Key Facts About This Common Knee Issue in Young Basketball Players

If your child—especially between the ages of 8 and 15—is complaining about pain in the front of their knee or you’ve noticed a bony bump just below their kneecap, they may be dealing with Osgood-Schlatter disease (often called “Osgood-Schlatter’s”).

This condition occurs when fibers of the patellar tendon begin pulling on the tibial tuberosity—the bony part of the shin bone just below the kneecap. It’s most common in active adolescents, particularly boys ages 10–15, but it can also affect girls ages 8–13.

Why It Happens

Osgood-Schlatter’s is often triggered by repetitive stress from activities that involve running, jumping, kneeling, or squatting. These movements can irritate the growth plate at the top of the shin bone, where the tendon attaches.

Because of this, the condition is especially common in basketball players, who perform frequent explosive jumps, sprints, and directional changes.

One of the major risk factors is abnormal leg alignment. Kids who are knock-kneed or flat-footed tend to have a sharper angle between their quadriceps muscle and patellar tendon, which increases tension on the growth plate and raises the risk for developing Osgood-Schlatter’s.

Common Symptoms

• Pain and tenderness below the kneecap

• Swelling or a visible bump on the upper shin

• Discomfort during activity (especially jumping or running)

• Relief with rest

How It’s Managed

In the past, complete immobilization was common—but today, we know that rest and activity modification are the best first steps. Limiting high-impact activities that cause pain gives the body time to heal and reduces inflammation.

The recovery timeline varies: some athletes improve in 2–3 weeks, while others need 2–3 months (or longer) for full relief. This time allows for revascularization and ossification—essential steps in the healing of the tibial growth plate before returning to unrestricted activity.

Treatment Strategies

A well-rounded rehab plan often includes:

• Stretching tight muscles (especially the quadriceps and hip flexors)

• Strengthening weak areas like the hips and ankles

• Pain-free quadriceps exercises to restore strength

• Balance and coordination training to improve movement control

If your athlete needs to keep playing during the season, a patellar strap can help. Worn just below the kneecap, it reduces pulling stress on the tibial tubercle and can significantly decrease pain during activity.

The Good News

Roughly 90% of young athletes with Osgood-Schlatter’s recover fully with non-surgical treatment. Once the growth plate closes, symptoms almost always resolve completely.

When to Seek Help

If your child’s knee pain is interfering with sports or daily life, it’s important to get it checked. At Physio Room, our team specializes in assessing movement mechanics, identifying underlying causes, and developing personalized treatment plans that help your child return to sport safely and pain-free.

Stretching, strengthening, and improving hip and ankle stability can make a big difference—but the best next step is a thorough evaluation to rule out other causes of knee pain and guide recovery.

Written By Dr. Chris Hildenbrand, PT, DPT | Physio Room

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Are you sick of dealing with knee pain every time you squat?
Maybe you’ve started avoiding squats altogether… or you keep the weight below a certain number, hoping you can “save your knees” for the long term?

Whether you’ve been told to steer clear of squats because of arthritis or you’re an athlete who needs to fix this to stay competitive — this one’s for you. Let’s break down what’s really going on and what immediate, actionable steps you can take today.

Where People Usually Feel Knee Pain

Front of the knee — around or below the kneecap
On top of the knee — at the bottom of the quads
Inside or deep within the joint — near the meniscus or tendon attachments

Short-term rest or reducing load can help calm irritated tissues — that’s valid. But avoiding load for too long stalls progress. Your knees need load to adapt and stay strong. When tissues are challenged, they remodel, strengthen, and become more resilient.
Avoiding load entirely tells your body it no longer needs to maintain that strength — making you more sensitive over time. The key? Finding the right dose of load and movement your knees can handle, then building from there.

The Problem Isn’t the Squat

Here’s the truth:
The squat isn’t bad. Your knees aren’t broken.

All bodies are designed to squat — it’s one of the most fundamental human movements. Pain usually isn’t about a “bad” squat; it’s about how your body manages force through the movement. That can be influenced by:

• Your movement patterns

• Load management and programming

• Coordination and control throughout the lift

And no — this isn’t just about “fixing your form.” The goal is to match the movement to the athlete, not the other way around.

