Move with Meg

From Footstrike to Finish Line: Why Your Running Shoe Choice Matters

Fri, 02 Jan 2026 21:07:48 GMT

What runners need to know about fit, foot mechanics, and injury prevention

When runners get injured, one of the first things they hear is: “You probably need new shoes.”

But choosing the right running shoe isn’t about grabbing the newest model, the most cushioning, or what worked for your training partner. The right shoe depends on your foot, your strength, and how you run —and those things need to be assessed properly. That’s where a physical therapist who specializes in running makes all the difference.

��Running Shoes Are Tools, Not Fixes

Running shoes don’t correct problems on their own. They either support good mechanics or amplify poor ones .

A shoe that’s perfect for one runner can overload tissues in another. When the shoe doesn’t match your mechanics, it can increase stress on:

The plantar fascia
Achilles tendon
Calf and shin
Knees and hips
Low back

The goal isn’t to “control” your foot—it’s to work with your body , not against it.

��Why Foot Type Alone Is Not Enough

For years, runners were categorized as “flat‑footed,” “high‑arched,” or “neutral,” and shoes were prescribed accordingly. While foot structure matters, it’s only one piece of the puzzle .

Two runners with identical arches may need completely different shoes based on:

How their foot moves during stance
How strong their intrinsic foot muscles are
How well their hips and core control the leg
Range of motion in their lower extremities

A static foot scan can’t tell you how your foot behaves under load.

��Foot Strength Matters as Much as Foot Shape

Your foot is meant to be strong and dynamic , not passive.

If intrinsic foot muscles are weak:

The arch collapses excessively
The plantar fascia works overtime
The calf and Achilles absorb more load

In this case, a shoe with the wrong amount of flexibility or support can:

Delay natural strengthening
Increase reliance on passive structures
Contribute to chronic injuries

A running‑specialized PT looks at foot strength , not just foot posture.

��Running Form Changes Everything

Your running mechanics determine how forces travel through your body .

Important factors include:

Cadence and stride length
Overstriding vs. mid‑stance loading
Trunk and pelvic control
Hip extension strategy
Push‑off mechanics

A shoe that works well for a runner with efficient hip extension and good posterior‑chain engagement may cause problems for a runner who relies on:

Excessive calf push‑off
Lumbar extension
Medial collapse at the foot and knee

Without assessing how you run, shoe selection becomes guesswork.

❓Understanding Common Running Shoe Terms (and Why They Matter)

Running shoe terminology can feel overwhelming, and marketing often makes these features sound universally beneficial. In reality, each feature changes how forces move through your body , and whether that’s helpful or harmful depends on your mechanics, strength, and injury history.

This is why these features should be interpreted through a physical therapy lens , not just a shoe label.

Heel Drop (Measured in mm)

Heel drop refers to the difference in height between the heel and the forefoot .

Higher drop (8–12 mm):
Shifts load toward the knees and hips and reduces strain on the Achilles and calf. Often helpful for runners with limited ankle mobility or Achilles issues.
Lower drop (0–6 mm):
Increases demand on the calves, Achilles, and foot and requires good calf and foot strength.

A PT evaluates ankle mobility, calf strength, and running form before recommending heel drop—because the wrong drop can overload the system.

Stack Height

Stack height is the amount of material between your foot and the ground .

Higher stack height:
More cushioning, altered proprioception, and potentially increased demand at the knees and hips.
Lower stack height:
More ground feel but requires greater foot and ankle control.

Stack height should match your stability and strength , not just your comfort preference.

Wide Toe Box

A wide toe box allows the toes to spread naturally during stance and push‑off.

This can support:

Better forefoot stability
Improved push‑off mechanics
Reduced pressure on nerves and soft tissue
Improved intrinsic foot muscle engagement

However, a wide toe box alone won’t fix poor mechanics. A PT assesses whether you actually use your toes effectively during running.

Carbon Fiber Plate

Carbon fiber plates increase shoe stiffness and propulsion and are common in performance shoes.

Potential benefits:

Improved running economy
Reduced work at the ankle

Potential downsides:

Increased stress to the forefoot, plantar fascia, and Achilles
Reduced foot muscle engagement
Masking of poor mechanics

Carbon plates should be used strategically, not daily, and only when a runner has adequate strength and control. A PT helps determine if and when a runner is ready.

Pronation Control / Stability Features

Stability features aim to limit excessive foot collapse , often through firmer foam, guide rails, or medial support.

They can be helpful:

Short‑term during injury
When strength deficits exist
When fatigue overwhelms control

Long‑term reliance, however, can reduce natural foot strength and shift stress elsewhere. Not all pronation is bad—and not all runners need control.

��Why a Running‑Specialized Physical Therapist Should Be Involved

A physical therapist who specializes in running doesn’t just look at your feet—they assess the entire kinetic chain .

This includes:

Foot structure and foot strength
Ankle mobility
Calf and Achilles capacity
Hip and core control
Pelvic stability
Running gait and push‑off mechanics

From there, shoe recommendations are intentional , not generic.

��Shoes Should Match Where You Are—Not Where You Want to Be

Many runners choose shoes based on what they hope their mechanics are, not what they actually are.

Minimal shoes require excellent foot and calf strength. Highly cushioned shoes change loading patterns. Stability shoes may help temporarily but aren’t always the long‑term solution.

A PT helps determine:

What your body can tolerate now
What will support healing
What will allow safe progression

�� Move with Meg’s Perfect Shoe Fit ��

Choosing the right running shoe shouldn’t be a guessing game—and it shouldn’t be based on a quick jog on a treadmill or a static foot scan alone.

Move with Meg’s Perfect Shoe Fit is a personalized service where Meg meets you at a local running store and collaborates directly with the store’s shoe expert to help you find the right shoe for your body.

This process goes beyond shoe size and brand preference. Your shoe selection is based on a comprehensive assessment of:

Foot type and structure
Foot and ankle strength
Range of motion at the foot, ankle, hip, and spine
Running form and push-off mechanics
Current or past injuries and training goals

By combining a running-specialized physical therapy evaluation with the shoe store’s inventory and expertise, you leave with a shoe that truly matches how you move—not just how your foot looks.

