fascia)

• Deep friction massage to IT band (limited evidence, no proven benefit)

• Foam rolling IT band (may provide temporary relief via mechanoreceptor stimulation but doesn't address root cause)

• Corticosteroid injections beyond 2 weeks (limited long-term benefit)

• Continuing high-volume training without addressing hip weakness

The Ober Test Misconception: Research from 2016 showed the Ober test is not valid for measuring IT band tightness. A positive test indicates hip muscle tightness, not IT band restriction.

Why Hip Strengthening Works When Stretching Doesn't

Many runners and athletes spend months stretching their IT band and hip flexors without improvement because they are not addressing the root problem—hip muscle weakness that allows poor movement mechanics.

When you strengthen your hip abductors and correct movement patterns:

• Your pelvis stays level during single-leg stance.

• Your thigh stays aligned instead of rotating inward.

• Forces distribute more evenly through your knee.

• IT band strain decreases naturally without stretching.

• You build resilience against future flare-ups.

You are fixing the mechanical dysfunction, not just chasing symptoms.

Comprehensive Care at Victory Performance and Physical Therapy

At Victory, we recognize that hip flexor and IT band issues require comprehensive assessment and treatment. We evaluate:

• Hip abductor and gluteus medius strength

• TFL tension and overactivity patterns

• Hip flexor flexibility and strength

• Movement quality during squatting, lunging, and single-leg stance

• Running mechanics (stride rate, hip drop, knee valgus)

• Training load and volume

Your personalized treatment plan addresses all factors contributing to your lateral knee pain, not just one piece of the puzzle.

What to Expect From Treatment

Most active adults see significant improvement in 6 to 8 weeks with proper hip strengthening protocols.

Success indicators include:

• Hip abductor strength improvements of 35 to 50 percent

• Symmetry between injured and non-injured sides

• Pain reduction during running and functional activities

• Single-leg squat quality (no knee valgus or Trendelenburg)

• Progressive return to full training volume

The timeline depends on symptom duration, training demands, and adherence to exercise programs. Acute cases (less than 3 months) typically improve in 4 to 8 weeks, while chronic cases (greater than 3 months) may require 8 to 12 weeks.

Take Control of Your Lateral Knee Pain

Tight hip flexors and IT band pain do not respond to stretching alone because the real problem is hip muscle weakness allowing poor mechanics. But targeted physical therapy that strengthens your hips, corrects movement patterns, and manages training load can resolve even chronic lateral knee pain.

At Victory Performance and Physical Therapy in Culver City, we use evidence-based protocols that address the root cause of IT band syndrome and hip flexor-related knee pain. Whether you are a runner dealing with persistent lateral knee pain, a cyclist fighting IT band issues, or an athlete limited by hip and knee dysfunction, our team can help.

Don't waste more time on treatments that do not address the real problem. Schedule an evaluation today with our expert physical therapists and discover how hip strengthening can eliminate your knee pain for good.

📅 Call Today: 424-543-4336

A 2024 systematic review in the Journal of Sport and Health Science analyzed 79 studies across four knee conditions and found that people with patellofemoral pain showed significantly reduced hamstring strength (effect size 0.48, 1.07) and decreased flexibility (effect size 0.76) compared to healthy individuals. The researchers concluded that assessing and targeting both hamstring strength and flexibility during rehabilitation is recommended for knee pain.

Understanding Your Hamstrings and Their Role in Knee Health

Your hamstrings are a group of three muscles running down the back of your thigh from your hip to just below your knee:

• Biceps femoris: The outer hamstring muscle.

• Semitendinosus: One of the inner hamstring muscles.

• Semimembranosus: The other inner hamstring muscle.

These muscles perform two important functions: they bend your knee and extend your hip. During running, walking, and squatting, they work with your quadriceps to control knee motion and absorb force.

Healthy hamstrings need to be both flexible enough to allow full knee extension and strong enough to control knee bending and support the joint. Problems develop when they become too tight, too weak, or both.

What Happens When Your Hamstrings Are Tight or Weak?

Hamstring dysfunction affects your knees through several interconnected pathways.

Increased Patellofemoral Joint Compression

When hamstrings co-contract with your quadriceps, which happens when they are tight, they increase compression forces on your kneecap. Research using cadaver studies found that hamstring loading significantly increased lateral kneecap contact pressures and shifted the kneecap laterally. This concentrated pressure on specific areas of cartilage creates the pain you feel with squatting, stairs, and prolonged sitting.

Altered Patellar Tracking

Tight hamstrings combined with weak quadriceps create an imbalance that pulls your kneecap off its normal path. A 2009 study found that people with patellofemoral pain had significantly shorter hamstrings (145.6 degrees of knee extension) compared to healthy controls 153.7 degrees). This tightness, especially when paired with weak inner quad muscles, worsens lateral tracking problems.

Reduced Knee Extension During Movement

Tight hamstrings limit how far your knee can straighten during the swing phase of walking or running. This means you spend more time moving with your knee in a bent position, which increases the load on your kneecap throughout the day. Runners with tight hamstrings often show reduced stride length, altered running mechanics, and increased time in the high-stress zone for their knees.

Posterior Pelvic Tilt

Chronically tight hamstrings pull your pelvis backward into a posterior tilt. This decreases the natural curve in your low back, shifts your center of mass forward, and changes the angle at which forces enter your knee. The combination can create both low back pain and knee pain simultaneously.

Delayed Muscle Activation

A 2021 randomized controlled trial published in Sports Health found that people with patellofemoral pain and tight hamstrings showed delayed activation of both hamstrings and quadriceps. This delayed firing means the muscles are not protecting your knee when needed most, during the critical loading phases of movement.

