Understanding the Body in Health and Disease

The body is designed to continuously maintain balance and restore itself.

In this view:

the body never works against itself;
symptoms are not malfunctions but protective mechanisms;
illness is not an enemy, but an attempt by the body to survive;
the body always prioritizes survival first, and optimal functioning second.

The body is seen as one large interconnected ecosystem, where no organ functions in isolation.

The liver: the central organ

The liver plays a key role. Not only because it processes waste products, but because it is responsible for a wide range of functions, including:

producing bile
processing nutrients
breaking down hormones
regulating cholesterol
stabilizing blood sugar
storing vitamins
storing minerals
cleansing the blood
breaking down medications
neutralizing toxins

The condition of the liver ultimately influences how well almost every other organ functions.

Bile as the key factor

Bile is considered one of the most important substances and is more than just a digestive fluid for fats. It is involved in:

fat digestion
absorption of vitamins A, D, E, and K
absorption of omega-3 and omega-6 fatty acids
elimination of toxins
removal of old hormones
cholesterol regulation
elimination of heavy metals
overall gut health

When bile flow becomes restricted, the entire system is gradually slowing down.

How illness begins

Most health issues start with reduced bile flow.

This may be triggered by factors such as:

long-term consumption of processed foods
stress
emotional strain
medications
alcohol
pesticides
heavy metals
lack of movement
dehydration
poor diet

Over time, bile is thought to become thicker and more stagnant, causing partial blockages in the bile ducts and increasing strain on the liver.

Stage 1: Reduced digestion

With reduced bile availability:

fat digestion becomes less efficient
absorption of vitamins decreases
absorption of essential fatty acids decreases
mineral absorption is reduced

Even with a healthy diet, not all nutrients are effectively absorbed.

Stage 2: Nutrient deficiencies

Over time, this is leads to deficiencies such as:

magnesium
zinc
selenium
vitamins A, D, E
B vitamins

Cells gradually receive fewer building blocks needed for proper function.

Stage 3: Lower cellular energy

As a result, mitochondria produce less ATP.

This may lead to:

fatigue
muscle weakness
brain fog
cold extremities
poor concentration

Stage 4: Accumulation of waste products

When the liver becomes overburdened:

toxins are less efficiently eliminated
hormones remain in circulation longer
waste products accumulate
heavy metals may build up

The body then begins to rely on alternative elimination pathways.

Other organs take over

As imbalance progresses, other systems are thought to compensate.

The skin

The skin is seen as an alternative route for detoxification, which may manifest as:

eczema
acne
rashes
psoriasis

The kidneys

The kidneys are not only filtration organs, but part of a wider system that helps maintain the balance of blood composition, fluid levels, and waste removal. When the liver is under strain and bile flow is reduced, more waste products remain in circulation. As a result, the kidneys compensate by filtering a heavier load from the blood.

This increased demand affect how efficiently the kidneys can regulate minerals, acids, and fluids in the body.

Over time, this may influence several processes:

Kidney stones may form when waste products and minerals become more concentrated in the urine, especially when the body is trying to eliminate a higher toxic load through a limited filtration capacity.
Fluid retention occurs when the kidneys struggle to properly balance water and electrolytes. The body retains fluid as a way to maintain stable blood composition when elimination is less efficient.
High blood pressure is part of a compensatory mechanism. When the blood becomes more “loaded” with waste and less optimal in composition, circulation increases pressure in order to continue delivering oxygen and nutrients to the cells and maintain adequate filtration through the kidneys. Blood pressure is not only a cardiovascular issue, but also closely linked to the body’s attempt to keep transport and cleansing processes functioning under increased strain.

The lymphatic system

The lymphatic system acts as the body’s drainage and transport network for waste products, excess fluid, and immune activity. It moves lymph fluid through tissues and back into the bloodstream, helping to keep the internal environment clean and balanced.

When liver function and bile flow are reduced and waste handling becomes more difficult, more pressure is placed on the lymphatic system to carry and clear debris from the tissues. If this load increases over time, lymph flow is described as becoming slower and less efficient, especially in areas with limited movement.

As circulation through the lymph system slows, fluid and waste materials can accumulate in the tissues. This can affect oxygen and nutrient exchange at a cellular level and may contribute to a general feeling of heaviness or stagnation in the body.