This collaborative approach helps:

Reduce injury risk
Improve comfort and efficiency
Ensure your shoe supports (not fights) your mechanics
Match footwear to where you are right now , not where marketing says you should be

If you’ve struggled with recurring injuries, inconsistent shoe recommendations, or confusion about what you really need, this service bridges the gap between clinical expertise and real-world shoe selection.

The Bottom Line

The right running shoe is not about trends, brand loyalty, or quick fixes.

It’s about:
✔ Your foot type
✔ Your foot strength
✔ Your running form
✔ Your injury history
✔ Your training load

When those factors are properly assessed— and applied directly in the shoe store —by a **physical therapist who specializes in runners.

��Ready for help?

�� Book a consultation with Move with Meg Physical Therapy to get a customized plan for lasting relief.
�� Email Meg at Meg@movewithmegpt.com
�� Read more blogs: https://www.movewithmegpt.com/blog

#movewithmeg #runningPT #runstronger #injuryprevention #runnersofinstagram #arlingtonrunner

Meg Pezzino, PT, DPT, SCS, is a board-certified sports specialist and running-focused physical therapist based in the DMV. Through her practice, Move With Meg Physical Therapy, she helps runners prevent injuries, improve strength, and move with confidence.

Disclaimer: The exercises and recommendations provided are general guidelines for injury prevention and may not be appropriate for everyone. Stop any exercise that causes pain and consult a qualified medical or rehabilitation professional to determine what is safe and appropriate for your individual needs.

Plantar Fasciitis Myths Debunked: What Actually Works for Lasting Heel Pain Relief

Fri, 12 Dec 2025 14:30:12 GMT

Your no-nonsense, evidence-supported roadmap to finally fixing stubborn heel pain

The Biggest Myths About Plantar Fascia Pain (and What Actually Works)

Plantar fasciitis is one of the most common—and most stubborn—injuries affecting runners and active adults. Unfortunately, it’s also one of the most misunderstood. With so much conflicting advice online, it’s easy to waste weeks (or months) trying quick fixes that don’t address the root cause.

Let’s break down the top myths about plantar fascia pain and what the evidence actually supports for long-term healing.

��Myth #1: “I just need to ice it.”

Ice can temporarily decrease pain, but it does nothing to solve the underlying issue.

Why it’s a myth

Ice only offers short-term symptom relief.
Most cases of plantar fasciitis are not truly inflammatory —they’re degenerative changes in the fascia (plantar fasciosis).
Long-term improvement requires restoring tissue capacity, not just calming symptoms.

What actually helps

Strengthening foot intrinsic muscles
Strengthening the soleus and calf complex
Gradual, progressive loading of the plantar fascia
Improving ankle mobility and running mechanics

It’s also important to note that the plantar fascia has limited blood supply , similar to tendons and ligaments, so it heals slower than muscle tissue. Icing reduces blood flow even further—fine for comfort, but not a solution.

��Myth #2: “I just need new shoes.”

New shoes may reduce symptoms temporarily, but they don’t fix underlying deficits.

Why it’s a myth

Plantar fascia pain is usually caused by overload, poor tissue capacity, or strength imbalances —not footwear alone.
Research shows footwear can shift forces but cannot correct dysfunctional gait or muscle weakness.
Sometimes shoes can contribute—for example, a high stack height causing the foot to collapse inward and load the arch excessively.

What actually helps

Strengthening the foot and calf to tolerate load
Improving gait mechanics
Choosing shoes based on your foot type and training load—not using them as the only solution

Shoes support recovery; they don’t create it. If you are not sure what shoes are right for you try Meg’s Perfect Shoe Fit . She will meet you at a local run store and together you will find the right pair for your run form, strength, range of motion and foot type

��Myth #3: “I need orthotics.”

Orthotics can help—but only short term.

Why it’s a myth

Orthotics support the foot passively but do not strengthen the arch or intrinsic muscles.
Overreliance can reduce natural foot strength.
Plantar fasciitis often stems from calf stiffness or poor loading mechanics—not just arch issues.

What actually helps

Orthotics may help during acute flare-ups
Long-term recovery requires:
Intrinsic foot strengthening
Improving calf flexibility and strength
Controlled plantar fascia loading
Correcting gait mechanics

Think of them as a bridge , not a permanent fix.

��Myth #4: “I just need to stretch.”

Stretching feels good, but on its own, it rarely resolves chronic plantar fascia pain—and sometimes may make it worse.

Why it’s a myth

Stretching reduces tightness but does not change tissue tolerance
Chronic plantar fasciitis is a load intolerance problem , not just a flexibility issue
Many people overstretch without strengthening, leaving the tissue unsupported

What actually helps

Eccentric and isometric plantar fascia loading
Soleus strengthening (bend-knee heel raises)
Foot intrinsic training (short foot, toe yoga, big-toe control) Here are several exercises that can get you started
Mobility + strength combined—not stretching alone

Stretching is only one piece of the rehab puzzle.

��What Actually Works for Plantar Fascia Pain (Evidence-Based)

✔ Progressive loading

Heavy, slow resistance builds tissue capacity.
→ A tool like a Fascia Fighter can help with controlled loading (3 sets of 15 daily).

✔ Foot intrinsic strengthening

Stronger arches = reduced plantar fascia strain.

✔ Soleus training

Most runners undertrain the soleus—even though it absorbs 6–8× bodyweight per step.

✔ Gait or run analysis

Correcting issues like overstriding, lack of hip extension, or excessive pronation reduces strain significantly.

✔ Consistency

Healing requires time and progressive load—not quick fixes or gadgets.

✔ Physical Therapy

A running-specialized PT can identify why your plantar fascia is overloaded—and build a tailored plan to keep it from returning.

✔ Diagnostic Ultrasound

An MD trained in ultrasound can:

measure plantar fascia thickness
detect degeneration
offer treatments such as shockwave or PRGF/PRP

Final Thoughts

Plantar fasciitis can be frustrating, but most people improve once they stop relying on myths and start addressing the real causes : tissue overload, strength deficits, and movement patterns.

��Ready for help?

#movewithmeg #runningPT #runstronger #injuryprevention #runnersofinstagram #arlingtonrunner

“Run Smarter, Hurt Less: Preventing the Big 5 Running Injuries”

Fri, 21 Nov 2025 23:06:31 GMT

Your roadmap to staying pain-free with research-backed tips, smart training strategies, and targeted exercises.