Muscle Imbalance and Instability

When hamstrings are weak relative to your quadriceps, the imbalance creates what is called quadriceps dominance. This imbalance allows excessive forward movement of your shin bone during activities, compromising knee stability and increasing stress on the joint structures.

How Do Hamstrings Become Tight and Weak?

Several factors contribute to hamstring dysfunction in active adults:

Prolonged Sitting

Hours spent sitting at work, in your car, or at home keeps your hamstrings in a shortened position. Over time, this chronic positioning reduces flexibility and can weaken the muscles through disuse.

Single-Sport Training

Runners and cyclists develop strong hamstrings in certain ranges of motion but may lack flexibility or strength in end-range positions. The repetitive nature of these sports can create imbalances.

Previous Injury

Old hamstring strains, even minor ones, often heal with scar tissue that limits flexibility. Many people never fully rehabilitate hamstring injuries, leaving lasting deficits in both flexibility and strength.

Improper Stretching Techniques

Static stretching alone, especially before activity, can temporarily reduce muscle activation without improving long-term flexibility. Recent research shows dynamic stretching produces better outcomes for knee pain.

Neglecting Eccentric Strengthening

Most training focuses on shortening muscles (concentric contractions), but hamstrings need eccentric strength, the ability to control lengthening under load, to protect your knee during running and landing.

The Research Evidence on Hamstring Function and Knee Pain

Recent studies have transformed our understanding of how hamstrings affect knee pain.

Flexibility and Pain Connection

A 2020 randomized controlled trial compared static versus dynamic hamstring stretching in 46 people with patellofemoral pain and tight hamstrings. The dynamic stretching group showed dramatically superior outcomes:

• HHamstring activation time improved from 75ms to 45ms (versus 66ms to 64ms for static).

• Pain reduced from 5 to 1 on a 10-point scale (versus 4 to 3 for static).

• Function improved from 57 to 76 on standardized testing (versus 58 to 68 for static).

The mechanism involves postactivation potentiation: dynamic stretching enhances your nervous system's ability to activate muscles, while static stretching may cause temporary inhibition.

Strength Deficits in Knee Pain

The 2024 systematic review found that people with patellofemoral pain demonstrated significant hamstring strength deficits across all testing types: isometric (effect size 0.48), concentric (effect size 1.07), and eccentric (effect size 0.59). Importantly, the review noted these deficits often coexist with flexibility limitations.

Hamstring Training for Knee Osteoarthritis

A 2014 study published in the Journal of Physical Therapy Science compared combined hamstring and quadriceps strengthening versus quadriceps alone in people with knee arthritis. The combined approach produced superior outcomes for pain reduction and morning stiffness, suggesting that addressing the entire thigh musculature matters more than focusing only on the front of the leg.

How Physical Therapy Addresses Hamstring Dysfunction to Relieve Knee Pain

At Victory Performance and Physical Therapy in Culver City, we address both hamstring flexibility and strength using evidence-based protocols.

Dynamic Stretching for Hamstring Flexibility

Based on research showing superior outcomes, we emphasize dynamic stretching over static stretching:

• Supine position with hip and knee at 90 degrees.

• Active knee extension with quadriceps contraction.

• 3 sets of 15 repetitions with 1-second hold.

• Performed as warm-up before activity.

• Progressive increase in range as flexibility improves.

This approach improves muscle activation while increasing flexibility, giving you the best of both worlds.

Alternative Flexibility Techniques

Recent research supports innovative approaches:

• Quadriceps activation following passive hamstring stretch: Using reciprocal inhibition (contracting the opposing muscle group) to enhance flexibility gains.

• Neurodynamic techniques: Addressing neural tension that may limit hamstring length.

• Foam rolling and soft tissue mobilization: Preparing tissues for stretching.

Progressive Hamstring Strengthening

Strength training follows evidence-based guidelines from the 2022 American Physical Therapy Association Clinical Practice Guidelines:

• Phase 1: Isometric Strengthening (Week 1-2): Pain-free submaximal holds at multiple angles (30/60/90 degrees of knee flexion). Focus on muscle activation and control. 3 sets of 10-15 second holds.

• Phase 2: Eccentric Training (Week 3-6): Nordic hamstring curls (the gold standard for hamstring strengthening) . Single-leg windmills. Romanian deadlifts. Eccentric hamstring curls. 2-3 times per week, 6-12 repetitions.

• Phase 3: Lengthened State Eccentric Training (Week 7+): Exercises performed at high hip flexion angles. Hip extension work (hip thrusts, single-leg deadlifts). Sport-specific movements. Progressive loading.

Research shows that eccentric training is essential for both injury prevention and rehabilitation, with Nordic hamstring exercises preventing up to 51% of hamstring strains in athletes.

Load Management and Progression

Recent evidence supports working within tolerable pain levels rather than strictly pain-free exercise. A 2020 study in the Journal of Orthopaedic & Sports Physical Therapy found that pain-threshold rehabilitation (exercising with tolerable pain up to 3/10) resulted in greater strength recovery and better maintenance of muscle structure compared to pain-free protocols, without affecting return-to-play time.

Combining Hamstring Work With Comprehensive Knee Care

While addressing hamstring dysfunction is important, the best outcomes come from comprehensive programs that include:

• Hip abductor strengthening to control knee alignment.

• Quadriceps strengthening to support the kneecap.

• Movement pattern retraining to reduce compensations.

• Progressive loading to build tissue tolerance.

• Activity modification during rehabilitation.

At Victory Performance and Physical Therapy, we evaluate your entire lower body to identify all factors contributing to your knee pain. Your personalized treatment plan addresses hamstring issues while correcting other biomechanical problems.

What to Expect From Treatment

Most active adults see significant improvement in hamstring flexibility and knee pain within 4-8 weeks when following a comprehensive program.