4 Key Factors to Look At

1⃣ Body Positioning

Foot width, weight distribution, lat engagement, and hand placement all change how force travels.
→ Think “balanced tripod foot” and “stay connected to the floor” rather than “knees out” or “sit back.”

2⃣ Bar Placement

A lower bar shifts your center of mass backward, engaging the hips more.
A high bar or front squat loads the quads, increasing knee stress but improving upright mechanics.
→ The “best” setup depends on your anatomy and goal.

3⃣ Descent Pattern

Instead of “sit back,” think “sit down.”
Let the knees travel forward naturally — it keeps tension balanced front to back and helps maintain control.

4⃣ Tension Control

Do you drop to the bottom of the squat?
Does your speed change throughout the rep?
Managing tempo and breathing helps muscles absorb force instead of dumping it into the joints.

Regional Influences to Consider

Hips:
Limited hip flexion or rotation can cause compensations down the chain. Sometimes mobility drills help, but often adjusting your bar position or stance makes the biggest difference.

Ankles:
The ankle isn’t just a hinge — it’s designed to pronate slightly during a squat. Without that motion (or with too much), stress shifts toward the knees.
Try a slight heel lift, maintain midfoot pressure, and keep your big toe grounded for balance.

How to Start Restoring Squat Tolerance

Set up your stance and bar position for your anatomy — not what you saw online.
Find a range of motion and load that’s challenging but tolerable. Mild discomfort is fine; sharp pain is not.
Gradually build range, load, and tempo as symptoms improve.

Takeaway

Knee pain doesn’t mean you have to stop squatting — it just means something in the system needs attention.

By addressing your hips, ankles, and movement control, you can restore load tolerance, reduce pain, and rebuild confidence under the bar.

Strong knees don’t come from avoiding squats — they come from learning to move with your body, not against it.

Written By Dr. Jessie Czarnecki, DPT, OCS, CSCS, USAW-L1, CF-L2 | Physio Room

The post Knee Pain During Squats? Here’s Why (and How to Fix It) appeared first on Physio Room.

Picture this: it’s mid-cross-country season, and your young runners are logging miles, tackling hills, and racing hard week after week. Many assume that running alone is enough to keep improving. But as Dr. Stacy Sims highlights in her Next Gen course, strength and performance training isn’t optional—it’s essential. Not only does it boost resilience and power, but it also supports athletes through the natural ups and downs of adolescence.

Performance Decline Is Normal

One of the most important lessons Sims shares is that a dip in performance is completely normal, especially for young female athletes. Growth spurts, hormonal shifts, and the stress of heavy mileage can all cause race times to plateau—or even slow temporarily.

This isn’t a sign that training isn’t working. Instead, it signals that the body is adapting and needs smart support. Rather than increasing mileage, it can be more beneficial for athletes, coaches, and support systems to focus on strength training. Building a solid strength foundation protects tissues, improves mechanics, and allows athletes to come back stronger once their bodies recalibrate (drstacysims.com).

Performance & Resilience Through Strength

Here’s how strength and performance training can help young athletes thrive:

• Build Robust Muscles & Joints: Hip thrusts, split squats, planks, and deadlifts protect knees, hips, and the core under high running loads.

• Develop Power & Agility: Plyometrics, medicine-ball throws, and Olympic lifts sharpen neuromuscular coordination for race surges and fast finishes.

• Boost Confidence & Sustainability: Sims emphasizes celebrating strength over appearance, helping girls stay engaged and view training as empowering.

Quick Guidelines for Coaches & Athletes

• Focus on movement quality first.

• Train 2–3 times weekly.

• Be flexible with hormonal cycles.

• Normalize ups and downs in performance.

Strength and performance training for young female athletes isn’t just about improving race times—it’s about building resilient bodies, confident minds, and a lifelong love of sport. By giving these athletes the tools and guidance they need now, we set them up for stronger, healthier, and more sustainable performance both on and off the course.

Ready to Support Your Young Athlete?

If you want to give your runner a customized Strength and Conditioning program designed to build resilience, power, and confidence, schedule a session with Coach Cassie today!

Written By Cassie Santana – PTA, CSCS, NASM | Physio Room

The post Strength & Performance Training for Young Female Athletes appeared first on Physio Room.