Running is one of the most accessible and effective forms of exercise, but it comes with its share of injury risks. Research shows that up to 79% of runners experience an injury each year , with certain injuries recurring more than others. The “Big 5” injuries— knee pain, shin splints, stress fractures, plantar fasciitis, and IT band syndrome —can sideline even the most dedicated athletes. The good news is that with proper awareness, strength training, and recovery, many of these injuries are preventable.

Here’s a breakdown of each, along with exercises and strategies to help you stay on track.

1. Knee Pain (Patellofemoral Pain Syndrome)

❓What it is: Often called “runner’s knee,” this pain occurs around or behind the kneecap. Muscle imbalances, overuse, and poor mechanics are common contributors. There are several structures that could be contributing to pain and your physical therapist can identify WHICH structure it is and WHY its happening.

��What does the research say?: Weak hip abductors and glute muscles have been linked to increased risk of patellofemoral pain in runners ( Ferber et al., 2010) .

��️Prevention Exercises:

Wall assisted single leg squats – Strengthens gluteus medius to stabilize the hip and knee.
Eccentric Step-downs – Improves quadriceps and hip control while simulating single-leg landing mechanics.

2. Shin Splints (Medial Tibial Stress Syndrome)

❓What it is: Pain along the inner shin, usually caused by repetitive stress on the tibia and surrounding muscles. Your physical therapist should be able to rule out stress fracture and identify what structure is the source of your pain (soleus, posterior tibialis, toe flexors)

��Research-based fact: A 2025 meta-analysis found that age (older runners), low foot arch height, high training volume, and prior injury significantly increase risk of MTSS ( Pillai et al, 2025 )

��️Prevention Exercises:

Posterior tibialis strengthening – Strengthen posterior tibialis to better absorb impact and improve push off mechanics
Solues Stretch on Slant Board – Improves calf flexibility, reducing strain on the shin.

3. Stress Fractures

❓What it is: Small cracks in the bones of the lower leg or foot, often due to repetitive stress without adequate recovery. The most common place for these to occur in the runner is the tibia, and the metatarsal bones in the foot, but they can also pop up in other areas of the foot and lower leg (navicular bone, fibula) as well as the femur.

��Research-based facts: A newer modeling study (“grounded running”) suggests that reducing flight time (i.e., minimizing the airborne phase) during running significantly reduces bone strain (in the tibia-fibula complex), which could lower stress fracture ( Khassetarash et al, 2024 )

Key Points from Recent Literature

Lower extremity predominates: tibia > metatarsals > navicular > fibula > calcaneus > femur.
Female runners have higher incidence, especially tibial, metatarsal, and pelvic/femoral sites.
Distance runners: tibia and metatarsals most common.
Sprinters / explosive athletes: metatarsals, femur, and calcaneus more frequent.
High-risk areas are weight-bearing, high-load bones that undergo repetitive bending or axial load.

��️Prevention Exercises:

Single-leg Calf Raises – Strengthen the lower leg muscles to absorb impact.
Foot intrinsic strengthening – Strengthen legs and improve bone-loading safely.

4. Plantar Fasciitis

❓What it is: Inflammation of the thick band of tissue on the bottom of the foot, causing heel pain. Pain is usually on the inside of the heel and worst in the morning and with impact

��Research-based fact: A recent 2025 study showed that manual physical therapy is effective in treatment of plantar fascia thickening, pain intensity and activity limitations, particularly in patients associated with acute plantar fasciitis.( Khammas et al, 2025 ).

��️Prevention Exercises:

Foot Intrinsics Strengthening ( Short foot ) – Improves arch support and foot stability.
Calf Stretch and Rolling the Foot – Reduces tension on the plantar fascia.

5. IT Band Syndrome

❓What it is: Pain along the outside of the thigh and knee caused by friction of the iliotibial band over the lateral femoral epicondyle.

��Research-based fact: A 2023 study found that as runners get more fatigued, activation (via EMG) of several muscles that feed into the IT band — including the glutes (maximus and medius), tensor fascia lata (TFL), and biceps femoris — decreases significantly ( Chen et al, 2023 )

��️Prevention Exercises:

Side-lying Leg Lifts – Strengthen glute medius to reduce IT band stress.
Foam Rolling the IT Band – Helps reduce tissue tightness, though should be combined with strengthening for long-term prevention.

�� The Bottom Line

Preventing running injuries isn’t just about logging miles—it’s about strengthening, stretching, and respecting recovery . Incorporating exercises targeting the hips, calves, shins, and feet can significantly reduce your risk of the Big 5 injuries.

Pro tip: Gradually increase mileage, maintain proper running mechanics, and prioritize cross-training and mobility work. Small, consistent steps go a long way toward keeping you running pain-free for years.

�� Book a consultation today with Move with Meg to get a tailored plan and hands-on guidance for optimal results.

��Email Meg at Meg@movewithmegpt.com to schedule your appointment now.

Read more: https://www.movewithmegpt.com/blog
#movewithmeg #runningPT #runnersofinstagram #runstronger #injuryprevention #arlingtonrunner #northernvirginiarunners

🏃‍♀️ Why Foot Strength Is Essential for Every Runner

Thu, 13 Nov 2025 20:26:36 GMT

“It All Starts From the Ground Up.”

When you think about what drives your running performance, you probably picture strong quads, glutes, and calves. But the real foundation of every stride starts much lower — in your feet.

Your feet are your connection to the ground. They absorb impact, stabilize your body, and propel you forward thousands of times during a single run. If the small muscles of your feet — known as the intrinsic foot muscles — are weak, your foundation suffers. That can lead to issues like plantar fasciitis, shin splints, Achilles tendinopathy, or even knee and hip pain.

Recent research is shining a light on just how critical foot strength is for both performance and injury prevention in runners.