Research shows that combined stretching and strengthening protocols produce:

• Improved hamstring flexibility (8 to 13° increase in knee extension)

• Enhanced muscle activation timing

• Reduced knee pain (up to 80% reduction)

• Better functional performance in daily activities and sports

The key is addressing both flexibility AND strength, one without the other leaves you vulnerable to ongoing problems.

Why Hamstring Health Matters for Long, Term Knee Function

Your hamstrings work constantly during walking, running, squatting, and jumping. When they function properly:

• They control knee motion smoothly throughout the range.

• They reduce stress on your kneecap cartilage.

• They work in balance with your quadriceps.

• They provide dynamic stability to your knee joint.

• They allow efficient, pain-free movement patterns.

Neglecting hamstring dysfunction allows compensatory patterns to develop, often creating problems in your hips, low back, or opposite leg over time.

Take Control of Your Knee Pain by Optimizing Hamstring Function

Tight, weak hamstrings create mechanical problems that overload your knee and perpetuate pain. But targeted physical therapy that addresses both flexibility and strength can break that cycle.

At Victory Performance and Physical Therapy in Culver City, we use evidence-based dynamic stretching and eccentric strengthening protocols that produce lasting results. Whether you are dealing with runner's knee, anterior knee pain, or chronic patellofemoral problems, our team can help.

Don't let hamstring dysfunction continue, limiting your activities and causing knee pain. Schedule an evaluation today with our expert physical therapists and discover how optimizing hamstring function can transform your knee health.

📅 Call Today: 424-543-4336

A 2022 systematic review and meta, analysis published in BMC Musculoskeletal Disorders analyzed seven high-quality studies and found that hip abductor strengthening significantly reduced knee pain (effect size 0.60) and improved function (effect size 0.75) in people with knee pain. The research is clear: strengthening your hips is just as important as strengthening your quadriceps, and often more effective, for lasting pain relief.

Understanding Your Hip Muscles and Their Role in Knee Health

Your hip abductors are a group of muscles on the outer side of your hip that move your leg away from your body and stabilize your pelvis when you stand on one leg.

The primary hip abductor muscles include:

• Gluteus medius: The main stabilizer that prevents your pelvis from dropping.

• Gluteus minimus: Works with gluteus medius for hip stability.

• Tensor fasciae latae (TFL): Assists with hip abduction but can become overactive.

During walking, running, and single-leg activities, these muscles work constantly to keep your pelvis level while also preventing your thigh from rotating inward. Think of them as the foundation that controls everything happening at your knee.

When your hip muscles are strong, your knee stays aligned over your foot for maximum stability during movement. When they are weak, your knee dives inward, and that is where pain develops.

What Happens When Your Hip Muscles Are Weak?

Hip weakness creates several biomechanical problems that directly contribute to knee pain.

Dynamic Knee Valgus (Knee Collapse)

When gluteus medius is weak, it cannot control your thigh position during single-leg stance. Your femur (thigh bone) rotates inward and your knee collapses toward your midline, a pattern called dynamic knee valgus or "knee cave."

This inward collapse increases pressure on your kneecap, strains the structures on the inner side of your knee, and overloads the IT band on the outside. A 2012 study in the Journal of Orthopaedic & Sports Physical Therapy found that people with patellofemoral pain demonstrated 28% less hip abductor strength compared to healthy controls, and that just 3 weeks of hip strengthening improved both strength and pain.

Pelvic Drop and Trendelenburg Gait

During walking or running, you spend significant time on one leg. Weak hip abductors allow your opposite hip to drop, creating what is called a Trendelenburg gait pattern. This pelvic drop forces your weight-bearing knee into an adducted (inward) position, increasing stress across the knee joint with every step.

Studies using motion capture technology show that runners with knee pain exhibit greater peak hip adduction during stance phase, meaning their pelvis drops more and their knee moves inward more than pain-free runners.

Increased IT Band Tension

The iliotibial band (IT band) is a thick fascial structure running down the outside of your thigh from your hip to your knee. When hip abductors are weak, increased hip adduction and internal rotation create greater strain on the IT band, leading to lateral (outside) knee pain.

A 2023 systematic review found that runners with IT band syndrome showed significantly weaker hip abductor strength compared to healthy runners, with females particularly affected.

Altered Loading Patterns

Weak hips change how forces distribute across your knee joint. Instead of load spreading evenly, stress concentrates on specific areas of cartilage. Over time, this repetitive abnormal loading contributes to pain and can accelerate cartilage wear.

How Do Hip Muscles Become Weak?

Several factors contribute to hip abductor weakness in active adults:

Sedentary Lifestyle and Prolonged Sitting

Hours spent sitting at a desk, in a car, or on the couch place your glutes in a lengthened, inactive position. This chronic inactivity leads to "gluteal amnesia," your nervous system essentially forgets how to activate these muscles effectively during movement.

Single-Sport Specialization

Runners, cyclists, and athletes who specialize in forward-moving sports often develop strong quadriceps and hip flexors but neglect lateral (side-to-side) hip strengthening. The hip abductors need targeted work that many sports don't provide.

Previous Injury or Compensation

Old ankle sprains, knee injuries, or even low back pain can cause you to favor one leg, leading to asymmetric hip weakness. Once compensation patterns develop, they persist long after the original injury heals.

Training Errors

Rapidly increasing mileage, adding hills without adequate preparation, or performing high-volume single-leg exercises without sufficient hip strength all create an environment where hip weakness leads to knee overload.

The Research Evidence on Hip Strengthening for Knee Pain

Recent research establishes hip strengthening as one of the most effective interventions for knee pain in active adults.

Patellofemoral Pain Syndrome

A 2018 systematic review in the Journal of Orthopaedic & Sports Physical Therapy analyzed 14 studies with 673 patients and found that combined hip and knee strengthening was superior to knee strengthening alone. The pain reduction averaged 3.3 points on a 10-point scale, with improvements in functional activity scores.