Shoulder injuries are one of the most common upper-body issues among sport climbers — second only to finger injuries. Taking extra time to properly prepare your shoulders before a hard climbing session is worth the effort.

A solid warm-up isn’t just about getting the blood flowing — it’s a key part of your overall training and injury prevention strategy. Try adding these three shoulder-focused exercises to your warm-up routine to improve mobility, activate stabilizers, and get ready for climbing-specific loads.

1. Thoracic Rotation Arm Circles

While overly complex combination exercises aren’t always necessary, this movement is an exception — it pairs thoracic spine mobility with shoulder control, giving you the benefits of both.

We spend a lot of time on the wall in near end-range overhead positions, which require mobility and stability through the thoracic spine, scapula, and glenohumeral joint.

When to use it: Early in your warm-up to prime your shoulders for overhead movement.

2. Swimmers

This exercise is a great follow-up to the first one, activating the muscles responsible for moving the scapula through overhead ranges of motion.

There are a few variations — try it standing or lying face down. For an extra challenge, add a hollow-body hold or child’s pose position to limit compensation from your lower back.

Why it helps: Builds active control through your shoulder blade and strengthens your rotator cuff for better positioning on the wall.

3. Dead Hangs

Dead hangs are one of the best later-stage warm-up drills once your muscles are warm and mobile. This exercise mimics the load you’ll experience while climbing and helps build foundational rotator cuff and scapular strength.

Start with a two-arm hang, working through gentle scapular engagement. As you progress, experiment with single-arm hangs, rotations, and different planes of motion (vertical and horizontal).

Pro tip: Dead hangs have even been proposed as a test of requisite rotator cuff strength for climbing.

Final Thoughts

Warming up properly before climbing can make a huge difference in performance and longevity. Taking 10–15 minutes to mobilize and activate your shoulders not only helps you climb stronger but also keeps you climbing longer — injury-free.

Enjoy, and happy climbing!

Written By The Physio Room Team| Physio Room

The post 3 Shoulder Warm-Ups Every Climber Should Do appeared first on Physio Room.

Most runners just want to lace up their shoes and hit the road or trail. After all, running itself feels like the best way to build endurance, strengthen the legs, and condition the body.

While that’s partly true, focusing only on running can leave gaps in strength, recovery, and long-term performance. This is where metabolic conditioning and smart strength work in the gym become powerful tools—not as replacements for running, but as essential partners to it.

What Is Metabolic Conditioning—and Why It Matters

Metabolic conditioning (“metcon”) involves short bursts of higher-intensity work designed to train the body’s energy systems.

For runners, this means pushing harder and recovering faster between efforts. Instead of just logging miles, you’re teaching your body to handle both:

• The aerobic demands of long runs

• The anaerobic bursts required for hills, sprints, and late-race surges

By improving how efficiently your body produces and uses energy, you’ll run stronger, longer, and with greater resilience.

The Role of Strength Training in Tissue Healing

Equally important is how gym-based work supports tissue healing. Research shows that prolonged rest after injury can actually slow recovery and even reduce the integrity of bone, tendon, cartilage, and muscle.

On the other hand, early, controlled activity helps maintain tissue structure and promotes more effective healing (source).

For performance, strength and plyometric training have also been shown to significantly improve running economy in highly trained distance runners when practiced consistently for 8–12 weeks (source). Many competitive runners already recognize this, reporting that they use strength and conditioning not only to get faster but also to reduce injury risk.

Takeaway for Runners

Running will always be your foundation. But pairing it with metabolic conditioning and strength work makes you more efficient, more resilient, and better able to bounce back from training and racing.

Ready to Elevate Your Running?
If you want to try a customized Strength and Conditioning program for runners, contact Coach Cassie and book an appointment here!

Written By Cassie Santana – PTA, CSCS, NASM | Physio Room

The post The Power of Metabolic Conditioning and Tissue Healing for Runners appeared first on Physio Room.

As a parent, you know how much your teen runner pours into their sport. The miles, the early alarms, the weekend meets—it all adds up. But what happens when your child starts to feel a “hot spot”—that nagging shin, calf, or knee ache that isn’t bad enough to stop them?

Waiting until pain becomes a “real injury” often means weeks of physical therapy, missed races, and lost momentum. The smarter approach? Short, 15-minute physical therapy tune-ups that catch problems early.