�� What the Research Says About Foot Strength

The foot acts as a spring — not just a support.
According to a review published in Frontiers in Sports and Active Living , the intrinsic foot muscles (IFMs) don’t just passively support the arch — they actively stabilize it and help the foot act like a spring. They absorb energy during landing and release it at push-off, improving running efficiency and reducing stress up the kinetic chain.
Stronger feet = better performance.
A Nature Scientific Reports study found that runners who performed specific foot strengthening exercises improved their lactate threshold velocity — meaning they could run faster for longer before fatigue set in.
Minimal footwear increases natural strength.
A prospective study showed that runners who wore minimalist shoes over a 6-month period developed stronger toe flexor muscles and greater control at the forefoot. Less external support forces your intrinsic muscles to work harder, leading to long-term strength gains.
Targeted exercises build measurable improvements.
A study from MDPI Applied Sciences found that “toe tube” and short foot exercises significantly increased toe grip strength and reactive power — both key for efficient propulsion and shock absorption in running.
Intrinsic muscles protect your joints.
The Contemporary Review: The Foot and Ankle in Long-Distance Running highlights how stronger foot muscles improve overall neuromuscular control and help prevent excessive pronation, which can lead to ankle, knee, and hip overuse injuries.

�� How to Strengthen Your Feet

The best part? You don’t need fancy equipment or hours in the gym — just consistency and good technique.

Here are three of my favorite runner-specific foot strength exercises :

1️⃣ Toe Yoga

This simple yet powerful drill isolates your big toe from your smaller toes, helping you activate the deep stabilizers of your foot.

How to do it:

Keep your foot flat on the ground.
Lift your big toe while keeping the little toes down, then switch — big toe down, little toes up.
Repeat 10–15 times per side.

Toe Yoga improves your ability to engage your arch dynamically, which is crucial for midstance stability when running.

2️⃣ Short Foot Exercise

This is one of the best ways to strengthen your intrinsic arch muscles .

How to do it:

While standing, gently draw the ball of your foot toward your heel, “shortening” your foot without curling your toes.
You should feel your arch lift slightly.
Hold for 5 seconds, relax, and repeat 10–15 times.

This exercise teaches your foot to actively support your arch — helping reduce strain on the plantar fascia and medial ankle.

3️⃣ Toe Tap with Big Toe Stabilization

Re-wiring our brain to use our big toe to stabilize our foot properly takes some work, but doing this exercise daily can make a big difference

How to do it:

Plant your big toe into the ground while lifting your little toes up

Hold this position while tapping your other foot forward and backward twice, and then side to side twice

Perform for 1 minute

�� The Bottom Line

Your feet are your foundation. Strengthening them improves stability, running efficiency, and injury resilience. Research consistently shows that a stronger foot isn’t just about avoiding pain — it’s about performing better.

Start small: add Toe Yoga and Short Foot exercises into your warm-up, and include Posterior Tibialis work in your weekly strength routine. Over time, you’ll notice more control, a more powerful push-off, and fewer nagging injuries.

If you’re unsure where to start or want to assess your foot mechanics, schedule a Run Analysis or Functional Movement Assessment with Move with Meg. Together, we’ll identify what your body needs to keep running strong — from the ground up.

Not sure if you’re in the right running shoes? Talk to Meg about “The Perfect Shoe Fit” - a 1:1 session in a local shoe store to ensure you’re in the right shoes for your feet and gait pattern.

�� Book a consultation today with Move with Meg to get a tailored plan and hands-on guidance for optimal results.

��Email Meg at Meg@movewithmegpt.com to schedule your appointment now.

Read more: https://www.movewithmegpt.com/blog
#movewithmeg #runningPT #runnersofinstagram #runstronger #injuryprevention #arlingtonrunner #northernvirginiarunners

“Speak Up, Heal Better: Why Your Voice Matters in Orthopedic Care”

Sat, 08 Nov 2025 13:39:27 GMT

Your orthopedic journey shouldn’t be confusing—learn how speaking up helps you heal stronger and feel more in control.

Navigating orthopedic care can be overwhelming. From understanding complex diagnoses to choosing between surgical and non-surgical treatments, patients often leave appointments feeling confused or unheard. Even in physical therapy, a patient should be asking questions to ensure they are getting the proper care to get back to moving their best. This is where patient advocacy in orthopedics becomes essential for better outcomes and a smoother recovery.

Common Patient Concerns in Orthopedic Care

Many patients express frustration during orthopedic visits, including statements like:

“I didn’t understand what my doctor was saying”

Medical terminology can be confusing, leaving patients unsure of their diagnosis, treatment options, or rehabilitation plan.

“I feel like my doctor wasn’t listening to me”

When concerns or symptoms are overlooked, patients may feel dismissed or anxious about their care.

“I wish someone had helped me ask the right questions”

It’s common for patients to leave appointments wishing they had asked more questions or clarified instructions.

These concerns highlight the importance of advocacy—ensuring patients are active participants in their care rather than passive recipients.

How Patient Advocacy Elevates Orthopedic Care

Clear Communication with Your Orthopedic Team

Patient advocates help bridge the gap between medical jargon and patient understanding. In orthopedics, that might mean clarifying the difference between a rotator cuff repair and a tendon debridement , or understanding what’s expected during ACL post-op rehab . When communication is clear, patients know exactly what to expect, how to manage their recovery, and when to seek help.
Explore our post-operative rehab tips to see how clear guidance leads to better outcomes.

Empowerment to Ask Questions

Advocacy gives patients the confidence to speak up about their symptoms, pain levels, and activity goals—key information that helps providers tailor care. Asking questions such as:

“What are my non-surgical options?”
“How will this impact my return to sport or activity?”
"How long should I expect my recovery to take?"
"Can you write me a script for physical therapy?"

Improved Recovery and Outcomes

Research shows that patients who take an active role in their treatment recover faster and more effectively. In orthopedic care, this means better adherence to rehab programs, improved pain management, and fewer complications. Targeted exercises given to you by your physical therapist are great examples of how informed participation can directly improve recovery results.

Bridging the Gap Between Patient and Provider

Being heard matters. Patient advocacy ensures your concerns are acknowledged, and your treatment reflects both your provider’s expertise and your personal goals. At Move with Meg , our orthopedic physical therapy services prioritize communication, education, and individualized care—so you feel confident, supported, and empowered every step of the way.

What to Expect from Your Physical Therapy Evaluation

Physical therapy plays a massive role in rehab, but not all physical therapy experiences are created equal. Here are some absolute MUSTS that you should expect from your physical therapy experience:

1. A Clear Diagnosis

You deserve to understand not just what is causing your pain, but why .
For example:

“You have inflammation of your Achilles tendon, which is painful because tightness in your plantar fascia and weakness in your calves are forcing you to overuse your calf muscles instead of engaging your glutes during your run.”

