PT by Cara

PT by Cara Offering the following services:
•Physical Therapy (In person and telehealth)

Running economy isn’t just about cardio.It’s about how efficiently your body stores and releases force.The best runners ...
05/21/2026

Running economy isn’t just about cardio.
It’s about how efficiently your body stores and releases force.

The best runners look “bouncy” for a reason.

High tissue stiffness and tension through the foot, Achilles, calf, and hip create a spring-like effect that helps you:
• absorb force efficiently
• spend less energy with each stride
• improve ground contact time
• generate more elastic recoil
• run faster with less effort

Weak, unstable runners leak energy.
Stiff, reactive runners recycle it.

This is why strength training and plyometrics matter.

Heavy strength work improves force production.
Plyometrics train your body to rapidly store and release that force like a loaded spring.

If you want better running economy:
• build stronger calves and glutes
• improve tendon stiffness
• train single leg stability
• add hopping, pogo jumps, bounds, and explosive drills
• stop treating running as “just cardio”

Efficient runners don’t just push harder.
They bounce better.

05/13/2026

Most runners skip the source of their problems.

Weak foot intrinsics =
❌ Big toe inactive
❌ Lack pronation
❌ Poor toe coordination
❌ Compensation up the chain (ankle, knee, hip)

Train them instead 👇
• Big toe extension & force transfer over the foot
• Lateral band walks (heels elevated = running-specific load)
• Single leg balance
• Short foot holds
• Toe Yoga

Your foot is not supposed to be a passenger.

Stronger feet = better mechanics, better efficiency, and fewer injuries.

05/08/2026

Most runners skip this… and it shows.

Reverse planks (double + single leg) train the posterior chain the way running actually demands it:
– Glutes in hip extension
– Hamstrings working with the glutes, not cramping for them
– Core stabilizing in a lengthened position
– Shoulders + trunk linking upper to lower body

👉 If you can’t hold a strong reverse plank, you’re likely leaking energy every step.

Why runners need this:
• Improves hip extension → better stride length without overstriding
• Reduces overuse of hip flexors/TFL
• Builds real glute contribution (not just “activation drills”)
• Enhances pelvic control → less wasted motion, less injury risk

Progression:

1. Double-leg reverse plank – own the position (hips fully extended, ribs down)
2. Marching holds – introduce control without losing alignment
3. Single-leg reverse plank – this is where runners separate themselves

⚠️ Most people rush to single leg and compensate with their low back. If your ribs flare or hips drop—you’re not training the right thing.

Think of it this way:
If a single-leg reverse plank is unstable… what do you think your body is doing during thousands of single-leg strides?

Train the position. Carry it into your run.

—

Want stronger, more efficient miles? Start training like it.

Kids don’t overthink running… and that’s exactly why they do it so well.Watch how they move:✔️ Upright posture✔️ Natural...
05/05/2026

Kids don’t overthink running… and that’s exactly why they do it so well.

Watch how they move:
✔️ Upright posture
✔️ Natural forward lean
✔️ Quick, light turnover
✔️ Arms driving, not flailing
✔️ Feet landing under their center of mass

No cueing. No overcorrection. Just efficient, reactive movement.

Why?
They haven’t spent years sitting, stiffening up hips, or losing connection to their core and glutes.

They have:
– Mobile hips and ankles—> allows the fast pop off the ground in the right vector
– Active glutes—> allows optimal hip extension & utilizes the injury resistant prime mover in running
– Reflexive core control—> eliminates wasted frontal plane movement
– Elastic, springy stride—> foot under the center of mass

Most adult runners?
We see the opposite:
❌ Overstriding
❌ Collapsing at the hips
❌ Poor trunk control
❌ “Dead” glutes doing nothing

Then we wonder why injuries pile up during marathon training.

Here’s the truth:
It’s not about copying a “perfect” running form.
It’s about restoring the qualities you already had.

👉 Mobility where you’ve lost it
👉 Strength where you don’t control it
👉 Coordination where you’ve disconnected

Run like an adult… train like you’re trying to move like a kid again.

That’s where efficiency—and durability—comes from.

05/04/2026

Skip the clamshells 🚫

This variation hits what runners actually need:
✔️ Single-leg stability
✔️ Glute med strength in a loaded position
✔️ Real hip control under fatigue

Way more carryover to running than lying on your side lifting your leg. And you’re actually working the glute med on the stance leg more than the leg performing hip abduction, so it becomes a twofer. 😉

Train like you run—on one leg. 🏃‍♀️

04/29/2026

Not all tissues adapt the same…so why are you training them the same?⚡️🦴

If your goal is durability—avoiding stress fractures now and osteoporosis later—you need to understand this:

Bone is driven by speed of loading, not just load itself.

🧠 Research shows bone responds best to:

* High force
* Applied VERY quickly (think 0.1 seconds!!!)
* With a strong nervous system impulse

That rapid “hit” + rebound is what tells bone:
👉 “We need to get stronger.”

