🔥 INFLAMMATION

THE FIRE THAT HEALS YOU… UNTIL IT DOESN'T SWITCH OFF

Cut your finger and something extraordinary happens.

Within moments, your body knows.

Blood vessels change.

Immune cells move toward the damaged tissue.

Chemical messages begin flying between cells.

The area may become red, warm, swollen and painful.

We call this:

INFLAMMATION.

And despite its terrible reputation...

inflammation is not your enemy.

It is one of the reasons you are alive.

🛡️ INFLAMMATION IS YOUR BODY TRYING TO PROTECT YOU

Imagine cutting your hand in the garden.

Bacteria can enter.

Cells are damaged.

Your body doesn't wait for you to decide what to do.

Its defence and repair systems immediately begin responding.

Immune cells arrive.

Chemical messengers coordinate the response.

Blood flow changes.

Damaged tissue begins to be cleared away.

Repair begins.

That is acute inflammation.

It is supposed to happen.

Without inflammation, ordinary injuries and infections could become far more dangerous.

INFLAMMATION IS PART OF HEALING.

But there is another side to the story.

🚨 WHAT HAPPENS WHEN THE ALARM DOESN'T SWITCH OFF?

Think of inflammation as a fire brigade.

There is a fire.

The alarm sounds.

The firefighters arrive.

They put out the fire.

Then they go home.

Perfect.

But imagine the firefighters never leaving.

Day after day they continue spraying water, breaking doors and tearing through walls looking for a fire that may no longer exist.

Eventually the rescue operation itself begins causing damage.

Something similar can happen biologically.

When inflammatory activity continues for months or years, we call it:

CHRONIC INFLAMMATION.

And unlike the swollen ankle or red cut that we can easily see...

CHRONIC INFLAMMATION CAN BE MUCH LESS OBVIOUS.

🔥 ACUTE vs CHRONIC INFLAMMATION

ACUTE INFLAMMATION

Usually begins rapidly.

It is commonly associated with injury or infection.

Redness.

Heat.

Swelling.

Pain.

Immune activation.

Then, when the problem is resolved, the inflammatory response normally settles.

CHRONIC INFLAMMATION

Can continue for months or years.

The immune system remains activated.

Inflammatory signalling continues.

Healthy tissues can eventually become affected.

And the person may not necessarily see obvious redness or swelling on the outside.

That distinction is enormously important.

---

🧬 YOUR CELLS ARE TALKING TO ONE ANOTHER

Inflammation isn't simply swelling.

Deep inside the body an extraordinary biological conversation is taking place.

Immune cells communicate using chemical messengers called:

CYTOKINES.

Think of cytokines as tiny biological text messages.

Some say:

“WE HAVE A PROBLEM.”

Others recruit immune cells.

Some amplify inflammation.

Others help regulate or resolve the response.

Names such as:

IL-1

IL-6

TNF

may sound like alphabet soup.

But these molecules form part of the communication network coordinating inflammation.

And when that communication becomes persistently dysregulated, inflammation can continue long after a short-term response would normally have ended.

⚡ INFLAMMATION IS A NETWORK — NOT A SINGLE SWITCH

This is where modern biology becomes fascinating.

There isn't one single "inflammation button."

The immune system communicates with:

🧠 the brain

❤️ the cardiovascular system

🦠 the gut and microbiome

⚡ the nervous system

🧬 hormones and metabolism

💪 muscles and fat tissue

🫁 the lungs

and virtually every other tissue in the body.

The old idea of separate biological systems is gradually giving way to something much more interesting:

THE BODY IS A CONVERSATION, A SYMPHONY

Electrical signals.

Chemical signals.

Immune signals.

Hormones.

Metabolic signals.

All interacting continuously.

🧠 YOUR BRAIN AND IMMUNE SYSTEM TALK

For years people tended to imagine the immune system and brain as largely separate.

We now know the relationship is far more intimate.

The nervous system can influence immune activity.

Immune signalling can influence the brain.

Stress biology interacts with inflammatory pathways.

Sleep interacts with immune function.

And inflammatory signalling can influence behaviour, fatigue and mood.

The brain isn't sitting upstairs disconnected from everything happening below the neck.