2. A Defined Plan of Care

Before you leave your evaluation, you should know exactly what comes next.
For instance:

“I’d like to see you twice a week to focus on foot mobility, calf strength, and run form mechanics.”

3. Clear, Accessible Exercises

You should leave with a program you can confidently follow—whether through videos, handouts, or a digital exercise spreadsheet.

4. Open Communication

Your PT should encourage you to ask questions, such as:

“Do you have any recommendations to help speed up recovery?”
“Why am I still in pain?”
“Can we simplify my exercises to make them more achievable?”

There should always be:

A clear plan ,
Noticeable improvement in your symptoms, and
Consistent, open communication.

Your PT should always explain why you’re doing what you’re doing. If something causes pain or feels unrealistic, speak up—your physical therapy experience should be about you . You should leave every session feeling empowered, supported, and confident that you’re moving closer to your goals.

Tips for Advocating for Yourself in Orthopedic Care

Prepare Questions in Advance

Write down your top concerns before appointments to make sure nothing is overlooked.

Bring a Support Person

A family member, friend, or caregiver can help communicate concerns and remember instructions.

Ask for Clarification

Don’t hesitate to request explanations if you don’t understand a term or instruction.

Take Notes

Document instructions for post-operative care or physical therapy exercises to reduce misunderstandings and improve adherence.

Take Control of Your Orthopedic Recovery Today

Advocating for yourself is the first step toward a faster, safer recovery. At Move with Meg, I specialize in orthopedic physical therapy and personalized rehabilitation programs that put you at the center of your care. From hip and knee injuries to post-operative rehab, my evidence-based approach ensures you understand every step of your recovery and are empowered to make informed decisions.

�� Book a consultation today with Move with Meg to get a tailored plan and hands-on guidance for optimal results.

��Email Meg at Meg@movewithmegpt.com to schedule your appointment now.

Read more: https://www.movewithmegpt.com/blog
#movewithmeg #runningPT #runnersofinstagram #runstronger #injuryprevention #arlingtonrunner #northernvirginiarunners

Why Ankle Mobility Matters for Runners

Fri, 31 Oct 2025 13:00:33 GMT

The Foundation of Every Stride

Every step a runner takes starts and ends at the foot. Your ankle and big toe are the first points of contact and the final push-off drivers. If those joints can’t move properly, your body compensates—often at the knee, hip, or pelvis. Over time, these compensations lead to inefficiencies, fatigue, and injury.

Ankle mobility—particularly closed-chain dorsiflexion , or the ability for the shin to move forward over a planted foot—is one of the most overlooked components of efficient running form.

How Much Mobility Do You Need?

Research and clinical experience suggest that runners should have:

At least 10–12° of closed-chain ankle dorsiflexion , and
Roughly 30° of great toe (big toe) extension in a closed-chain position (foot planted).

This allows your body to absorb impact, store elastic energy, and generate efficient propulsion during push-off.

If either joint is stiff, your body will find other ways to move—usually by collapsing inward at the arch, overstriding, or rotating through the knee and hip—all of which can create stress elsewhere in the chain and cause injuries such as:

✅Plantar fasciitis

✅Runners knee

✅ITB pain

✅Hip pain

What the Research Says

A 2023 study published in Frontiers in Neurology examined how peak ankle dorsiflexion affects lower extremity and pelvic biomechanics during walking and jogging. The results highlight just how critical this motion is:

Participants with less than ~10° of ankle dorsiflexion showed reduced hip extension , altered pelvic motion , and increased external knee rotation during both walking and jogging.
Those same runners also demonstrated a smaller plantarflexion moment and decreased anterior ground reaction force , which the authors noted can “limit forward propulsion and overall running efficiency.”
The researchers concluded that restricted ankle dorsiflexion affects the entire kinetic chain , influencing the way force is transferred through the lower body and pelvis.

In other words, a stiff ankle doesn’t just affect the foot—it changes how you move from the ground up.

��The Role of the Big Toe

Just as the ankle allows forward motion, the big toe provides stability and propulsion . During the push-off phase, the big toe should extend about 30° in closed chain . Limited motion here can shift pressure toward the smaller toes or plantar fascia, increasing the risk of forefoot pain, plantar fasciitis, and inefficient push-off mechanics. So if you lack ankle mobility AND big toe mobility you are at a greater risk of injury!

Why Runners Need Strong and Mobile Ankles

1. Improved Shock Absorption

With adequate dorsiflexion, your ankle can move smoothly through midstance, allowing the calf–Achilles complex to load and release like a spring.

2. Enhanced Propulsion and Stride Efficiency

The Frontiers study showed that limited dorsiflexion reduces the anterior ground reaction force and plantarflexion moment—two critical factors for strong, efficient push-off.

3. Better Alignment Up the Chain

Less ankle mobility = more compensation at the knee and hip. Runners with restricted dorsiflexion often show greater external knee rotation and reduced hip extension, which can alter stride length and stability.

4. Reduced Injury Risk

Poor ankle mobility can contribute to injuries such as Achilles tendinopathy, plantar fasciitis, shin splints, IT band pain, and even hip or low-back discomfort due to faulty load transfer.

How to Test Your Mobility

Ankle Dorsiflexion (Half-Kneeling Test) - Click here:

Start in a half-kneeling position with your front foot about four fingers from a wall.
Keeping your heel down, drive your knee toward the wall.

If your knee touches the wall without your heel lifting, you likely have ≥10° of dorsiflexion.

Big Toe Extension Test (Click here):

Start in a half-kneeling position with your front foot about four fingers from a wall.
Keeping your heel down, drive your knee toward the wall putting your ankle in a flexed position
Try to lift up your big toe while your ankle is flexed. You should see about 30° of motion at the big toe joint.

How to Improve Mobility

Three Way Ankle Rocks in half-kneeling to increase dorsiflexion.
Calf stretches (both straight and bent knee ).
Big toe mobilizations
Eccentric calf strengthening to reinforce control through new range. Performing these Two heels up, one heel down exercises will help with increasing your eccentric strength

The Takeaway

Limited ankle dorsiflexion—anything below 10°—has been shown to change how runners move, decreasing propulsion, altering hip and pelvic motion, and increasing joint stress. Combine that with poor big toe mobility, and your body is forced to compensate.