Your teen isn’t a Camry—they’re a Ferrari. And even the smallest adjustments make a big difference over time.

Why Early PT Matters

• Nearly half of runners get injured every year, usually from overuse.

• Most high school injuries—like shin splints, Achilles pain, and knee aches—build up gradually.

• Prior injury is the biggest predictor of another injury.

Why 15-Minute Tune-Ups Work

1. Stop injuries before they escalate – Addressing hot spots early keeps kids running.

2. Performance-level interventions – Adjustments, dry needling, cupping, KT tape.

3. Quick form and load corrections – Mileage tweaks, surface rotation, stride cues.

4. Save time and money – Avoid long waits, unnecessary imaging, and generic “just rest” orders.

Who Benefits Most

• High school runners chasing PRs or college recruitment

• Novice athletes new to competitive training

• Runners with a prior injury (highest risk of recurrence)

What a 15-Minute PT Tune-Up Looks Like

1. Quick triage to spot the issue

2. Capacity check with fast movement screens

3. Micro-plan: 1–2 targeted exercises, 1 gait cue, and—if needed—adjustment, needling, cupping, or tape

4. Follow-up plan: keep training if the hot spot calms, escalate if not

The Bottom Line

Your teen is a Ferrari, not a Camry. Don’t wait for the check-engine light to turn red. Fifteen-minute PT tune-ups—targeted adjustments, needling, cupping, taping, and quick training tweaks—help catch hot spots early and keep your runner healthy, consistent, and confident.

Avoid delays, generic rest orders, and costly tests. Get care when it matters—before a season is lost.

Book a 15-minute PT tune-up today

Written By Dr. Nate Henry – PT, DPT, DSc, Board Certified OCS & SCS, CSCS | Physio Room

References

• Kakouris N, Yener N, Fong DTP. A systematic review of running-related musculoskeletal injuries in runners. J Sport Health Sci. 2021.

• Videbæk S, et al. Incidence of Running-Related Injuries Per 1000 h of Running in Different Types of Runners: A Systematic Review and Meta-analysis. Sports Med. 2015.

• Lopes AD, et al. What are the Main Running-Related Musculoskeletal Injuries? A Systematic Review. Sports Med. 2012.

• Clarsen B, et al. The Oslo Sports Trauma Research Centre overuse injury questionnaire: development and validation. Br J Sports Med. 2013.

• Nielsen RO, et al. Predictors of running-related injuries among novice runners. J Orthop Sports Phys Ther. 2013.

• Campbell P, et al. Effects of early physiotherapy on musculoskeletal disorders: a systematic review.

The post 15-Minute PT Tune-Ups for Teen Runners appeared first on Physio Room.

No Such Thing as a “Perfect” Squat

As a performance-focused physical therapist, one of the most important principles athletes need to understand for optimizing performance and longevity is this: there is no single “perfect” squat form.

The squat is a fundamental human movement, but the way it looks from person to person can—and should—be very different.

Anatomy Shapes Your Squat

Why? Because anatomy doesn’t lie. Each athlete brings a unique structure that shapes how their squat will look.

Key factors include:

• Hip socket depth

• Femur length

• Torso proportions

• Ankle mobility

• Pelvic shape

These are not “faults” to be corrected—they’re blueprints that guide us toward the most efficient squat for you.

Torso and Femur Length

• Long femurs, short torso: Often lean forward more in the squat. Forcing an upright, Olympic-lifter style squat could feel awkward or even painful.

• Shallow hip sockets + great ankle mobility: Might thrive in a narrow stance, upright squat, dropping easily into “ass to grass” depth.

Both are valid squats—just tailored to different bodies.

Stance Width

• Wider hips or limited ankle dorsiflexion: A wider stance with toes turned slightly out often allows better depth, balance, and control.

• Mobile ankles + shorter legs: A narrower stance may feel strongest and most stable.

Neither stance is “right” or “wrong.” The best stance aligns with your structure, comfort, and training goals.

The Takeaway

Stop chasing a cookie-cutter squat you saw online or that your training partner uses. Instead, refine a squat style that honors your anatomy.

The “perfect” squat isn’t about copying someone else—it’s about finding the movement pattern that keeps you strong, pain-free, and progressing toward your goals.