Another landmark study by Khayambashi et al. (2012) demonstrated that isolated hip abductor and external rotator strengthening in females with patellofemoral pain reduced pain from 6.7 to 1.4 on a 10-point scale over 8 weeks. Hip strength increased significantly and improvements were maintained at follow-up.

IT Band Syndrome

A 2020 pilot randomized controlled trial in female runners with chronic IT band syndrome compared three approaches: IT band stretching alone, conventional hip exercises, and progressive hip strengthening. The progressive hip strengthening group improved on 13 outcome parameters compared to 5 for stretching and 3 for conventional exercises.

Research shows that 91.7% of athletes with IT band syndrome returned to running after completing a 6-week hip abduction strengthening program, with hip strength increases of 35-50%.

Prospective Risk Factor Studies

A 2015 study in the Journal of Orthopaedic & Sports Physical Therapy followed 832 novice runners starting training programs over 12 months. Runners with weaker eccentric hip abduction strength at baseline had significantly higher rates of developing patellofemoral pain during the year.

A 2023 study analyzing data from over 2,000 participants found that women in the lowest quartile of hip abductor strength had 1.7 times the odds of developing or worsening knee pain compared to women with stronger hips.

How Physical Therapy Strengthens Your Hip Muscles to Relieve Knee Pain

At Victory Performance and Physical Therapy in Culver City, we create progressive hip strengthening programs that address your specific movement deficits and knee pain patterns.

Phase 1: Isolated Hip Activation (Weeks 1-2)

We start with exercises that teach your nervous system to activate gluteus medius properly:

• Side-lying hip abduction (leg lifts).

• Clamshells with resistance band.

• Quadruped hip abduction ("fire hydrants").

• Standing hip abduction with band.

• Side planks for hip stabilization.

These exercises isolate the hip muscles without demanding complex coordination, allowing you to build a foundation of strength and control.

Phase 2: Functional Closed-Chain Exercises (Weeks 3-5)

As hip strength improves, we progress to weight-bearing exercises that challenge balance and coordination:

• Single-leg stance with hip hikes (preventing Trendelenburg drop).

• Lateral band walks (with band at knees, then ankles, then forefeet).

• Single-leg squats with support.

• Step-ups onto platforms (4-8 inches initially).

• Step-downs with eccentric control.

• Forward and lateral lunges.

These exercises require your hip muscles to control your pelvis and thigh position while supporting your body weight, exactly what they need to do during running and sports.

Phase 3: Dynamic and Sport-Specific Training (Weeks 6-8+)

The final phase prepares you for high-demand activities:

• Deep single-leg squats.

• Lateral hops and bounds.

• Single-leg box jumps.

• Agility ladder drills.

• Cutting and pivoting movements.

• Running progressions with focus on hip control.

Throughout all phases, we monitor your movement quality. Our goal is to eliminate Trendelenburg drop, prevent dynamic knee valgus, and ensure your knee stays aligned over your foot during all activities.

Evidence-Based Dosage

Research supports specific training parameters for hip strengthening:

• Frequency: 3-5 sessions per week.

• Duration: 6-8 weeks minimum.

• Intensity: 50-80% of your maximum strength.

• Volume: 2-3 sets of 8-20 repetitions.

• Progression: Advance when you can complete 20 reps without fatigue or form breakdown.

Real Results From Hip Strengthening

Studies consistently show impressive outcomes from hip strengthening programs:

• Pain reductions of 5-6 points on a 10-point scale.

• Hip abductor strength increases of 35-50%.

• Functional improvements of 10-57%.

• Single-leg hop distance improvements of 10-16%.

• Improved running mechanics with reduced hip drop.

Importantly, these improvements persist after completing physical therapy. A 2012 study showed maintained benefits at 3, 6, and 12-month follow-ups, suggesting that hip strengthening creates lasting change rather than temporary relief.

Why Hip Strengthening Works When Other Treatments Don't

Many people with knee pain try rest, ice, stretching, knee braces, or even injections without lasting success. That is because these approaches don't address the root cause: weak hips that allow poor knee mechanics.

Hip strengthening works because it corrects the movement patterns creating your knee pain. When your glutes can stabilize your pelvis and control your thigh position:

• Your knee stops collapsing inward during activities.

• Forces distribute more evenly across your knee joint.

• Your kneecap tracks properly in its groove.

• Your IT band experiences less strain.

You are not just managing symptoms, you are fixing the biomechanical problem driving your pain.

Combining Hip Strengthening With Other Interventions

At Victory Performance and Physical Therapy, we recognize that comprehensive care produces the best results. While hip strengthening is essential, we also address:

• Quadriceps weakness affecting kneecap control.

• Hamstring flexibility and strength.

• Hip flexor and IT band tightness.

• Running mechanics and gait patterns.

• Training load management.

• Movement pattern retraining.

Our integrated approach ensures all contributors to your knee pain are identified and corrected.

What to Expect From Treatment

Most active adults see significant improvement in 6-8 weeks with consistent hip strengthening.

Your timeline depends on:

• Current hip strength levels.

• Severity of knee pain.

• Activity demands and training goals.

• Adherence to exercise program.

• Whether you continue aggravating activities during rehabilitation.

We use objective measures to track progress:

• Hip abductor strength testing.

• Single-leg squat quality assessment.

• Y-Balance Test for dynamic stability.

• Pain scales during functional activities.

• Return to sport readiness criteria.

Take Control of Your Knee Pain by Strengthening Your Hips

Weak hip muscles create a cascade of mechanical problems that overload your knee. But targeted hip strengthening breaks that cycle by restoring stability, improving alignment, and protecting your knee during activity.

At Victory Performance and Physical Therapy in Culver City, we specialize in treating the root causes of knee pain, not just the symptoms. Whether you are dealing with runner's knee, IT band syndrome, or chronic anterior knee pain, our team can help.