This may present as:

swelling, due to fluid accumulating in the tissues when drainage is reduced
fatigue, as cells receive less efficient exchange of nutrients and waste removal
weakened immunity, because immune activity in the lymph system becomes less effective when flow is sluggish
stiff muscles, often associated with local fluid buildup and reduced circulation in the surrounding tissues

The lungs

The lungs are not only responsible for breathing and oxygen exchange, but also play a role in helping the body eliminate waste gases and maintain internal balance. They work closely with circulation, since oxygen delivery and carbon dioxide removal are essential for cellular energy production.

When the liver is under strain and overall detoxification and circulation are less efficient, more burden is placed on the lungs to help maintain balance in the bloodstream. This can affect how effectively gases are exchanged and how clean the internal environment of the blood remains.

As this system becomes more strained, the lungs may respond by producing more mucus and increasing protective secretions. This is seen as a way to trap and remove unwanted particles from the airways and protect the delicate lung tissue.

This may contribute to:

mucus production, as a protective response to increased internal or external irritants
chronic coughing, as the body attempts to clear excess mucus and trapped particles from the airways
asthma-like symptoms, when airways become more sensitive and reactive, making breathing feel restricted or more effortful

The intestines

The intestines are responsible not only for digesting food and absorbing nutrients, but also for maintaining a balanced internal ecosystem of bacteria, enzymes, and immune activity. Proper bile flow plays an important role here, because bile helps break down fats and also keeps microbial populations in check.

When bile flow is reduced, digestion becomes less efficient and the environment inside the intestines changes. Food may be broken down more slowly or incompletely, which alters the conditions in which gut bacteria and other microorganisms live. This shift in environment influences the overall balance of the gut flora.

As this internal balance becomes less stable, certain processes may become more dominant, such as fermentation of undigested food particles. This can increase gas formation and change the composition of intestinal contents.

These changes may be associated with:

changes in gut flora, as the internal environment becomes less regulated
increased fermentation processes, due to slower or incomplete digestion
fungal growth, when the microbial balance shifts in favor of yeast-like organisms
Candida overgrowth, as part of this broader imbalance in gut ecology
easier development of parasites, when digestive and microbial defenses are less effective

These are seen as downstream effects of a disrupted digestive environment rather than primary causes on their own.

The thyroid

The thyroid functions as a regulator of metabolic speed and energy output. It helps determine how fast cells use energy and how actively the body maintains its basic processes.

When liver function is reduced and overall energy production in the body declines, metabolism becomes less efficient. Cells generate less usable energy, and the body shifts into a more conservative state to match this lower output.

The thyroid responds to this change by adjusting hormone production in line with the body’s reduced energy availability. This leads to a slower overall metabolic rate, which is seen as an adaptation to decreased cellular energy production rather than a primary thyroid malfunction.

This may present as:

reduced energy production, at the cellular level
slower metabolism, as the body reduces overall energy expenditure
thyroid adaptation, where hormone output aligns with the lowered energy demands of the system

Thyroid and mitochondrial energy

The mitochondria are the main energy-producing structures inside the cells, responsible for generating ATP, the body’s usable form of energy. Almost every physiological process depends on this energy supply, from movement and temperature regulation to cognitive function and metabolism.

When liver function and bile flow are reduced, the body is seen as processing nutrients less efficiently and handling waste less effectively. This affects the internal conditions in which cells function. As a result, mitochondria are thought to produce less ATP, leading to a lower overall energy output at cellular level.

The thyroid is not viewed as the primary driver of this energy decline, but as a regulatory system that adapts metabolism to match what the mitochondria are able to produce. In other words, thyroid activity follows the available cellular energy rather than independently setting it.

This creates a functional chain:

reduced liver and bile function → less efficient internal processing and nutrient availability
mitochondria → reduced ATP production and lower cellular energy output
thyroid → adjusts metabolic rate to align with reduced energy availability

In this framework, a slower thyroid state is part of a broader systemic adaptation to lowered cellular energy production rather than an isolated dysfunction of the thyroid itself.

The pancreas

The pancreas plays a central role in regulating blood sugar by producing insulin and other hormones that help move glucose from the bloodstream into the cells, where it is used for energy.

When liver function and bile flow are reduced, glucose regulation is seen as becoming less stable at a systemic level. The body is less efficient at processing nutrients and maintaining consistent energy availability for the cells. As a result, blood sugar levels may fluctuate more easily.

To compensate, the pancreas is placed under increased demand to keep blood sugar within a functional range. It has to produce more insulin more frequently to manage these fluctuations and maintain energy supply to the cells.

