Muetti's Massage Home Clinic

Same mmHg range. Different performance. Why? 🤔

For National Compression Month, we’re getting back to the basics and breaking down what makes medical compression effective.

Read our latest blog to learn more: https://juzousa.com/Juzo-Blog/Article/Understanding-mmHg-effecitive-compresion

Day 1 - Erik Dalton Myoskeletal Techniques done! 🧠💪
What a day at the Mitcham workshop with Scott Doss all the way from the USA. Fun, a little crazy, and seriously knows his stuff - the perfect mix of brain-based science and hands-on learning.
From spine models to wigs to getting everyone up and moving, it's been full of laughs and learning with so many light-bulb moments for my massage clients.
Can't wait for day 2!

I got over 50 reactions on my posts last week! Thanks everyone for your support! 🎉

💚💧 THE INCREDIBLE JOURNEY OF YOUR LYMPH 💧💚

Have you ever wondered…

💧 Where does lymph actually come from?
🗺️ Where does it go?
🩸 And where does the journey END?

Today we’re following one incredible journey through your lymphatic system.

Come with us… 💚

🩸 STOP 1: IT STARTS AROUND YOUR CELLS

Your blood circulation constantly exchanges fluid with your tissues.

Some fluid filters from tiny blood vessels into the spaces surrounding your cells, becoming part of the interstitial fluid that bathes your tissues.

This fluid contains water and dissolved substances, while the interstitial space also contains proteins, immune cells and other material.

Your lymphatic system provides an essential pathway for returning excess interstitial fluid and proteins toward the circulation.

But how does that fluid get INTO the lymphatic system? 👀

💧 STOP 2: INTERSTITIAL FLUID BECOMES LYMPH

Throughout most tissues are microscopic, blind-ended vessels called initial lymphatic capillaries.

Their specialised endothelial junctions allow interstitial fluid and substances within it to enter when local pressure conditions favour uptake.

✨ And here is the important part:

Once that fluid enters the lymphatic system…

we call it LYMPH.

Its journey has officially begun. 💚

🌿 STOP 3: TINY VESSELS BECOME BIGGER

Lymph begins travelling through progressively larger pathways:

Lymphatic capillaries
⬇️
Precollectors
⬇️
Collecting lymphatic vessels

Collecting lymphatic vessels contain one-way valves that help prevent backflow.

And now for one of our favourite pieces of lymph science… 🤯

💚 Sections of collecting lymphatic vessels between valves are called LYMPHANGIONS.

The walls of collecting lymphatics contain smooth muscle capable of rhythmic contractions that help propel lymph forward.

Read that again.

Your lymphatic system is NOT simply a collection of passive drainage tubes.

It has its own intrinsic pumping activity. 💚

🚶‍♀️ STOP 4: YOUR BODY HELPS THE JOURNEY

Unlike your blood circulation, your lymphatic system does not have one central pump equivalent to the heart.

Instead, lymph transport is supported by several mechanisms:

🫁 Breathing and changes in pressure
🚶 Skeletal muscle activity
💚 Rhythmic contractions of collecting lymphatic vessels
➡️ Pressure gradients
🚪 One-way valves helping to limit backflow

Your lymphatic vessels and the movement of your body work together to keep lymph travelling centrally.

And then lymph reaches one of the most fascinating structures in the entire system…

🫘 STOP 5: WELCOME TO THE LYMPH NODE

Along many lymphatic pathways, lymph passes through one or more lymph nodes.

Lymph enters a node through afferent lymphatic vessels.

Inside is an extraordinary immune environment containing cells including:

🛡️ B lymphocytes
🛡️ T lymphocytes
🛡️ Macrophages
🛡️ Dendritic cells

Lymph nodes are important sites of immune surveillance.

Material arriving from the tissues can be sampled and processed, allowing immune cells to recognise and respond to potential threats.

So lymph nodes aren’t simply little “filters.”

Think of them as highly organised…

🧬 IMMUNE MEETING PLACES.

After travelling through the node, lymph exits through efferent lymphatic vessels and continues its journey.

🛣️ STOP 6: SMALL ROADS BECOME LYMPHATIC HIGHWAYS

As lymph travels centrally, lymphatic vessels converge into larger:

➡️ LYMPHATIC TRUNKS

and ultimately:

➡️ LYMPHATIC DUCTS

Now we’re approaching the final destination.

💚 STOP 7: TWO MAJOR RETURN ROUTES

Most lymph ultimately reaches one of two major drainage routes.

⭐ THE THORACIC DUCT

The thoracic duct drains most of the body, including:

🦵 Both lower limbs
🫃 The abdomen and pelvis
💚 Left side of the thorax
💪 Left upper limb
🧠 Left side of the head and neck

Then we have the much smaller:

⭐ RIGHT LYMPHATIC DUCT

It primarily drains:

👉 Right side of the head and neck
👉 Right upper limb
👉 Right side of the thorax

But where are BOTH routes heading?

This is the part that surprises so many people…

🩸 BACK TO YOUR BLOODSTREAM.