Don't let weak hips continue damaging your knees. Schedule an evaluation today with our expert physical therapists and discover how hip strengthening can transform your knee pain.

📅 Call Today: 424-543-4336

You'll climb out of Dodger Stadium in the first mile. You'll hit the Chinatown grade around mile 3. You'll have rolling hills through Hollywood and West Hollywood. And then, yes, you'll have a net downhill for much of the second half as you head toward Century City. But by then, your legs will already be tired from 15+ miles of running, and downhill running on tired legs is where knees get destroyed.

If you live in Culver City, you have everything you need to prepare for the LA Marathon course. Baldwin Hills Scenic Overlook, Kenneth Hahn Park, and various routes through the Westside give you access to the exact kind of training your body needs. The runners who show up unprepared for the course demands are the ones who struggle or get injured. The ones who train specifically for what the race will throw at them are the ones who finish strong.

At Victory Performance and Physical Therapy in Culver City, we work with local runners every year to prepare for the LA Marathon. The runners who succeed are the ones who respect the course, train intelligently, and address problems before they become injuries.

Breaking Down the LA Marathon Course

The 2026 race starts at Dodger Stadium and finishes on Avenue of the Stars in Century City. The course has changed from previous years, so if you've run it before, don't assume you know what to expect.

The early miles include an immediate climb out of the stadium. This isn't a huge hill, but it comes in the first mile when your legs are fresh and you're dealing with race-day adrenaline. Many runners go out too fast here and pay for it later.

The course winds through downtown, hitting Chinatown around mile 3 with another notable climb. Then you're into the rolling terrain through Echo Park, Silver Lake, and Hollywood. This section has constant small ups and downs. Nothing is brutal by itself, but the cumulative effect of these rollers adds up.

By the time you hit West Hollywood and Beverly Hills, you're dealing with sustained sections that aren't quite flat. Many runners don't notice how much these gradual inclines affect their pace until they check their watch and realize they've slowed down more than they meant to.

The back half has more downhill, especially as you head through Brentwood toward Century City. This is where undertrained quads start to fail. Downhill running requires eccentric muscle strength, endurance and control, meaning your quads have to lengthen under load with every step to control your descent. If you haven't trained for this specific demand, your legs will be screaming by mile 20.

Why Culver City Runners Have a Training Advantage

Culver City and the surrounding Westside give you access to terrain that perfectly mimics what you'll face on race day. You don't need to travel to find good training routes. You just need to know where to go and how to use them.

Baldwin Hills Scenic Overlook

This is your secret weapon for LA Marathon preparation. The Overlook gives you sustained climbing and, more importantly, sustained downhill running. The stairs are great for building power, but the road that winds up the hill is even better for marathon-specific training.

Run repeats up the hill to build your climbing strength. This prepares you for the early miles of the marathon when you'll be dealing with the Dodger Stadium climb and the Chinatown grade. Start with 4 to 6 repeats of the climb, jogging easily back down for recovery.

But here's what most people miss: You also need to practice running down. On your last repeat, instead of jogging down, run at a controlled pace down the hill. This teaches your quads to handle the eccentric loading you'll experience in the second half of the marathon.

Do this once per week during your build phase. As you get closer to race day, cut back to once every other week to avoid overloading your legs when your mileage is at its highest.

Kenneth Hahn Park

The park's rolling terrain gives you exactly the kind of varied running you'll see in the middle miles of the marathon. The hills aren't massive, but they're constant. This teaches your body to handle continuous undulation without blowing up.

Use Kenneth Hahn for your easy run days when you want something more interesting than flat roads but you're not trying to hammer a hard workout. The softer surface is also easier on your joints than concrete, which gives you a recovery benefit while still getting a good training stimulus.

The park is also perfect for progression runs where you start easy and gradually increase your pace. The hills force you to run by effort rather than by pace, which is a valuable skill for marathon day when you'll need to adjust your effort based on terrain.

San Vicente Boulevard

The tree-lined median on San Vicente Boulevard in Brentwood is one of the most popular running routes in Los Angeles for good reason. It's beautiful, it's safer than running in the street, and the surface is relatively forgiving.

This is where you can do your tempo runs and long runs. The terrain has a slight, constant grade that goes up and down depending on which direction you're running. This mimics the rolling sections of the marathon course through Hollywood and West Hollywood.

The grass and dirt surface on the median is softer than concrete, which reduces impact stress. But it's firm enough that you're not dealing with the instability of a trail. This makes it ideal for marathon-pace work where you want to practice race effort without destroying your legs.

Plan your route so you're running more of the uphill sections on your outbound leg when you're fresh, and more of the downhill on your return when you're tired. This simulates how you'll encounter the course on race day.

The Ballona Creek Path

This is your go-to for flat, uninterrupted running. Use it for easy days, recovery runs, and when you need to get your legs turning over without the challenge of hills.

The path is also good for long runs where you want to practice sustained effort at a steady pace without having to think about traffic or terrain. You can zone out and just run, which is valuable for building the mental endurance you need for 26.2 miles.

But don't do all your training here. Flat running won't prepare you for the LA Marathon course. Use the Ballona Creek path strategically, not exclusively.

Hill Running Technique That Protects Your Knees

Running hills incorrectly is how people get injured. Running hills correctly is how you build strength and resilience. The difference comes down to technique.

Uphill Running Form

When you run uphill, shorten your stride and increase your cadence. You should be taking quicker, shorter steps rather than long, powerful strides. This keeps your effort aerobic instead of turning it into a maximal sprint.

Lean slightly into the hill from your ankles, not from your waist. Your body should form a straight line that tilts forward as a unit. Don't fold at your hips, which puts stress on your lower back and makes it harder for your glutes to work.