Written By Dr. Ryan Stakowiak – PT, DPT, XPS | Physio Room

The post Why No Two Squats Look the Same appeared first on Physio Room.

For years, fitness was treated like an either/or decision. You lifted weights or you ran. You built strength or you worked on endurance. But modern training—and smart healthcare—show us a better way. Today, gyms like OrangeTheory, Peloton, and Mayweather Boxing + Fitness are thriving because they embrace an “and, not or” approach, blending strength and conditioning into one powerful formula.

Why “And” Works Better

• Performance Gains
  Strength training makes runners faster, pickleball players more explosive, and boxers more resilient. By combining methods, you build the engine and the frame.

• Injury Prevention
  Athletes who only run often break down from overuse. Lifters who skip conditioning may lack stamina or mobility. The evidence is clear:
  
  “Strength training reduced sports injuries by up to 66% and cut overuse injuries in half.”
  — Lauersen et al., British Journal of Sports Medicine (2014)
  
• Long-Term Engagement
  Variety keeps workouts interesting and prevents plateaus. More importantly, this kind of balanced training builds fitness that lasts—supporting everyday life, sport, and healthy aging.
  

From Fitness to Healthcare

CrossFit has championed the idea that fitness should be recognized as preventive healthcare—not just exercise. The “and” mindset is central to that vision, because the combination of strength, conditioning, and functional movement helps fight chronic disease, keeps people resilient, and builds health that lasts a lifetime.

Where Physical Therapy Fits In

This is also where fitness-forward physical therapy plays a unique role. PTs who understand strength and conditioning can bridge the gap between rehab and performance. They help athletes recovering from injury safely add strength to their conditioning (or vice versa), and they guide everyday people toward training that both prevents re-injury and unlocks new performance potential.

Final Takeaway

The future of fitness isn’t “either/or”—it’s strength and conditioning, fitness and healthcare, rehab and performance. With the right programming and guidance from fitness-minded physical therapy, you’re not just working out—you’re building a body built to last.

Written By Jack Butler – PTA | Physio Room

The post Strength + Conditioning: The Power of “And” appeared first on Physio Room.

Every athlete has goals—whether it’s hitting a PR snatch, sticking a flawless routine, or running further than you ever have before. But progress doesn’t just depend on how hard you train. It depends on how well you set goals and how strong your mindset is when things get tough.

As a performance-based physical therapist, I work with CrossFitters, gymnasts, and runners every day. These athletes are talented, driven, and passionate—but they also face unique challenges that can derail progress without the right mental approach. Our philosophy of Reset → Restore → Reload applies to the body, but it’s your mindset that ultimately carries you forward.

1. Set Clear, Intentional Goals

Too often, athletes set vague goals like “I just want to get better.” The problem is, “better” isn’t measurable.

• CrossFitters: Instead of “I want to improve my lifts,” set a goal like “I want to add 15 pounds to my clean in 10 weeks by focusing on technique and accessory work.”

• Level 10 Gymnasts: Instead of “I want to compete cleaner,” set a goal like “I want to stick 90% of my beam dismounts in practice this month to carry confidence into competition.”

• Runners (5K to Ultras): Swap “I want to run faster” for “I want to break 25 minutes in my 5K” or “I want to complete my first marathon in 16 weeks with consistent long runs.” For ultra runners, a goal might be “I want to run 50 miles while fueling every 30 minutes and holding steady pacing.”

Tip: Write your goal down, track weekly milestones, and review your progress. Clear goals give you direction and build momentum.

2. Embrace a Growth Mindset

Athletes often tie their identity to performance, which makes setbacks feel like failures. But every missed rep, slip on the beam, or tough run is a chance to learn.

• CrossFitters: Struggling with double-unders? Don’t see it as “I can’t do them”—see it as “I’m learning timing and rhythm.”

• Level 10 Gymnasts: Progressing to higher-level skills means falls and mistakes are inevitable. Each attempt sharpens awareness, strength, and mental toughness for competition.

• Runners (5K to Ultras): A bad race or tough training run isn’t failure—it’s data. Learn from pacing, fueling, or recovery strategies, and apply it to the next one.