The problem with most training:

🏃‍♀️ Running

* Ground contact ~0.35+ seconds (slower at easy paces)
* Load is too gradual
* Great for cardiovascular health…not optimal for bone remodeling

🏋️ Strength training

* Even slower loading rates
* Builds muscle, supports joints…
* But doesn’t give bone the high-rate stimulus it needs

So what DOES train bone?

⚡️ Plyometrics

* Double & single-leg pogos, alternating pogos
* Quick ground contact (0.1 sec)
* Rapid load → unload → rebound
* High neuromuscular drive

This combination = maximum bone stimulus

⸻

Here’s where it gets interesting…

Different tissues require DIFFERENT inputs:

🦴 Bone → fast, explosive loading
🧵 Tendon → slow, controlled loading (think 3+ sec eccentrics)
💪 Muscle → full range + progressive resistance

If you only train one way…you’re leaving adaptations on the table.

⸻

Simple way to apply it:

✔️ Add plyos 2–3x/week
✔️ Always prior to the run or on an off day
✔️ Keep reps LOW—> 40 rep max (quality > fatigue)
✔️ Think “quick off the ground,” not “jump as high as possible”
✔️ Full recovery between efforts (4 hrs)

⸻

Bottom line:
You don’t build resilient bodies by doing more…
You build them by training each tissue the way it actually adapts.

04/22/2026

4 Exercises for FAI that actually make sense (and WHY):

1. Bridge march on foam roll
→ Challenges pelvic control + reduces compensation
→ Teaches the hip to stabilize under load

2. End-range hip abduction lift
→ Directly strengthens the hip at its weakest, most symptomatic range
→ Builds capacity where impingement is often felt

3. Bulgarian split squat + hip internal rotation
→ Trains control in deeper hip flexion without losing joint centration
→ Adds rotational control (often missing in rehab)

4. Hip CARs (controlled articular rotations)
→ Improves joint control + awareness through full motion
→ Reduces “pinchy” uncontrolled ranges

5. Tempo emphasis / pauses (applied to all)
→ Slows the system down → better control, less irritation

If you’re struggling with hip impingement, save this post and add these to your next strength routine.

04/20/2026

Most “glute activation” fails for one simple reason: it’s done in positions your glutes don’t actually get challenged in.

If your glutes don’t “turn on” in single-leg stance, hip extension, and rotational control… they’re not the problem. The input is.

Try this sequence before running, lifting, or lower body training:

⸻

1) Hip Hinge + Crossover Reach
Load the posterior chain while challenging frontal + rotational control.
Think: hinge back → reach opposite hand across midline → keep pelvis quiet.

Why it works:
You’re teaching the glute max + med to stabilize the pelvis while the body moves in multiple planes (just like running or cutting).

⸻

2) Single-Leg Bridge on Wall + Heel Raise
Drive one heel into the wall, lift hips, then add a controlled heel raise.

Why it works:
Now you’re stacking: hip extension + pelvic control + calf integration. This is closer to real gait mechanics than floor bridges.

⸻

3) Pigeon Glute Activation + Knee Extension
From a modified pigeon position, gently extend and bend the knee while maintaining hip external rotation.

Why it works:
This targets deep hip external rotators and glute max in a lengthened position—where most people are weak, not just “tight.”

⸻

Key takeaway:
Glute activation isn’t about “feeling it burn.”
It’s about restoring force transfer between hip, pelvis, and foot under realistic positions.

If it doesn’t translate to movement… it’s just exercise.

04/17/2026

Pronation isn’t bad. It’s necessary.

What’s actually causing issues?
👉 Lack of control
👉 Living in one position
👉 Avoiding movement instead of training it

Your foot should be able to:
✔️ Move into pronation
✔️ Control it under load
✔️ Transition out of it efficiently

That’s how you build a resilient foundation.

Try these 4 exercises targeting pronation while barefoot and throw away the orthotics.

04/16/2026

If you can’t own it, you can’t train it.
Your nervous system needs success before it adapts.

04/14/2026

Bulletproof your knees (before pain starts) 🔥

Knee pain doesn’t just show up out of nowhere…
It shows up when your body isn’t prepared for the load you’re asking it to handle.

Build knees that can handle anything with these 👇

1️⃣ Split Squat + Pulse at the Bottom
Own the weakest range. That pulse builds strength where your knee usually gives out.

2️⃣ Single-Leg RDL
If you can’t control your hip, your knee pays the price. Stability starts here.

3️⃣ Cossack Squats (stay low, shift side to side)
Strength + mobility in the frontal plane—this is what most people are missing.

4️⃣ Single-Leg Lower to Bench
Pure control. If you can’t lower yourself, you can’t absorb force. Gradually reduce the seat height to progress difficulty.

5️⃣ Step Downs (slow eccentric)
This is where real knee resilience is built—controlling load, not just producing it.

⸻

Key takeaway:
Your knees don’t need protection…
They need progressive exposure to load, control, and full range.

Slow it down.
Own every inch.
Build capacity 💪

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