Drive your arms more deliberately when climbing. Your arms help power you up the hill. Keep your elbows bent at 90 degrees and pump your arms from shoulder to hip, not across your body.

Look ahead, not down. Your head position affects your posture. If you're looking at your feet, your body collapses forward. Pick a spot 10 to 15 feet ahead and focus on that.

Downhill Running Form

This is where most people get it wrong, and it's why so many marathon runners have destroyed quads by mile 20.

Do not overstride. The biggest mistake runners make going downhill is reaching forward with their feet and using long strides. This creates massive impact forces that your quads have to absorb. Instead, keep your feet landing under your body with quick, short strides.

Increase your cadence. Aim for 180+ steps per minute when running downhill. This forces you to take shorter strides, which protects your joints and muscles.

Stay upright. Many runners lean back when going downhill because they're afraid of going too fast. This makes your quads work even harder. Instead, maintain a slight forward lean from your ankles and let your legs cycle underneath you.

Don't brake. Your quads are already working eccentrically to control your descent. If you actively try to slow yourself down by landing on your heels, you're creating even more stress. Let your natural cadence control your speed instead of fighting against gravity.

Training for the LA Marathon and dealing with pain during your hill workouts? Victory Performance and Physical Therapy in Culver City can assess your running mechanics and help you train smarter for race day. Call us: 424-543-4336

Common Hill Training Mistakes That Cause Injuries

The hills themselves don't cause injuries. How you train on hills causes running injuries.

Doing Too Much Hill Work Too Soon

If you've been running mostly flat routes and you suddenly start doing weekly hill repeats at Baldwin Hills, you're asking for trouble. Your body needs time to adapt to the increased demands of hill running.

Start with small doses. Add one hill workout every 10 to 14 days for the first month. Let your body adapt to this stimulus before you increase frequency or volume. By your peak training weeks, you can do hill-specific work once per week, but building to that point gradually is essential.

Running Hard on Both the Up and Down

Many runners treat downhill running as recovery between uphill repeats. They fly down the hill at whatever pace gravity gives them. This is how you overload your quads and end up with knee pain.

If you're doing hill repeats, jog slowly down for recovery. Save controlled downhill running for separate sessions where that's your specific focus. Don't try to do everything in one workout.

Ignoring Early Warning Signs

That little tweak in your Achilles when you push off going uphill. The slight knee discomfort you feel running downhill that goes away when you get to flat ground. These are signals that something in your movement system is being overloaded.

Don't ignore these signals. They're your body telling you that you need to adjust something. This might mean cutting back on hill volume, addressing a strength deficit, or changing your technique. If you keep training through early warning signs, they usually turn into injuries that force you to stop running.

Building a Hill Training Progression

If you're 8 weeks out from the LA Marathon and you haven't done much hill training, you still have time to prepare your body. But you need a plan.

Weeks 8-6 Before Race

Introduce hills gradually with one session per week at Baldwin Hills. Do 4 to 6 uphill repeats with slow jogging recovery. Focus on good form. On your last repeat, practice controlled downhill running at marathon effort.

On one other run during the week, incorporate the rolling terrain at Kenneth Hahn Park or San Vicente Boulevard. Let this be an easy or moderate effort. The goal is exposure to hills, not crushing yourself.

Weeks 5-3 Before Race

Increase your hill work slightly. Do 6 to 8 repeats at Baldwin Hills, maintaining good form throughout. Add a second run with rolling terrain, possibly making this a tempo effort on San Vicente Boulevard.

Practice downhill running more specifically. This might mean running controlled repeats down the Baldwin Hills road, or it might mean doing the second half of a long run on terrain that has sustained downhill sections.

Weeks 2-1 Before Race

Taper your hill work along with everything else. One session at Baldwin Hills with 4 to 5 repeats, keeping effort moderate. You're maintaining the neural patterns and movement skills, not building new fitness.

Your long run can still include rolling terrain, but keep effort easy. The goal is to arrive at race day with legs that are rested but still remember how to handle hills.

What to Do If You're Already Dealing with Pain

If hill training is causing or aggravating pain, you need to address it now. Eight weeks is enough time to fix most issues if you take them seriously.

First, back off the hill volume. Cut your hill repeats in half and see if the pain improves. Sometimes the solution is as simple as reducing the training stimulus while your body adapts.

Second, look at your technique. Record yourself running uphill and downhill. Are you overstriding? Are you leaning back? Is your cadence dropping? These technical flaws create the mechanical stress that leads to pain.

Third, add specific strengthening. Weak glutes are the most common reason runners have trouble with hills. Single-leg exercises that challenge balance and stability will help. Eccentric quad exercises prepare your legs for downhill running.

If pain persists despite these changes, get professional help. At Victory Performance and Physical Therapy, we assess your running mechanics, identify the movement patterns causing your pain, and create a plan to fix them while keeping you training.

Many runners wait until they're forced to stop completely. But if you address problems early, we can usually keep you training with modifications while we fix the underlying issue. This is the difference between showing up to race day healthy and showing up injured.

The LA Marathon Course Rewards Preparation

The runners who struggle on race day are usually the ones who ignored the course profile and trained like it was flat. They show up unprepared for the early climbs and then their quads fail in the downhill sections.

The runners who finish strong are the ones who respected the demands of the course and trained specifically for them. They practiced climbing. They practiced downhill running. They used Culver City's terrain to prepare their bodies for exactly what they'd face on race day.

You have access to everything you need. Baldwin Hills for sustained climbing and downhill training. Kenneth Hahn for rolling terrain. San Vicente for tempo work on gradual grades. Ballona Creek for flat running when your legs need a break from hills.

Use these resources intelligently. Follow a progression that builds your strength gradually. Pay attention to technique. Address problems early before they become injuries.