At Move with Meg , I help runners identify mobility restrictions, build functional strength, and retrain their stride so they can move efficiently, prevent injury, and run stronger for longer.

��Email Meg at Meg@movewithmegpt.com to schedule your appointment now.

��‍♀️ Tight ankles holding you back?
Your stride starts from the ground up — and limited ankle or big toe mobility could be silently stealing your speed, efficiency, and even causing pain.

In my latest blog, “Why Ankle Mobility Matters for Runners,” I break down how much motion you really need, what the research says, and how to test (and fix!) your own mobility.

Whether you’re recovering from an injury or chasing a new PR, this one’s worth the read.
��
Read more: https://www.movewithmegpt.com/blog
#movewithmeg #runningPT #anklemobility #runnersofinstagram #runstronger #injuryprevention #arlingtonrunner #northernvirginiarunners

Run Analysis 101: What It Is and Why Every Runner Should Have One

Fri, 24 Oct 2025 12:00:07 GMT

Every Stride Tells a Story

Whether you’re training for your next marathon or just starting your running journey, your body has its own unique way of moving — and sometimes, those movement patterns can make the difference between running strong or running hurt.

That’s where a run analysis comes in. A professional running gait assessment helps uncover what your body is doing while you run — the good, the bad, and the things you don’t even realize are happening.

At Move with Meg , we use run analysis to help runners understand how they move, why injuries happen, and what changes can make every stride more efficient, powerful, and pain-free.

What Exactly Is a Run Analysis?

A run analysis is a detailed assessment of your running form, movement patterns, and mechanics. Using video from multiple angles and slow-motion technology, your physical therapist evaluates how your body moves from head to toe while you run.

During a run analysis, we typically look at:

Stride length and cadence (how long and how often your steps are)
Foot strike pattern (heel, midfoot, or forefoot)
Pelvic and trunk control
Hip, knee, and ankle alignment
Arm swing and posture

This in-depth look helps identify inefficient movement patterns, compensations, or asymmetries that can lead to pain or limit performance.

Why Every Runner Should Have a Run Analysis

1. Injury Prevention

Most running injuries — like shin splints, IT band syndrome, or plantar fasciitis — stem from how your body moves over thousands of steps. A run analysis pinpoints the exact mechanics contributing to stress on specific joints or tissues, helping you fix the cause before it becomes an injury.

2. Better Performance and Efficiency

Small tweaks in your form can lead to big gains. By improving cadence, stride length, or alignment, runners often find they can maintain pace more easily, reduce fatigue, and feel smoother with every step.

Even if you’re not injured, a run analysis helps you run smarter — not harder.

3. Personalized Training Insights

A run analysis gives you a clear understanding of your unique movement patterns. This allows your PT to design a customized strength, mobility, and form program tailored to your needs.

It’s not about copying someone else’s form — it’s about finding the most efficient version of yours .

What to Expect During a Run Analysis

When you come in for a run analysis at Move with Meg , here’s what the process looks like:

Movement Screen: Assessment of your strength, mobility, and stability to see how your body moves when you are doing things other than running.
Video Gait Capture: You’ll run at your comfortable pace while we record your form from multiple angles. This can be outside or on a treadmill
Slow-Motion Breakdown: A review of the footage to identify patterns, opportunities for improvement, or flaws contributing to an injury you may be having or had in the past
Action Plan: You’ll leave with specific recommendations — from exercises and drills to shoe suggestions or cadence adjustments — designed to make your running feel stronger and smoother.

Who Can Benefit from a Run Analysis?

A run analysis isn’t just for elite runners. It’s valuable for:

��‍♀️ Runners returning from injury
��‍♂️ Beginners who want to start safely
�� Runners aiming to improve form, speed or efficiency
�� Anyone dealing with recurring aches or pain

If you run regularly, a gait analysis is one of the smartest investments you can make in your longevity and performance as an athlete.

The Takeaway

A professional run analysis bridges the gap between how you think you move and how you actually move. It gives you the tools, awareness, and confidence to train smarter, recover faster, and run stronger — mile after mile. Most runners can feel the difference right away and after just a few runs say their run feels easier and stronger.

At Move with Meg , we help runners of all levels understand their stride, build strength, and prevent injury through personalized assessments and training.

��‍♀️ Ready to See How You Run?

Schedule your Run Analysis today at www.movewithmegpt.com or email meg@movewithmegpt.com to learn how we can help you move better and feel your best on every run.

Because every stride tells a story — let’s make yours stronger.

Are Zero Drop Shoes Right For You?

Sat, 18 Oct 2025 15:33:14 GMT

Zero drop shoes aren't right for everyone. Are they right for you?

Finding the right running shoes can make a huge difference—whether you’re chasing your next PR or just getting into running. One of the most important features to understand is shoe drop , which is the height difference between the heel and the forefoot.

Zero drop running shoes have become increasingly popular because they encourage a more natural running stride and foot strike. But while they can work well for some runners, they aren’t ideal for everyone. Before transitioning to a zero drop shoe, you need to determine if your mobility and strength are up for the challenge

When you run, your body needs to move smoothly through both the ankle and the forefoot . Traditional running shoes usually have a higher heel, which reduces how much motion you need at these joints thanks to the built-in rocker design. The lower the drop, the more ankle mobility, foot strength and eccentric control of the calf you need. If you don’t have enough mobility through your ankle or big toe, your body may compensate in less efficient ways—potentially leading to injury.

Before you make the switch, try these three simple tests to see if your body is ready for zero drop running shoes.

1. Ankle and Big Toe Mobility Test

Zero drop shoes require strong mobility through your ankle and big toe—ideally around 30 degrees of motion at each joint.

How to test it:

Start in a half-kneeling position with your front foot about four finger-widths away from a wall.
Keep your heel flat and drive your front knee forward until it touches the wall.
Without rolling your foot inward or outward, try to lift your big toe off the ground.

✅ If you can do this easily, you likely have the mobility to handle a lower heel drop.
❌ If not, spend time improving ankle and toe mobility before transitioning.

2. Intrinsic Foot Strength Test (Toe Yoga)

During the midstance phase of running, about 85% of your support comes from your big toe. Having strong, coordinated foot muscles helps keep you stable when you land and push off.

