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The.anatomy.academy, 2001 Market Street, Suite 140, Philadelphia, PA (2026)

07/12/2026

"Is it a muscle... or is it a nerve?" 🤔

One of the biggest mistakes people make is assuming all pain feels the same. It doesn't.

Muscle pain and nerve pain are completely different, and understanding the difference can help you get the right treatment sooner instead of wasting weeks (or months) chasing the wrong solution.

💥 Muscle pain is usually:
✅ Achy
✅ Sore
✅ Tight
✅ Cramping
✅ Tender when you press on it
✅ Worse after activity but often improves as you warm up

⚡ Nerve pain often feels like:
• Burning
• Electric shocks
• Sharp or stabbing pain
• Tingling ("pins and needles")
• Numbness
• Pain that shoots down an arm or leg
• Increased sensitivity where even light touch hurts

Here's where it gets interesting...

The exact same MRI can produce severe pain in one person and almost no symptoms in another.

Why?

Because pain is subjective. Your nervous system—not just your muscles, joints, or MRI findings—plays a huge role in how pain is experienced.

Two people can have the exact same injury, yet one continues exercising while the other struggles to get out of bed.

That doesn't mean the pain isn't real.

It means pain is much more complex than damaged tissue alone.

Sometimes a "pulled muscle" is actually an irritated nerve.

Sometimes what feels like sciatica, pinched nerve pain, or burning pain down the leg isn't coming from the muscle at all.

Other times, a muscle full of trigger points can refer pain that mimics nerve pain.

That's why an accurate examination matters.

Instead of guessing, we evaluate:
✔️ Strength
✔️ Sensation
✔️ Reflexes
✔️ Movement patterns
✔️ Joint mobility
✔️ Muscle function
✔️ Neural tension
✔️ Your full history

Finding the true source of pain is the first step toward getting back to doing what you love.

👇 I'm curious...

Have you ever experienced burning, tingling, numbness, or pain that traveled down your arm or leg?

Comment "NERVE" if you have.

Or comment "MUSCLE" if your pain usually feels more sore, tight, or achy.

I'd love to hear your experience—and if you have questions, drop them below. I'll do my best to answer them.

07/11/2026

➡️ Welcome to Kondon Spine & Sport. Built for athletes and active people move without pain, perform at their highest level, and recover faster.

Training for your next race? Dealing with old injuries? Just want to feel and move your best?

Every treatment is 1:1 with me and designed to get you back to doing what you love.

✅ Sports chiropractic
✅ Soft tissue therapy
✅ Joint adjustments
✅ Mobility & movement assessment
✅ Personalized rehab & performance care

📍 2001 Market St, Philadelphia, PA
Inside Arena Fitness & Performance

If you’re searching for a sports chiropractor in Philadelphia, sports chiropractic in Center City, back pain treatment, neck pain relief, sports injury recovery, performance care, or mobility treatment, you’re in the right place.

💥 Come get right.

📲 Link in bio to book your appointment.

Move Better. Perform Better. Recover Faster.

07/10/2026

HOW DO WE BURN FAT? 🔥

If your goal is fat loss, understanding how your body burns fat is more important than chasing the latest diet trend.

Here’s what actually happens.

Your body stores excess energy as triglycerides inside fat cells (adipocytes). When you’re in a calorie deficit, hormones like epinephrine, norepinephrine, glucagon, and growth hormone stimulate lipolysis—the breakdown of triglycerides into free fatty acids and glycerol.

Those fatty acids travel through the bloodstream to muscles and other tissues, where they’re transported into mitochondria and converted into ATP through beta-oxidation.

So where does the fat go?

💨 About 84% leaves your body through your lungs as carbon dioxide (CO₂).
💧 The remaining ~16% leaves as water through urine, sweat, tears, and exhaled water v***r.

You don’t “sweat out fat.”

You breathe it out.

A few truths about fat burning:

✅ A calorie deficit is required for meaningful fat loss.
🏋️ Resistance training helps preserve muscle while losing fat.
🥩 Higher protein intake improves satiety and muscle retention.
🚶 Daily movement (NEAT) plays a huge role in total calories burned.
😴 Sleep and stress management influence hunger hormones and fat loss adherence.