IT IS PART OF THE CONVERSATION.

😴 THEN THERE IS SLEEP

Sleep isn't simply the time when consciousness apparently disappears for eight hours.

It is an active biological state.

During sleep, numerous processes involved in immune regulation, metabolism, hormones and brain function change.

And poor sleep and inflammation can influence one another.

Anyone who has spent several nights sleeping badly knows that the following morning doesn't merely feel like:

“I'm a little tired.”

The entire organism can feel different.

Perhaps that shouldn't surprise us.

Sleep is part of our biology — not time away from it.

🧠 WHAT ABOUT STRESS?

Here again we need to avoid the simplistic statement:

Short-term stress responses can be useful.

They helped our ancestors survive immediate danger.

But prolonged psychological stress can interact with hormonal, nervous-system and immune pathways.

Remember our tiger from the anxiety newsletter?

The tiger doesn't always have to be standing in front of you.

Mortgage.

Work.

Relationships.

Illness.

Loneliness.

Fear.

Uncertainty.

The body is continually interpreting its environment.

And chronic stress can become part of the biological environment in which inflammatory regulation occurs.

🍔 WHAT DOES BODY FAT HAVE TO DO WITH INFLAMMATION?

Quite a lot.

We once thought of body fat largely as passive energy storage.

We now know adipose tissue is biologically active.

It produces hormones and signalling molecules and communicates with other systems throughout the body.

With excess adipose tissue, particularly in obesity, inflammatory signalling can increase.

So metabolism and immunity are not two completely separate subjects.

Once again:

EVERYTHING IS TALKING TO EVERYTHING ELSE.

❤️ INFLAMMATION AND THE HEART

One of the biggest scientific changes over recent decades has been our understanding of cardiovascular disease.

Cholesterol remains important.

Blood pressure matters.

Smoking matters.

Genetics matter.

But inflammation is also involved in atherosclerosis and cardiovascular disease.

The walls of our arteries are living tissue.

Immune cells and inflammatory signalling participate in the development and behaviour of atherosclerotic plaques.

This is one reason researchers measure inflammatory markers when studying cardiovascular risk.

🧪 CAN INFLAMMATION BE MEASURED?

There isn't one blood test that simply says:

“You have chronic inflammation.”

Doctors can, however, measure biomarkers that provide pieces of the picture.

One commonly used marker is:

C-REACTIVE PROTEIN — CRP

CRP is produced primarily by the liver and increases in response to inflammatory signalling.

Another test, high-sensitivity CRP (hs-CRP), can detect smaller concentrations and is sometimes used in cardiovascular-risk assessment.

Other measurements may include ESR and, in particular clinical or research situations, specific cytokines or other markers.

But context matters.

A high inflammatory marker doesn't automatically tell us why inflammation is present.

An infection, injury, autoimmune disease and numerous other conditions can alter inflammatory markers.

The number is a clue.

Not the entire story.

🦠 INFECTION CAN ALSO DRIVE INFLAMMATION

This was a major theme of our original Altered States inflammation newsletter.

And the basic principle remains correct.

Bacteria.

Viruses.

Fungi.

Parasites.

When the immune system detects a pathogen, inflammation is one of its major weapons.

Some persistent infections can therefore produce persistent inflammatory responses.

But we need to be careful here.

That does not mean every case of chronic inflammation is caused by a hidden infection or parasite.

Different diseases can have very different causes.

The interesting scientific question is:

WHAT IS KEEPING THE IMMUNE RESPONSE ACTIVATED?

🧬 AUTOIMMUNITY — WHEN DEFENCE LOSES ITS TARGET

There is another remarkable possibility.

Sometimes the immune system mistakenly responds against the body's own tissues.

This is involved in autoimmune diseases such as rheumatoid arthritis and lupus.

The defence system designed to protect us becomes part of the problem.

Again, inflammation isn't inherently evil.

The difficulty lies in:

WHERE IT OCCURS.

WHY IT OCCURS.

HOW STRONGLY IT OCCURS.

AND WHETHER IT SWITCHES OFF.

👴 INFLAMMATION AND AGEING

Scientists have even developed a wonderful word:

INFLAMMAGING.

It describes the tendency toward persistent, low-grade inflammatory activity associated with ageing.