How to test it:

Sit or stand with your foot flat and ankle relaxed.
Lift your big toe off the ground while keeping your little toes down.
Then press your big toe down while lifting your little toes .
Repeat slowly without moving your ankle.

✅ If you can move your toes independently, you’ve got good foot control for zero drop shoes.

3. Single-Leg Calf Strength Test

Calf soreness is common when switching to zero drop shoes because your calves have to work harder to control your heel lowering to the ground.

How to test it:

Stand on one leg and perform single-leg calf raises , lifting and lowering your heel with control.
Aim for 25–30 reps per leg.

✅ If both sides are strong and even, your calves are ready for zero drop footwear.

Transition Tips

If you’ve been running in shoes with a higher heel-to-toe drop, take your time transitioning. Start by alternating between your regular shoes and zero drop shoes for short runs, then gradually increase your mileage in the lower drop pair.

Avoid sudden changes—your calves, feet, and Achilles need time to adapt.

Three videos to help your feet prepare

�� Toe Yoga is a great way to strengthen your big toe but also create isolated big toe neuromuscular control. Getting some toe yoga in daily (it’s easy to do at your desk)is a great way to start!

��Purchase a slant board and stand on it for 2-3 mins a day to increase calf mobility

��Perform 3 sets of 15 reps 1 to 2 times daily of eccentric calf raises. This helps build the control of your calf muscle to handle the lower drop

Find the Perfect Fit with Move with Meg

Zero drop running shoes can be a great choice for some runners—but only if your body is ready for them. If you’re unsure, schedule a Complete Run Analysis or Perfect Shoe Fit session at Move with Meg .

We’ll assess your mobility, strength, and running mechanics to help you find the right shoe for your stride and goals—so you can run stronger, smarter, and injury-free.

�� meg@movewithmegpt.com | �� www.movewithmegpt.com

��Because the right shoes—and the right movement—keep you running for miles to come.

At Move With Meg Physical Therapy , I specialize in helping runners move with strength, balance, and confidence. With over 17 years of experience and a deep focus on run analysis and retraining , I’ve worked with runners across the DMV to overcome injuries and unlock their full potential.

Beyond the Miles: Why Runners Should Choose a PT Who Understands Running

Fri, 10 Oct 2025 12:30:00 GMT

Optimize your run with a PT who understands

Running is more than just putting one foot in front of the other. It’s a rhythm, a passion, and for many of us, a way of life. But with that passion often comes the occasional setback—nagging injuries, pain that lingers after a race, or frustration when you’re told to “just stop running” by someone who doesn’t fully understand the sport.

That’s where the right physical therapist comes in. Not just any PT, but one who truly specializes in running. Here’s why it matters.

1. Runners Move Differently — and Their Care Should Reflect That

Running is a repetitive, high-impact sport. A PT who understands running mechanics knows how to look beyond your pain and assess the root cause of your issues.

A running-specialized PT evaluates:

Gait mechanics and stride efficiency
Footwear and terrain choices
Training load and recovery balance
Strength, flexibility, and coordination patterns

�� Internal link idea: Link “gait mechanics” to your Run Analysis & Retraining service page.

When your PT understands what your body goes through with every step, they can create a recovery plan that fits your unique movement and training goals.

2. Prevention Is Just as Important as Recovery

A running-focused PT doesn’t just treat injuries — they help prevent them. By identifying movement inefficiencies, muscle imbalances, or improper footwear before pain sets in, you can avoid time off the road.

Common issues like IT band syndrome, shin splints, and plantar fasciitis are often linked to underlying movement patterns. Early assessment and correction can save months of frustration and downtime.

�� Alt text idea for blog image:
“Physical therapist analyzing a runner’s stride on a treadmill to prevent injury.”

3. A PT Who Runs, Gets It

There’s a big difference between a PT who treats runners and one who is a runner. A running-specialized therapist understands the mental and physical side of the sport — from the excitement of race day to the frustration of injury setbacks.

This shared perspective helps build trust, communication, and realistic expectations during your recovery journey. You’ll feel understood and supported — not told to “just stop running.”

4. Personalized Treatment = Faster, Smarter Recovery

Every runner’s body, gait, and training plan is different — so your rehab should be too. A running-specialized PT designs treatment plans that address:

The specific phase of your training cycle
The demands of your distance or surface (trail, road, track)
Your strength, mobility, and form patterns

At Move with Meg , each session blends hands-on therapy , functional strength work , and run-specific retraining to help you return to running stronger than before.

�� Internal link idea: Add a link here to your Physical Therapy for Runners service page.

5. A Stronger Runner Is a Healthier Runner

Running efficiency comes from strength — especially in the hips, core, and feet. A PT who understands running will focus on multiplanar strength , balance, and coordination to keep your body resilient over time.

Instead of only treating symptoms, they’ll teach you how to move better, train smarter, and reduce your risk of future injuries.

�� Alt text idea for blog image:
“Runner performing hip strengthening exercises under physical therapist supervision.”

The Takeaway: Don’t Settle for Generic Care

Running puts unique demands on your body. Choosing a physical therapist who truly understands running ensures that every assessment, exercise, and recovery strategy aligns with your goals — not just your symptoms.

If you’re dealing with a running injury, want a gait assessment, or simply want to move more efficiently, Move with Meg is here to help.

��‍♀️ Take Your Running Strength to the Next Level

If you’re not sure where to start or want personalized guidance, a running-specific movement screen or run analysis can help identify your weak spots and build a tailored plan.

Ready to strengthen your hips and run stronger?
�� Visit www.movewithmegpt.com to learn more about running-specific physical therapy and performance services or visit my YouTube Page Run Stronger with Meg for more videos.

Why Multiplanar Hip Strengthening Is Essential for Runners

Tue, 07 Oct 2025 19:55:58 GMT

Take your hip strength to the next level

If you’re a runner looking to improve performance, efficiency, and injury resilience, one of the most important things you can do is strengthen your hips — in all planes of motion . While most runners focus on traditional forward-and-backward movements like squats and lunges, running actually challenges your body in multiple directions. That’s where multiplanar hip strengthening comes in.