There is no exercise that burns belly fat specifically. Spot reduction has repeatedly been shown to be ineffective. Fat is lost systemically based largely on genetics, hormones, and overall energy balance.

The best fat-burning plan isn’t the fastest one—it’s the one you can consistently follow.

Follow .Anatomy.Academy for evidence-based anatomy, physiology, nutrition, and exercise science.

How do we burn fat

How does fat burning work

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Calorie deficit

Lipolysis

Beta oxidation

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Exercise science

07/07/2026

Think you nailed the muscle quiz? 🧠💥 Let’s break down the answers!
These underrated muscles play major roles in movement and stability—here’s what you need to know:

1️⃣ Iliacus
Origin: Iliac fossa
Insertion: Lesser trochanter of femur (via iliopsoas tendon)
Action: Hip flexion, assists in external rotation and anterior pelvic tilt

2️⃣ Infraspinatus
Origin: Infraspinous fossa of the scapula
Insertion: Greater tubercle of the humerus
Action: External rotation of the shoulder, stabilizes glenohumeral joint

3️⃣ Coracobrachialis
Origin: Coracoid process of the scapula
Insertion: Medial surface of humeral shaft
Action: Flexes and adducts the shoulder

07/05/2026

DOES CUPPING THERAPY ACTUALLY WORK? 🤔

If you’ve ever seen the circular marks left after cupping therapy, you’ve probably wondered whether it’s backed by science or just another wellness trend.

The answer is more interesting than most people think.

Modern research suggests that cupping therapy can be an effective treatment for chronic musculoskeletal pain, myofascial pain, and improving range of motion—but not for the reasons many people believe.

Unlike massage, soft tissue mobilization, or IASTM, cupping therapy creates negative pressure. Instead of compressing tissue, it gently lifts it.

This mechanical decompression may:

🩸 Increase local blood flow and microcirculation

🧠 Stimulate mechanoreceptors and reduce pain through Gate Control Theory

💪 Improve proprioception and body awareness

📈 Increase local pain thresholds

🦴 Improve fascial glide by separating adhered fascial layers

🔄 Restore movement by decreasing tissue stiffness

One of the biggest misconceptions is that the dark cupping marks represent “toxins leaving the body.”

They don’t.

The marks are primarily the result of capillary rupture, localized inflammatory signaling, and changes in tissue perfusion—not detoxification.

Current evidence is strongest for:

✅ Chronic musculoskeletal pain

✅ Myofascial pain syndrome

✅ Chronic low back pain

✅ Temporary improvements in range of motion

✅ Short-term pain reduction following treatment

The evidence is less convincing for claims like:

❌ Detoxification

❌ “Removing lactic acid”

❌ Moving energy or “qi”

❌ Permanently breaking up scar tissue

Like every manual therapy technique, cupping isn’t magic.

🎓 Follow .Anatomy.Academy for daily anatomy, evidence-based rehabilitation, pain science, and clinical education designed for students, clinicians, physical therapists, chiropractors, athletic trainers, massage therapists, and healthcare professionals.

Cupping therapy

Myofascial decompression

Cupping benefits

Does cupping work

Cupping therapy evidence

Negative pressure therapy

Chronic pain treatment

Myofascial pain syndrome

07/01/2026

🔥 PAIN BETWEEN YOUR SHOULDER BLADES?

You're not alone.

Pain between the shoulder blades is one of the most common complaints seen in clinics—but the painful spot often isn't the entire story.

Several muscles, joints, and even nerves can refer pain into this region.

🦴 Rhomboid Trigger Points

The rhomboid major and minor commonly develop trigger points after:

💻 Long hours at a desk
📱 Looking down at your phone
🏋️ Heavy pulling exercises
🎒 Carrying backpacks
😴 Sleeping in awkward positions

These trigger points often create a deep, aching pain along the medial border of the scapula that feels like a "knot" you can never quite massage away.

