Running injuries are often described as simple overuse problems, but the useful question is not only whether you ran “too much.” It is why the current combination of mileage, intensity, terrain, footwear, recovery, strength, and movement demands exceeded what your body could tolerate at that time.
Steady Physical Therapy & Performance provides one-on-one running physical therapy in San Francisco for recreational runners, new runners, trail runners, marathoners, and athletes returning from injury. Care combines clinical evaluation, strength-based rehabilitation, and running-specific progression. Running gait analysis is used when it can answer a meaningful question - not simply to identify visual differences or impose one universal form.
Steady Physical Therapy & Performance provides one-on-one running physical therapy in San Francisco for recreational runners, new runners, trail runners, marathoners, and athletes returning from injury. Care combines clinical evaluation, strength-based rehabilitation, and running-specific progression. Running gait analysis is used when it can answer a meaningful question - not simply to identify visual differences or impose one universal form.
Common reasons runners seek care
- Knee pain during or after running, including patellofemoral pain
- Hip or groin pain, lateral hip pain, and symptoms associated with labral or impingement diagnoses
- Achilles tendon pain, calf strains, and reduced push-off capacity
- Shin pain, bone stress injuries, and recurrent stress reactions
- Plantar heel pain, forefoot pain, metatarsal pain, and ankle symptoms
- Proximal hamstring pain, hamstring strains, and posterior thigh tightness that returns with speed work
- Low-back or pelvic symptoms that appear with distance, hills, or fatigue
- Difficulty rebuilding mileage after time off, pregnancy, surgery, or a previous failed return-to-run attempt
A running injury evaluation looks beyond the painful area
The painful structure matters, especially when a bone stress injury, acute tear, joint injury, or neurological symptom is possible. At the same time, the location of pain does not automatically identify the full cause. A runner may need local tissue loading, but also changes in training distribution, calf capacity, hip strength, trunk control, ankle mobility, recovery, or how speed and hills are introduced.
Your evaluation may include foot and ankle function, single-leg strength, calf endurance, hip and trunk capacity, hopping or landing, running tolerance, and an analysis of recent training. When appropriate, we also review shoes, surfaces, race timelines, fueling, sleep, and other factors that influence adaptation.
Your evaluation may include foot and ankle function, single-leg strength, calf endurance, hip and trunk capacity, hopping or landing, running tolerance, and an analysis of recent training. When appropriate, we also review shoes, surfaces, race timelines, fueling, sleep, and other factors that influence adaptation.
Running gait analysis: useful when tied to a decision
There is no single ideal running gait. Heel striking, midfoot striking, and forefoot striking can all be compatible with healthy running. Cadence varies with speed, height, training history, and individual preference. Asymmetry is common and is not automatically a problem.
Gait analysis becomes useful when it helps explain a load-related pattern or gives us a testable modification. For example, a small cadence increase may reduce certain joint demands for one runner; shortening stride may help another; a change in hill exposure or pace may matter more than either. Any gait change should be introduced gradually because shifting load away from one area can increase demand somewhere else.
Gait analysis becomes useful when it helps explain a load-related pattern or gives us a testable modification. For example, a small cadence increase may reduce certain joint demands for one runner; shortening stride may help another; a change in hill exposure or pace may matter more than either. Any gait change should be introduced gradually because shifting load away from one area can increase demand somewhere else.
How running rehabilitation progresses
Clarify what can stay in your program
Most runners benefit from a specific activity plan rather than a vague instruction to “rest.” Depending on the diagnosis, you may continue modified running, use walk-run intervals, reduce speed or hills, substitute cycling or pool running, or temporarily pause impact while maintaining strength and conditioning.
Build the capacities running requires
Running is a repeated single-leg task. Rehabilitation may include calf strength, soleus endurance, quadriceps and hip loading, trunk control, foot and ankle capacity, hamstring strength, plyometrics, and the ability to produce and absorb force repeatedly. The exercise selection should match the tissue involved and the demands of your usual pace, distance, terrain, and event.
Reintroduce impact in stages
A return-to-run plan should be based on symptoms, tissue healing, and objective capacity. Early running may use short intervals with recovery between bouts. Later stages add total time, continuous running, hills, speed, and back-to-back training demands. Only one variable may need to change at a time, particularly after bone, tendon, or significant muscle injury.
Prepare for fatigue, not just fresh movement
Many runners feel fine for the first mile and develop symptoms later. This does not necessarily mean their form is poor at baseline. It may mean the relevant muscles or tissues are not yet prepared for repeated loading. Rehabilitation should therefore test endurance and repeatability, not only strength in a single set.
Most runners benefit from a specific activity plan rather than a vague instruction to “rest.” Depending on the diagnosis, you may continue modified running, use walk-run intervals, reduce speed or hills, substitute cycling or pool running, or temporarily pause impact while maintaining strength and conditioning.