Why Multiplanar Hip Strengthening Is Essential for Runners

By Meg Pezzino, PT, DPT, SCS — Board-Certified Sports Clinical Specialist

Running Isn’t Just a Forward Motion

Even though running looks like a straight-line activity, your body is constantly stabilizing side-to-side and rotating with every stride. If we lack control in one of these planes, other areas of our body have to pick up the slack to compensate which leads to injury. The hips play a critical role in controlling these movements across three planes:

Sagittal Plane (forward/backward): Powers hip flexion and extension during each step.
Frontal Plane (side-to-side): Controls pelvic stability and prevents hip drop.
Transverse Plane (rotational): Manages the subtle rotation through your trunk and hips as your legs swing.

If your strength work only targets one plane — usually the sagittal — you’re leaving key muscles undertrained, which can lead to inefficiencies and common running injuries like IT band syndrome, knee pain, plantar fasciitis or hip instability.

Why Hip Strength Is So Important for Runners

Your hips are the power center of your stride. They help absorb impact, stabilize your pelvis, and transfer energy efficiently through your legs. Weakness in the hip abductors, rotators, or stabilizers can throw off your form and cause compensations down the kinetic chain.These compensations cause other muscles to WORK HARDER. Overworked muscles can lead to injury.

By incorporating multiplanar hip exercises for runners , you can:
✅ Improve pelvic stability and reduce hip drop
✅ Enhance running form and efficiency
✅ Prevent common overuse injuries
✅ Boost power and endurance — especially on hills or uneven terrain

Best Multiplanar Hip Exercises for Runners

Adding just a few targeted hip strengthening exercises into your weekly training can make a big difference in how you feel and perform. Here are some of my go-to moves for runners:

Frontal Plane (side-to-side strength):

Lateral band walks
Single-leg Romanian deadlifts with reach
Single leg hip drops
Side lunges

Transverse Plane (rotational control):

Curtsy lunges with knee up
Steps ups/ knee up with rotation (twisting elbow to knee that is being raised)
Single leg deadlift hip airplanes

Sagittal Plane (forward/backward strength):

Forward lunges or reverse lunges
Isolated hip flexor march with band
Single leg deadlift with kneeup
Split squats

Want more bang for your buck? Try putting incorporating several multi-planar moves into one exercise!

Standing Clamshell with foot tap (glute med/min and hip rotators)

Aim to perform these hip exercises 2–3 times per week , focusing on controlled, functional movement.

The Connection Between Hip Strength and Running Injury Prevention

Strong hips don’t just make you faster — they help you stay healthy. Runners with weak hip stabilizers are more likely to experience overuse injuries due to poor control of the pelvis and knees. A balanced, multiplanar hip strengthening program improves your biomechanics and allows your body to tolerate higher training loads safely.

Whether you’re training for your first 5K or your tenth marathon, hip stability should be a cornerstone of your strength routine.

Take Your Running Strength to the Next Level

If you’re not sure where to start or want personalized guidance, a running-specific movement screen or run analysis can help identify your weak spots and build a tailored plan.

Move with Meg

From Footstrike to Finish Line: Why Your Running Shoe Choice Matters

What runners need to know about fit, foot mechanics, and injury prevention

��Running Shoes Are Tools, Not Fixes

��Why Foot Type Alone Is Not Enough

��Foot Strength Matters as Much as Foot Shape

��Running Form Changes Everything

❓Understanding Common Running Shoe Terms (and Why They Matter)

Heel Drop (Measured in mm)

Stack Height

Wide Toe Box

Carbon Fiber Plate

Pronation Control / Stability Features

��Why a Running‑Specialized Physical Therapist Should Be Involved

��Shoes Should Match Where You Are—Not Where You Want to Be

�� Move with Meg’s Perfect Shoe Fit ��

The Bottom Line

Plantar Fasciitis Myths Debunked: What Actually Works for Lasting Heel Pain Relief

Your no-nonsense, evidence-supported roadmap to finally fixing stubborn heel pain

The Biggest Myths About Plantar Fascia Pain (and What Actually Works)

��Myth #1: “I just need to ice it.”

Why it’s a myth

What actually helps

��Myth #2: “I just need new shoes.”

Why it’s a myth

What actually helps

��Myth #3: “I need orthotics.”

Why it’s a myth

What actually helps

��Myth #4: “I just need to stretch.”

Why it’s a myth

What actually helps

��What Actually Works for Plantar Fascia Pain (Evidence-Based)

✔ Progressive loading

✔ Foot intrinsic strengthening

✔ Soleus training

✔ Gait or run analysis

✔ Consistency

✔ Physical Therapy

✔ Diagnostic Ultrasound

Final Thoughts

“Run Smarter, Hurt Less: Preventing the Big 5 Running Injuries”

Your roadmap to staying pain-free with research-backed tips, smart training strategies, and targeted exercises.

1. Knee Pain (Patellofemoral Pain Syndrome)

2. Shin Splints (Medial Tibial Stress Syndrome)

3. Stress Fractures

4. Plantar Fasciitis

5. IT Band Syndrome

﻿

�� The Bottom Line

🏃‍♀️ Why Foot Strength Is Essential for Every Runner

�� What the Research Says About Foot Strength

�� How to Strengthen Your Feet

1️⃣ Toe Yoga

2️⃣ Short Foot Exercise

3️⃣ Toe Tap with Big Toe Stabilization

�� The Bottom Line

“Speak Up, Heal Better: Why Your Voice Matters in Orthopedic Care”

Your orthopedic journey shouldn’t be confusing—learn how speaking up helps you heal stronger and feel more in control.

Common Patient Concerns in Orthopedic Care

“I didn’t understand what my doctor was saying”

“I feel like my doctor wasn’t listening to me”

“I wish someone had helped me ask the right questions”

How Patient Advocacy Elevates Orthopedic Care

Clear Communication with Your Orthopedic Team

Empowerment to Ask Questions

Improved Recovery and Outcomes

Bridging the Gap Between Patient and Provider

What to Expect from Your Physical Therapy Evaluation

1. A Clear Diagnosis

2. A Defined Plan of Care

3. Clear, Accessible Exercises

4. Open Communication

Tips for Advocating for Yourself in Orthopedic Care

﻿

Prepare Questions in Advance

Bring a Support Person

Ask for Clarification

Take Notes

Take Control of Your Orthopedic Recovery Today