⚡ The Dorsal Scapular Nerve

The dorsal scapular nerve (primarily C5) innervates the rhomboids and levator scapulae.

When irritated or entrapped—often as it passes through the middle scalene—it may cause:

⚠️ Burning pain between the shoulder blades
⚠️ Aching along the inside border of the scapula
⚠️ Weakness or fatigue during rowing or pulling movements
⚠️ Pain that doesn't improve with stretching alone

While dorsal scapular nerve entrapment is far less common than muscular pain, it's an important condition to recognize when symptoms persist.

💪 Weak Scapular Stabilizers

The muscles that stabilize your shoulder blade—including the rhomboids, middle trapezius, and lower trapezius—work all day to maintain posture.

If they fatigue easily or aren't functioning well, the muscles often become overloaded, leading to stiffness and discomfort.

🦴 Don't Forget the Thoracic Spine

Restricted movement in the thoracic spine or costovertebral joints can also refer pain into the same region.

Sometimes the muscle isn't the primary problem—it's simply reacting to a stiff joint nearby.

⭐ Fun Fact

The rhomboids don't just "pull your shoulder blades together."

They help anchor the scapula against the thoracic wall, providing a stable foundation for nearly every shoulder movement. Without a stable scapula, your rotator cuff and shoulder muscles can't function efficiently.

🩺 Clinical Pearl

Pain between the shoulder blades doesn't automatically mean your rhomboids are "tight."

The source could involve trigger points, scapular muscle weakness, thoracic joint dysfunction, cervical referral, dorsal scapular nerve irritation, or even less common medical causes. That's why identifying the underlying driver is far more important than simply stretching the painful area.

🎓 Follow .Anatomy.Academy for daily anatomy breakdowns, pain science, clinical pearls, and evidence-based education that helps you understand how the human body actually works.

Pain between shoulder blades
Rhomboid pain
Dorsal scapular nerve
Upper back pain
Scapular pain
Rhomboid trigger points
Thoracic spine pain
Neck pain referral
Scapular stabilizers
Anatomy educa

06/30/2026

🧠 FOREARM ANATOMY TRICK 💪

Learning forearm anatomy doesn’t have to feel overwhelming.

One of the biggest challenges for anatomy students, physical therapy students, chiropractic students, occupational therapy students, physician assistant students, and medical students is remembering the order of the superficial anterior forearm muscles. Instead of trying to memorize dozens of individual structures, use simple visual patterns and mnemonics to make anatomy easier to recall.

From lateral → medial, the superficial flexor muscles are:

🔹 Pronator Teres (PT)
🔹 Flexor Carpi Radialis (FCR)
🔹 Palmaris Longus (PL)
🔹 Flexor Carpi Ulnaris (FCU)

Remembering this sequence makes identifying muscles during cadaver lab, anatomy practicals, ultrasound imaging, palpation, orthopedic examinations, and clinical practice much easier.

Understanding these muscles is important because they play a major role in:

✅ Wrist flexion
✅ Forearm pronation
✅ Grip strength
✅ Fine motor control
✅ Throwing mechanics
✅ Lifting
✅ Climbing
✅ Racquet sports
✅ Golf
✅ Weightlifting

They’re also commonly involved in conditions including:

• Medial epicondylitis (Golfer’s Elbow)
• Flexor tendinopathy
• Pronator syndrome
• Median nerve compression
• Ulnar nerve irritation
• Overuse injuries
• Tendon strains
• Forearm pain
• Wrist pain

If you’re studying anatomy, don’t just memorize names—learn each muscle’s origin, insertion, action, innervation, blood supply, and clinical relevance. Connecting anatomy with real patient presentations makes the information much easier to retain and prepares you for practical exams and future clinical practice.

Whether you’re preparing for an anatomy exam, practical lab, board exams, or simply trying to become a better clinician, mastering these foundational structures will pay dividends throughout your education and career.

📚 At The Anatomy Academy, our goal is to simplify complex anatomy into visual, easy-to-understand resources that help students learn faster, retain more information, and become more confident in the clinic.

Save this post so you can review it before your next anatomy practical, and share it with a classmate who’s learning the forearm!

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