🏁 FINAL STOP: BACK TO THE BLOOD

The major lymphatic ducts return lymph to the venous circulation near the junctions of the internal jugular and subclavian veins at the base of the neck.

So let’s follow the journey one last time:

💧 Interstitial fluid
⬇️
🌿 Enters lymphatic capillaries
⬇️
💚 Becomes LYMPH
⬇️
🛣️ Travels through lymphatic vessels
⬇️
🫘 May pass through lymph nodes
⬇️
🌿 Enters larger lymphatic trunks
⬇️
💚 Enters the major lymphatic ducts
⬇️
🩸 RETURNS TO THE VENOUS BLOODSTREAM

FULL CIRCLE. 🔄💚

But wait…

Your lymphatic system isn’t only involved in fluid balance.

It also contributes to:

💧 Maintaining tissue fluid balance
🧬 Immune surveillance and immune-cell trafficking
🥑 Transporting absorbed dietary lipids from the intestine
🩸 Returning fluid and proteins from tissues toward the circulation

And here’s one last fact for our Lymphies… 🤯👇

🥑 BONUS FACT: SOME DIETARY FAT TRAVELS THROUGH YOUR LYMPH

Inside the villi of your small intestine are specialised lymphatic capillaries called LACTEALS.

After digestion, many long-chain dietary fats are packaged into particles called chylomicrons.

These chylomicrons enter the lacteals.

This produces fat-rich intestinal lymph known as CHYLE.

Chyle travels through the lymphatic system toward the thoracic duct and eventually enters the bloodstream.

So yes…

Some of the fat absorbed from your food actually takes the:

🥑 INTESTINE
⬇️
💚 LYMPHATIC HIGHWAY
⬇️
🩸 BLOODSTREAM

How incredible is that? 🤯

Your lymphatic system is working quietly throughout your body every single day…

balancing fluid, transporting important substances and participating in immune defence.

And most of the time…

you don’t even know it’s happening. 💚

👇💚 LYMPHIE CLASS QUESTION! 💚👇

No cheating. Don’t scroll back up! 😂

Put these in the correct order:

A. Lymph node
B. Venous bloodstream
C. Lymphatic capillary
D. Lymphatic duct
E. Collecting lymphatic vessel

Drop your answer below. 👇

Let’s see who has officially earned their LYMPHIE SCIENCE STAR today! ⭐😂💚

⚠️ Educational disclaimer: This content explains normal lymphatic anatomy and physiology for general education. It is not intended to diagnose, prevent or treat any medical condition. Individual anatomy and lymphatic drainage pathways can vary.

🌦️ DOES WEATHER REALLY AFFECT LYMPHEDEMA?

Have you ever noticed your limb seems to have a completely different personality depending on the temperature outside? 🩵

There are some real reasons weather can change how lymphedema feels and behaves.

☀️ SUMMER — HEAT & HUMIDITY

🔥 Heat can increase blood flow to the skin and tissues as your blood vessels widen. For a lymphatic system that is already compromised, handling that additional fluid can be more challenging.

That can translate into:

✔️ More noticeable swelling
✔️ A fuller or tighter feeling
✔️ Increased heaviness
✔️ More discomfort as the day goes on

💧 Humidity adds another layer.

When the air is humid, sweat doesn’t evaporate as efficiently. You can feel hotter, stickier, and more uncomfortable—and areas where skin touches skin may become particularly irritated.

🧴 Your skin also deserves extra attention in summer.

Heat, sweat, and friction can contribute to irritation or breakdown. With lymphedema, protecting that skin barrier is important because damaged skin can provide an opening for bacteria.

⸻

❄️ WINTER — COLD & DRY AIR

Winter brings a different set of challenges.

🥶 Cold causes blood vessels near the skin to constrict.

Some people notice that their affected limb becomes:

✔️ More stiff
✔️ More achy
✔️ Tighter
✔️ More sensitive to the cold

Then there’s the dry air.

🌬️ Cold outdoor air combined with heated indoor air can pull moisture from your skin, leaving it dry, cracked, or irritated.

And those cracks matter.

🦠 A damaged skin barrier can give bacteria an opportunity to enter, which is particularly important for people living with lymphedema because of the increased risk of cellulitis.

🌡️ THE INTERESTING PART?

Not everyone experiences weather changes the same way.

One person may notice summer swelling.

Another may notice winter aching and skin problems.

Someone else may feel the biggest difference when temperatures swing dramatically from one day to the next.

📝 Paying attention to your own pattern can be useful.

What does YOUR lymphedema do when the weather changes?

☀️ Summer makes it worse?
❄️ Winter makes it worse?
🌦️ Both?
🤷‍♀️ Never noticed a difference?

Tell me below. 🩵🦋

The five stages of a massage are basically universal at this point 😂🤍

You arrive knowing you need it, your therapist finds a knot you didn’t even know existed, you promise yourself you’re going to start booking regularly, accidentally take the best nap of your life… and then somehow 60 minutes have passed in approximately 14 seconds. 😭

Stage 6: checking the schedule for your next appointment before you leave. 😉

Which stage are you spending the most time in? 😂