Over time, this continued strain may lead to reduced efficiency in blood sugar regulation, where the system becomes less stable and more difficult to balance.

This may develop into:

increased demand on the pancreas, due to more frequent blood sugar fluctuations
gradual imbalance in glucose regulation, as compensatory mechanisms become less effective
diabetes in later stages, when blood sugar control can no longer be maintained within a stable range

The origin of this imbalance is considered to be upstream in liver and bile function, which influences overall metabolic stability and energy regulation in the body.

The heart

The cardiovascular system

Blood is not only a transport medium for oxygen and nutrients, but also a key part of the body’s internal cleansing and regulation system. It carries hormones, metabolic waste products, and other substances that need to be processed or eliminated.

When liver function and bile flow are reduced, the internal balance of the blood is seen as gradually changing. Waste products and unprocessed substances remain in circulation for longer, which affects the overall composition and flow properties of the blood.

As this builds up, blood is described as becoming more “dense” or less optimal in consistency, which makes circulation less efficient. The heart and vascular system then have to work harder to maintain adequate flow and delivery of oxygen and nutrients to the tissues.

This may contribute to:

high blood pressure, as the circulatory system increases pressure to maintain effective delivery of oxygen and nutrients to cells and to keep blood moving through increasingly resistant pathways
arterial hardening, as long-term strain and altered blood composition affect the flexibility and function of blood vessel walls
cardiovascular disease, as a broader result of sustained circulatory stress and reduced efficiency in transport and regulation systems

The immune system

The immune system is not primarily seen as an attacking system, but as a regulatory and cleaning system that responds to changes in the internal environment. It continuously monitors the body for imbalance, damaged cells, and unwanted biological material.

When liver function, bile flow, and overall detoxification capacity are reduced, more metabolic waste and partially processed substances remain in circulation. At the same time, gut balance and tissue repair processes become less efficient. This creates a state of ongoing internal stress that the immune system has to respond to continuously.

Rather than becoming “overactive” on its own, immune activity is seen as increasing in response to these persistent internal conditions.

This includes responses to:

accumulated waste products, remaining in circulation longer than optimal
damaged tissue, requiring ongoing repair and immune activity
poor gut health, which affects immune signaling and barrier function

Autoimmune conditions are viewed in this framework as a long-term response to sustained internal imbalance, where the immune system remains activated due to ongoing signals from stressed or dysfunctional tissues.

Cancer

Cancer is not viewed as a random malfunction or an external enemy, but as a biological survival response that develops under conditions of long-term internal stress.

When cells are exposed to a combination of toxic buildup, reduced oxygen availability, and impaired cellular function, they are no longer able to operate in a stable and efficient way. In this state, normal cellular processes become increasingly difficult to maintain.

Cancer cells are seen as a kind of adaptive shift in cell behaviour. Instead of performing their usual specialised functions, cells switch into a more primitive survival mode that prioritises endurance over normal tissue function. This includes increased resistance to hostile internal conditions and a reduced dependence on normal oxygen-based metabolism.

This change is interpreted as the body attempting to:

isolate or contain damaged cellular material
continue basic survival under low-oxygen conditions
manage or neutralise internal toxicity in a way that allows the organism to persist

From this perspective, cancer is not the cause of breakdown, but part of the body’s response to an already disturbed internal environment. If the underlying imbalances are addressed, the need for this adaptive response is seen as diminishing.

This differs fundamentally from modern oncology, which explains cancer as a disease driven by genetic mutations that lead to uncontrolled cell growth and invasion of surrounding tissue.

Symptoms are meaningful signals

Almost every symptom is seen as purposeful:

fever → faster cleansing processes
diarrhea → rapid elimination
inflammation → repair mechanism
mucus → protection
fatigue → energy conservation
skin rashes → alternative elimination route

The guiding question is not “how do we suppress this?”, but rather:

“Why is the body producing this response?”

Recovery

Recovery is believed to happen in reverse order:

First:

supporting liver function
improving bile flow
improving nutrition
restoring gut function
supporting elimination pathways

Then, gradually:

hormones balance
energy increases
thyroid function improves
blood sugar stabilizes
skin clears
immune function strengthens

The liver is seen as the first domino: once it functions better, other systems are thought to follow naturally.

The bigger picture

The body is not viewed as a system of isolated diseases, but one interconnected system. In this view, fatigue, eczema, diabetes, gallbladder issues, thyroid problems, and cardiovascular disease are not separate conditions, but different expressions of a body adapting to a deeper imbalance.

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