Ageing involves enormous changes in immunity, metabolism, mitochondria, cellular damage and tissue repair.

Inflammation appears to be woven into that story.

This doesn't mean:

inflammation = ageing.

It means researchers increasingly see chronic inflammatory signalling as one part of the complex biology of ageing and age-related disease.

And that raises a fascinating possibility.

Perhaps healthy ageing isn't simply about how many birthdays we accumulate.

Perhaps it is also about how well our biological systems maintain balance.

🌿 SO WHAT CAN WE ACTUALLY DO?

There is no magical anti-inflammatory switch.

But several remarkably ordinary things repeatedly appear in research on health and inflammatory regulation:

🚶 MOVE YOUR BODY

Regular physical activity has wide-ranging effects on metabolism, cardiovascular health and immune regulation.

🥗 EAT REAL FOOD

Dietary patterns rich in vegetables, fruit, legumes, nuts, whole grains and other minimally processed foods provide fibre and numerous biologically active compounds.

😴 PROTECT YOUR SLEEP

Sleep is part of immune and metabolic regulation.

🚭 DON'T SMOKE

Tobacco smoke exposes the body to substances capable of promoting oxidative stress, tissue injury and inflammatory signalling.

⚖️ MAINTAIN METABOLIC HEALTH

Obesity, insulin resistance and inflammatory signalling are closely interconnected.

🌳 GET OUTSIDE

Movement, daylight, nature and simply stepping away from chronic stimulation can influence several aspects of physical and psychological wellbeing.

❤️ DON'T IGNORE PERSISTENT SYMPTOMS

Chronic inflammation can have many causes.

Finding the cause matters more than simply trying to suppress a marker.

⚡ AND WHAT ABOUT FREQUENCY, PEMF AND ELECTRICAL APPROACHES?

This is where our interests at Altered States become particularly interesting.

Biology isn't purely chemical.

The nervous system is electrical.

Cell membranes maintain electrical potentials.

The heart is electrically coordinated.

Cells respond to physical as well as chemical signals.

Researchers are studying forms of bioelectronic medicine and neuromodulation to understand whether carefully controlled electrical or electromagnetic signals can influence inflammatory pathways.

WHAT DOES THE EXPERIMENT ACTUALLY SHOW?

That is the frequency research worth following.

“WHY IS THE BODY STILL SENDING THE INFLAMMATORY SIGNAL?”

Inflammation helped keep our ancestors alive.

It repairs wounds.

It fights infection.

It coordinates immune defence.

The problem isn't the fire.

The problem is when the fire doesn't go out.

And perhaps one of the great challenges of future medicine will not simply be suppressing inflammation...

but understanding the signals that initiate it, amplify it —

AND FINALLY TELL IT THAT THE JOB IS DONE.

🔬 INFORMED CHOICE

At Altered States we believe information should open doors, not close them.

Our newsletters explore established science alongside emerging research and alternative approaches so that you can investigate the evidence and make your own informed choices.

We don't need to pretend that every new idea has already been proven.

And we don't need to stop asking questions simply because all the answers aren't known yet.

Science itself advances by asking better questions.

And perhaps one of the most important questions is remarkably simple:

INFLAMMATION WHAT IS YOUR BODY TRYING TO TELL YOU? WHAT IS SCIENCE SUGGESTING MAY HELP ?

Body Fat
Inflamation
Heart
Immunity
Stress
Sleep
Ageing

Can be Helped with Frequencies as well

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📚 SOME OF THE SCIENCE

National Institute of Environmental Health Sciences (NIEHS). Inflammation. Updated/reviewed March 2026.

Pahwa R, Goyal A, Jialal I. Chronic Inflammation. StatPearls / NCBI Bookshelf.

Furman D, et al. Chronic inflammation in the etiology of disease across the life span. Nature Medicine. 2019;25:1822–1832.

Ferrucci L, Fabbri E. Inflammageing: chronic inflammation in ageing, cardiovascular disease, and frailty. Nature Reviews Cardiology. 2018;15:505–522.

Neurath MF. Strategies for targeting cytokines in inflammatory bowel disease. Nature Reviews Immunology. 2024;24:559–576.