Tip: Each week, write down one thing you did well and one area to improve. Progress comes from learning, not perfection.

3. Stay Proactive, Not Reactive

Waiting until pain or burnout hits before making a change is a reactive approach—and it’s what sidelines athletes. Proactive athletes stay ahead of problems.

• CrossFitters: Don’t ignore nagging shoulder pain. Address mobility and stability before it turns into weeks off training.

• Level 10 Gymnasts: High-rep landings, wrists, and lower back stress add up. Consistent strength and recovery work protect your body so you can handle the volume of elite training.

• Runners (5K to Ultras): From shin splints to overuse injuries, small issues become big problems fast. Building in strength training and proper recovery keeps you running for the long haul.

Tip: Make prehab, mobility, and recovery non-negotiable parts of your training. You’ll train longer and harder with less downtime.

4. Visualize Success

Elite athletes don’t just train their bodies—they train their minds through visualization.

• CrossFitters: Picture yourself hitting each phase of a clean and jerk with precision before stepping to the bar.

• Level 10 Gymnasts: Run through your routine in your head, imagining each skill crisp, confident, and competition-ready. Visualization creates consistency under pressure.

• Runners (5K to Ultras): See yourself maintaining pace, fueling well, and finishing strong—whether it’s a local 5K or the last miles of an ultra.

Tip: Spend 3–5 minutes before practice or competition visualizing success. Mental rehearsal builds confidence and reduces nerves.

Conclusion:

Whether you’re a CrossFitter chasing a PR, a Level 10 gymnast aiming for competition consistency, or a runner tackling anything from a 5K to your first ultra, your mindset and goal setting are just as important as your physical training.

Set intentional goals. Embrace setbacks as growth. Stay proactive with your body. Visualize success.

Performance doesn’t just start in the gym, on the mat, or on the road—it starts in your mind. Train it, strengthen it, and watch how it transforms everything you do.

Written By Dr. Ally Nelson, PT, DPT, OCS, CSCS, CIDN | Physio Room

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You Are Allowed to Be Strong

If there’s one message I want every woman to walk away with, it’s this: you are allowed to be strong.

• Strong in every phase of your cycle.

• Strong in pregnancy.

• Strong throughout postpartum.

• Strong in every season of life.

And let’s be real—the guys at the gym are usually more intimidated by your strength than you are.

As a physical therapist, strength coach, Olympic weightlifting athlete, and educator, I’ve worked with women in every stage of that journey and I’ve lived much of it myself. Whether you’re an athlete, a mom, or simply someone who wants to feel at home in your body, my goal is to help you move with purpose, power, and confidence.

The Myths We’re Still Fighting

Women are still bombarded with outdated advice like:

• “Don’t lift heavy while pregnant.”

• “Pilates or yoga are enough, you don’t need heavy lifting.”

• “Women should only do light weights and high reps.”

• “If you lift weights, you’ll get bulky and masculine.”

These ideas are based on fear, not evidence.
Strength training, when guided and individualized, is one of the most effective tools for long-term health, especially for women.

It’s not about lifting “like a man.” It’s about lifting in a way that honors your goals, your physiology, and your life.
And it’s never too late or too early to start.

My Story: From Injury to Strength

Like many women, I came to strength training through injury.

After tearing my ACL, my rehab felt empty. I was handed resistance bands and boring stability drills but never taught how to actually feel strong again. Meanwhile, men in the clinic were lifting weights. Women like me? We weren’t given the same tools.

So, I took ownership. I found a CrossFit gym, then a barbell club. That’s when it clicked:

Lifting wasn’t just rebuilding my body—it was redefining it.

Strength wasn’t about aesthetics or comparison. It was about:

• Resilience

• Freedom

• Owning my identity

Training Through Pregnancy & Postpartum

Pregnancy is a season of rapid change—physically, emotionally, hormonally. And while it can feel overwhelming, that doesn’t mean we should stop moving.

In fact, research shows very little evidence that lifting during pregnancy is harmful. What we do have is plenty of clinical and real-world experience showing that staying active improves outcomes both during and after pregnancy.

Supporting Women Through Pregnancy

As a coach and clinician, I help pregnant clients:

• Modify movements by trimester, symptoms, and energy levels

• Learn safe and effective breathing and bracing strategies

• Preserve mobility and strength as their body changes

• Feel empowered, not fearful, in the gym

You don’t need to stop training—you need the right support system to keep training safely.