The LA Marathon is tough enough without showing up unprepared. Train smart, use your local routes strategically, and give yourself the best chance to run your race.

📅 Schedule Your Running Assessment

📞 Call: 424-543-4336

Here's what you need to know: Knee pain during marathon training is rarely about your knee. The pain is real, but the problem usually lives somewhere else. And hoping it goes away while continuing to run the same way is a strategy that almost never works.

At Victory Performance and Physical Therapy in Culver City, we work with marathon runners every training season who are dealing with knee pain. The runners who address it now, 8 weeks before race day, usually make it to the starting line healthy. The ones who wait and hope tend to be the ones sitting out the race or limping through 26.2 miles in pain.

The good news is that most marathon-related knee pain responds well to the right strength work and training adjustments. You don't need to stop running. But you do need to fix what's causing the problem.

The Most Common Knee Injuries in Marathon Training

Knee pain is responsible for up to 25 percent of all running injuries, making it the most common injury site for marathon trainees. But "knee pain" isn't a diagnosis. There are several specific conditions that create pain in and around the knee during marathon training.

Runner's Knee (Patellofemoral Pain Syndrome)

This is pain around or behind the kneecap that gets worse with running, especially downhill running, and with activities like squatting or climbing stairs. It's the most common cause of knee pain in marathon runners.

The pain comes from how your kneecap tracks over your thigh bone during the running stride. When your hip control is poor, your femur rotates inward with each step. This causes your kneecap to track laterally instead of moving straight up and down in its groove. Over thousands of running strides, this creates irritation and pain.

IT Band Syndrome

This causes sharp pain on the outside of the knee, usually starting several miles into a run and sometimes getting bad enough to force you to stop. The pain often improves with rest, then comes back the next time you run.

The IT band is a thick strip of connective tissue that runs from your hip to the outside of your knee. IT band syndrome happens when this tissue becomes irritated from rubbing over the bony prominence on the outside of your knee joint. Research shows that IT band syndrome accounts for 12 to 14 percent of running injuries.

The pain is on the outside of your knee, but the problem is usually at your hip. When your glute medius is weak, your hip drops with each step. This creates tension on the IT band and changes the angle at which it crosses your knee.

General Anterior Knee Pain

Some runners have pain at the front of the knee that doesn't fit neatly into the categories above. This is often related to patellar tendon irritation or general overload of the structures around the kneecap.

This type of pain typically gets worse with increased mileage or intensity. It may be worse during the run rather than after, and it often improves with rest days but comes back quickly when you resume training.

Why Mileage Alone Doesn't Explain Your Knee Pain

Most runners assume their knee hurts because they're running too much. Sometimes that's true. But more often, the problem is not how much you're running but how you're running.

Your body is a system of connected parts. When one area is weak or tight, something else has to compensate. Over the course of marathon training, these compensations add up until tissues that are being overworked start to break down.

Weak Hip Muscles Can Create Knee Problems

Your glute medius and glute maximus control how your hip moves when you run. The glute medius keeps your pelvis level when you're standing on one leg, which is what you're doing with every running step. The glute maximus powers hip extension and provides stability throughout the gait cycle.

When these muscles are weak, your femur can rotate inward and your knee collapses toward the midline of your body with each step. This is called dynamic knee valgus, and can be one of the primary drivers of both patellofemoral pain and IT band syndrome.

Research published in the Journal of Orthopaedic and Sports Physical Therapy consistently shows that hip strengthening programs significantly reduce knee pain in runners. One systematic review found that exercises targeting the hip abductors and external rotators led to meaningful improvements in both pain and function in athletes with patellofemoral pain.

The problem is that running by itself doesn't build strong glutes. Running mostly moves in one plane of motion—forward and backward. Your glutes need to work in multiple directions, especially lateral movement and rotation. If you're not doing specific strength work, your glutes stay relatively weak even as your running endurance improves.

Poor Core Stability Transfers Load to the Knee

Your core includes all the muscles that control your trunk and pelvis. When your core is weak, your body can't maintain proper alignment during the impact of each running stride.

This shows up as excessive pelvic tilt, too much trunk rotation, or inability to stay stacked over your legs when you're tired. All of these compensations change the forces going through your knee.

Core weakness also makes it harder for your glutes to work effectively. Your glutes attach to your pelvis, and if your pelvis is unstable, your glutes can't generate force efficiently. This creates a cascade where weak core leads to poor hip control, which leads to knee pain.

Tight Hip Flexors Pull You Out of Position

Many marathon trainees spend most of their day sitting. Between desk work, commuting, and recovery time on the couch, you might sit 8 to 10 hours a day. This shortens your hip flexors, the muscles on the front of your hip.

Tight hip flexors tilt your pelvis forward, which can change your running mechanics. Your stride gets shorter, your glutes can't activate properly, you get more wear and tear at your low back and you end up overusing your quads. This pattern can create excessive load on the front of the knee.

Struggling with knee pain that's affecting your LA Marathon training? Victory Performance and Physical Therapy in Culver City specializes in identifying and fixing the movement patterns that cause running injuries. Schedule your running assessment: 424-543-4336

The Strength Work That Actually Fixes Runner's Knee

Here's what most runners don't realize: You can't fix running-related knee pain by only running. You need to build strength and movement control in the muscles that support your running mechanics.

This doesn't mean you need to become a powerlifter. But you do need consistent, targeted strength work that addresses the specific weaknesses that create knee pain in runners.

Single-Leg Romanian Deadlifts

Research using musculoskeletal modeling has shown that single-leg Romanian deadlifts generate the highest gluteal muscle forces of any common strength exercise. This makes them incredibly effective for building the hip strength and stability that runners need.

Stand on one leg with a slight bend in your knee. Hinge forward at your hip, reaching your hands toward the ground while your other leg extends behind you for balance. Keep your back flat and your standing leg slightly bent. Push through your standing heel to return to the starting position.