Build the capacities running requires
Running is a repeated single-leg task. Rehabilitation may include calf strength, soleus endurance, quadriceps and hip loading, trunk control, foot and ankle capacity, hamstring strength, plyometrics, and the ability to produce and absorb force repeatedly. The exercise selection should match the tissue involved and the demands of your usual pace, distance, terrain, and event.
Reintroduce impact in stages
A return-to-run plan should be based on symptoms, tissue healing, and objective capacity. Early running may use short intervals with recovery between bouts. Later stages add total time, continuous running, hills, speed, and back-to-back training demands. Only one variable may need to change at a time, particularly after bone, tendon, or significant muscle injury.
Prepare for fatigue, not just fresh movement
Many runners feel fine for the first mile and develop symptoms later. This does not necessarily mean their form is poor at baseline. It may mean the relevant muscles or tissues are not yet prepared for repeated loading. Rehabilitation should therefore test endurance and repeatability, not only strength in a single set.
Running pain does not always require imaging
Many running injuries can be evaluated clinically. Imaging is more important when symptoms suggest a bone stress injury, significant acute tissue injury, joint locking, neurological involvement, or another condition that would change management. If imaging is indicated, physical therapy can help coordinate the next step.
Imaging findings also need context. Tendon changes, disc findings, labral changes, and other structural variations can appear in people without pain. A scan should be interpreted alongside your symptoms and function rather than treated as a complete explanation by itself.
Imaging findings also need context. Tendon changes, disc findings, labral changes, and other structural variations can appear in people without pain. A scan should be interpreted alongside your symptoms and function rather than treated as a complete explanation by itself.
What makes a return to running successful
- A realistic plan that accounts for your current capacity and upcoming goals
- Clear symptom rules instead of fear-based avoidance
- Progressive strength and impact loading
- Attention to pace, hills, speed work, surfaces, and recovery
- A strategy for setbacks, rather than assuming progress will be perfectly linear
- A transition from rehabilitation exercises back to normal training
Frequently asked questions
Should I run through pain?
It depends on the diagnosis and how the symptoms behave. Some tendon and patellofemoral presentations can tolerate a controlled level of discomfort without worsening the condition. Suspected bone stress injuries, rapidly escalating pain, altered gait, or pain that persists and intensifies after the run require a more cautious approach. The goal is to establish individual rules rather than apply one pain scale to every injury.
Will you change my foot strike?
Only when there is a clear reason and a safe progression. A sudden forced change to forefoot striking can increase calf, Achilles, and forefoot demand. A gait modification should solve a specific problem and be introduced at a dose your body can adapt to.
Can I keep training for my race?
Sometimes the race plan can be modified; sometimes the safest decision is to defer. The answer depends on the suspected tissue, symptom trend, time available, and whether continued training is likely to turn a manageable issue into a more significant injury. You will receive a direct recommendation based on the clinical picture, not a blanket promise that every race is still realistic.
Do you work with beginners?
Yes. New runners often benefit from guidance on progression, strength, pacing, and recovery before small aches become persistent. The same principles used with experienced runners apply, but the plan should fit your actual training history.
Schedule a running physical therapy evaluation in San Francisco to clarify the injury, protect your fitness where possible, and build a return-to-run plan that matches your goals.
It depends on the diagnosis and how the symptoms behave. Some tendon and patellofemoral presentations can tolerate a controlled level of discomfort without worsening the condition. Suspected bone stress injuries, rapidly escalating pain, altered gait, or pain that persists and intensifies after the run require a more cautious approach. The goal is to establish individual rules rather than apply one pain scale to every injury.
Will you change my foot strike?
Only when there is a clear reason and a safe progression. A sudden forced change to forefoot striking can increase calf, Achilles, and forefoot demand. A gait modification should solve a specific problem and be introduced at a dose your body can adapt to.
Can I keep training for my race?
Sometimes the race plan can be modified; sometimes the safest decision is to defer. The answer depends on the suspected tissue, symptom trend, time available, and whether continued training is likely to turn a manageable issue into a more significant injury. You will receive a direct recommendation based on the clinical picture, not a blanket promise that every race is still realistic.
Do you work with beginners?
Yes. New runners often benefit from guidance on progression, strength, pacing, and recovery before small aches become persistent. The same principles used with experienced runners apply, but the plan should fit your actual training history.
Schedule a running physical therapy evaluation in San Francisco to clarify the injury, protect your fitness where possible, and build a return-to-run plan that matches your goals.
|
Located inside:
Back to Sports - Fitness & Therapy 693 Monterey Blvd. San Francisco, CA 94127 (415) 484 - 3446 Dr. Susie Lunardi, PT, DPT [email protected] |
Saturday - call to schedule
Wed/Fri - book directly online, 9:00am - 5:00pm PST |