Postpartum: Moving Forward, Not Back

Reintegrating into training after birth isn’t about “getting your body back.” It’s about moving forward with intention and care.

Like injury recovery, postpartum training requires:

• Progressive loading—meeting yourself where you are

• Rebuilding baseline core, glute, and pelvic floor strength

• Navigating body image shifts with compassion

• Adjusting expectations based on your unique recovery

I often say: Being postpartum is hard. Being postpartum and weak is harder.

And the truth is, we’re not just training for ourselves. We’re training to lift babies, car seats, diaper bags, and mental loads.

Redefining What Strength Looks Like

So many women tell me:

• “I used to be strong.”

• “I’m scared to get back in the gym.”

• “What if I hurt myself?”

• “What if I don’t look the same?”

Here’s my answer: There is no one way a strong woman looks.

Strength isn’t defined by lifting the heaviest bar in the room. It’s defined by:

• Honoring your body

• Moving with purpose

• Doing the hard things, one rep at a time

Every time I see a new mom hit her first squat postpartum or lift a barbell she once thought was “off-limits,” I’m reminded: our strength is not defined by the scale, the mirror, or the timeline.

A New Standard for Women’s Care

My mission is to create a better standard of care for women. That’s why I’ve combined my background in physical therapy and coaching to educate professionals on how to guide women through lifting in all seasons of life.

We need more providers who:

• Understand women’s bodies

• Train and treat with nuance, not fear

• See potential, not just past injuries or limitations

Final Word: It’s Never Too Late

Whether you’re:

• 6 weeks postpartum or 60 years old

• Brand new to lifting or returning after a break

You belong here.
You deserve a care team that supports your strength and your goals—not limits them.

Let’s Connect

I currently work out of Physio Room’s Highlands Ranch location and would love to connect.

You can find me most active on Instagram @doctor.jessie.dpt, where I share training tips, lifting education, and real stories from women just like you.

Written By Dr. Jessie Czarnecki, PT, DPT, OCS, CSCS, CF-L2, USAW-L1 | Physio Room

The post Lift Like a Girl: Redefining Women’s Strength appeared first on Physio Room.

When it comes to optimizing your bike fit, most riders think about saddle height, handlebar reach, and pedal position. These are all part of biomechanics — the science of how your body moves. But there’s another, often overlooked player in the equation: your nervous system.

So, which matters more? And how do these two systems interact? Let’s break it down.

What is Biomechanics in Cycling?

Biomechanics refers to the physical structure and movement of your body — joints, muscles, bones, and the forces acting on them. In the context of cycling, a biomechanical approach to bike fitting focuses on:

• Joint angles (e.g. knee at the bottom of the pedal stroke)
• Hip and spine alignment
• Cleat position and pedal tracking
• Handlebar height and reach
  

The goal? Maximize power transfer, reduce joint stress, and prevent injury.

A proper biomechanical setup ensures your body moves efficiently and comfortably over time. This is especially important for endurance riders, racers, and anyone dealing with chronic pain.

 What Role Does the Nervous System Play?

While biomechanics deals with the structure, the nervous system is about control.

Your brain, spinal cord, and nerves coordinate every pedal stroke. They dictate:

• Which muscles fire (and in what order)
• How stable your posture remains under fatigue
• How you respond to feedback (like road vibration or positional discomfort)

Even with a “perfect” biomechanical setup, if your nervous system isn’t trained or adapted, you may still experience:

• Muscle imbalances
• Poor pedaling efficiency
• Instability or overcompensation
• Fatigue-related breakdowns in form
  

This is why elite bike fits don’t stop at measurements — they also consider neuromuscular patterns, balance, and proprioception.

The Interplay Between the Two

Think of biomechanics as the hardware, and your nervous system as the software. You can’t run high-performance software on outdated or misaligned hardware — and vice versa.

Adapting to a New Setup

One of the biggest mistakes cyclists make? Expecting instant results from a bike fit.

While biomechanics can be adjusted in a single session, your nervous system takes time to adapt. It may take days or even weeks for your body to fully integrate a new posture or pedal pattern.