Start with bodyweight only. Once you can do 3 sets of 20-30 reps with good form, add some weight. The goal is control and stability, while making the muscles burn.

Small knee bend (just unlock the knee) and hinge at your hips Keep core active and engaged to support the spine. Spine and pelvis move as ONE UNIT. Keep one long line from your head down to your foot. Only bend as far as you can maintain a straight line and can control the motion as you return to the starting position. Easier - don't go as low Harder - hinge further or add weight

Single-Leg Hip Thrusts

This exercise creates maximal glute maximus activation, which is essential for the hip extension power you need when running. It also teaches you how to use your glutes without overusing your lower back or hamstrings.

Sit on the ground with your upper back against a bench or couch. Place one foot flat on the ground, knee bent. Lift your other leg straight out or bent toward your chest. Push through your planted foot to lift your hips until your body forms a straight line from shoulders to knee. Lower with control.

Perform 3 sets of 20-30 reps on each side. When this becomes easy, you can place a weight on your hips or elevate your foot on a step to increase the range of motion.

Lateral Band Walks

This simple exercise directly targets your glute medius, the muscle responsible for keeping your pelvis level when you run. Place a resistance band around your legs just above your knees. Take small steps to the side, maintaining tension on the band throughout.

The key is to keep your hips level. Many people let their hip drop or their trunk lean when they step. Fight to stay tall and level. You should feel this working on the outside of your hip, not in your thighs.

Perform 3 sets of 40 steps in each direction. This can be part of your pre-run warm-up or done as a standalone exercise 2 to 3 times per week.

Single-Leg Squats

This exercise exposes movement compensations that you might not notice during regular squats. Stand on one leg in front of a chair or bench. Slowly lower yourself as if you're going to sit down, reaching your arms forward for balance. Touch the chair lightly, then push back up through your standing leg.

Watch your knee in a mirror or record yourself on your phone. If your knee collapses inward, that's the exact movement pattern that's creating your knee pain when you run. Work on controlling this movement, even if it means starting with a higher chair and only going part way down.

Side Planks with Hip Abduction

This combines core stability with hip strengthening, training the lateral system that keeps your body stacked during single-leg stance. Lie on your side propped up on your elbow with your feet stacked. Lift your hips off the ground so your body forms a straight line. While holding this position, lift your top leg up and down for reps.

Start with 3 sets of 20 reps per side. This should feel challenging in both your core and the outside of your hip.

How to Integrate Strength Work with Marathon Training

The biggest mistake runners make with strength training is waiting until they have a problem to start. But if you're reading this because your knee hurts, you're starting right where you are, which is fine. It's never too late to build the strength your body needs.

During heavy training weeks, aim for two strength sessions focused on your hips and core. These don't need to be long. Twenty to thirty minutes is enough if you're focused and you're choosing the right exercises.

Do your strength work after easy runs or on rest days. Don't try to do hard strength work the day before or after a hard running workout. Your body needs to be fresh for your key running sessions, and trying to do everything at maximum intensity is a recipe for overtraining.

In the final 4 weeks before the LA Marathon, you can reduce your strength work to once per week for maintenance. But don't eliminate it completely. Keeping some stimulus going helps you maintain the strength and movement patterns you've built.

Training for LA Marathon's Downhill Sections

One aspect of the LA Marathon course that catches many runners off guard is the net downhill in the second half as you head toward Century City. Downhill running is harder on your knees than flat running because it requires eccentric quad strength, endurance and control.

When you run downhill, your quads are working to slow your body down with each step. This lengthening contraction under load creates more muscle damage than the shortening contractions you use when running uphill or on flat ground.

If you live in Culver City, you have great training options for this. The Baldwin Hills Scenic Overlook provides exactly the kind of sustained downhill running you need to prepare. Kenneth Hahn Park also has rolling terrain that lets you practice both uphills and downhills.

Don't just bomb down hills at whatever pace gravity gives you. Practice controlling your descent. Focus on quick cadence rather than long strides. Keep your chest up and your hips under you rather than leaning back. This technique protects your knees and prepares you for the feeling of the second half of the LA Marathon course.

When to Get Professional Help

Some knee pain responds quickly to rest and the strength work outlined above. But some knee pain needs professional assessment and treatment to resolve.

You should see a physical therapist if your knee pain has persisted for more than two weeks, if it's getting worse instead of better, or if it's significantly limiting your training. You should also get help if you've tried rest and strength work on your own and you're not seeing improvement.

At Victory Performance and Physical Therapy in Culver City, we work with runners at every stage of marathon training. We can assess your running mechanics, identify the specific movement patterns that are creating your knee pain, and create a targeted plan to fix them.

Many runners wait until they're forced to stop running completely. But if you come in when you first notice something is wrong, we can usually keep you training while we fix the problem. This is the difference between making minor adjustments to stay healthy and being forced to sit out the race you've been training for.

We use a combination of manual therapy, specific corrective exercises, and training modifications to get you back on track. We also offer running assessments where we analyze your gait to identify mechanical issues that might not be obvious to you.

Your Knee Pain Doesn't Have to Ruin Your Race

Eight weeks is enough time to get a handle on most knee problems if you address them now. It's enough time to star to build the hip and core strength your body needs. It's enough time to adjust your training load if that's part of the problem. It's enough time to work with a physical therapist if you need professional help.

What eight weeks is not enough time for is continuing to ignore the problem and hoping it magically resolves on race day. That strategy fails almost every time.

The LA Marathon is too important to leave to chance. You've worked too hard to let a fixable knee problem take you out of the race. Get the help you need now, do the strength work your body is asking for, and show up to Dodger Stadium ready to run your race.

📅 Book Your Running Assessment

📞 Call: 424-543-4336