Tips to support adaptation:

• Gradually increase riding time post-fit
• Add core and balance work off the bike
• Use drills like single-leg pedaling to refine neuromuscular control
• Stay aware of compensation patterns
  

Final Thoughts: It’s Not Either-Or

If you’re serious about performance or comfort on the bike, don’t choose between biomechanics and the nervous system — integrate both.

A high-quality bike fit should:

• Align your joints and posture
• Support your natural movement patterns
• Respect your current neuromuscular abilities
• Provide time and tools for adaptation
  

Remember: the best setup is the one that works with your body — not just the one that looks good on paper.

Ready to Upgrade Your Ride?

If you’re experiencing pain, numbness, or feel like you’re not getting the most out of your training, it might be time to revisit your fit. Whether you’re a weekend warrior or a competitive racer, a fit that respects both your structure and your nervous system will make all the difference.

Written by Tim Tracy – PT, DPT, OCS | Physio Room

The post Bike Fit Guide: Biomechanics vs. Nervous System appeared first on Physio Room.

How to Increase Your Vertical Jump and Speed for Basketball

If you’re a basketball player, you already know how important it is to jump high and move fast. Whether it’s exploding off the floor for a rebound, beating your defender on the first step, or staying in front of someone on defense, vertical jump and quickness are two of the most valuable skills you can develop.

When I was training to play college basketball, these two areas were always a focus for me. Even once I got to college, coaches emphasized improving explosiveness, speed, and agility. Over the years, I’ve tested countless drills and narrowed down the ones that consistently deliver results—for myself and for my basketball clients.

Below, I’ll share my go-to exercises for increasing vertical jump and improving speed and quickness on the court.

Vertical Jump Drills

1. Banded Step-Up Jumps

Attach a resistance band around your waist and secure it to a sturdy structure or have a partner hold it. Step up onto a bench or box, then explode upward off one leg, alternating sides.

• Focus on: Explosiveness off a single leg.

• Why it works: Trains the same movement pattern used in game situations like layups and put-backs.

2. Glute Kickbacks

You can do these with a glute machine at the gym or with a resistance band.

• Lie down or position yourself with resistance, then drive your leg back and upward with power.

• Focus on: Quick, explosive movements—not just going through the motion.

• Why it works: Strong glutes are essential for powerful jumping and acceleration.

3. Weighted Squat Jumps

Use a weighted vest or hold dumbbells. Perform a squat, then jump as high as possible, landing softly.

• Focus on: Jumping power and controlled landings.

• Why it works: Builds explosive strength and improves quickness by teaching your body to recruit muscles rapidly.

Speed & Quickness Drills

1. Banded Closeout Drill

Attach a band around your waist with resistance behind you. Sprint forward as if closing out on a shooter, then control your return back.

• Focus on: Quick acceleration and body control.

• Why it works: Mimics real defensive situations where you must move fast, then recover.

2. Lateral Band Shifts

With the band anchored at your side, push explosively left and right.

• Focus on: Lateral power and control.

• Why it works: Basketball is full of side-to-side movements, especially on defense.

3. Ladder Drills

Perform quick footwork patterns such as “one foot in, one foot out” through the ladder.

• Focus on: Staying centered, not leaning over your toes.

• Why it works: Improves foot speed, coordination, and reaction time with or without the ball.

4. Shadowing Drills

Work with a partner who has the ball. Stay in front of them as they move, or react to their hand/ball cues pointing in different directions.

• Focus on: Fast reaction time and staying light on your feet.

• Why it works: Sharpens defensive quickness and improves ability to react instantly.

Putting It All Together

These drills target explosive strength, foot speed, and reaction time—the three keys to improving vertical jump and speed for basketball. I’ve seen athletes increase their vertical, get quicker on defense, and gain confidence on the court by consistently adding these movements into their training.

Whether your goal is to dunk, grab rebounds, blow by defenders, or just stop getting crossed up, this routine will help you level up your athleticism.

If you want more details or a customized program, reach out to Physio Room—I’d be happy to help you build the explosiveness and quickness you need to dominate the court.

Written by Dr. Chris Hildenbrand – PT, DPT| Physio Room

The post How to Increase Your Vertical Jump and Speed for Basketball appeared first on Physio Room.