Eco-villages can help reverse the epidemic of chronic diseases by doing what normal life often cannot: removing toxins, restoring gut biology, and supporting people to break addictive food patterns. The approach is practical. First rebuild the gut with a largely plant-based diet grown in biologically active, nutrient-rich soil and free of toxins. Then use continuous blood sugar monitoring to find the diet, exercise, and routine that works for each individual. Guests learn skills they can take home, and the village gains a valuable and ethical income stream.
Colin Austin — 17 June 2018.
Summary
Eco-villages can play a crucial role in reversing the current epidemic of chronic diseases. The epidemic is driven by two forces working together: toxic chemicals and antibiotics compromising the gut biome control system, and addictive foods distorting our eating patterns. A practical solution is to first fix the gut using a largely plant-based diet, with plants grown in biologically active, nutrient-rich soil and free of toxins, then use continuous sugar monitoring to find the diet and exercise pattern that best suits each individual.
Eco-villages can grow this food using the Gbiota system, restore intelligent gut biology, and provide structured support to break food addictions through health farm stays. People are different and need routines tailored to them. Guests are fitted with continuous blood sugar monitors and learn how to grow and cook food so they can manage health after they leave. This is a desirable social service and can also generate significant revenue for the village.
The Chronic Disease Epidemic
We are now in the midst of an epidemic of chronic (non-infectious) diseases. The list includes diabetes, heart attacks, strokes, dementia, Alzheimer’s, cancer, and more. Aggression, depression, and mood swings are also thought to be related. These conditions are often grouped under “metabolic syndrome” or, in everyday language, “diabesity.”
The scale is confronting. A few decades ago, fewer than 1% of people were diabetic. Overweight was less common, and overweight people did not routinely progress into diabetes. Today, about one in three people suffer some form of diabesity. This is an average: young people are relatively free, but as we age the proportion rises rapidly. By about forty, there can be an even chance of suffering diabesity, and the risk increases with age. Many people can now expect to die younger than normal from a chronic disease.
The personal costs are severe. Diabetes is a major cause of amputations and the single most common cause of blindness. The economic costs are staggering, with global health expenditure running into trillions of dollars. Put bluntly, there is not enough money or enough doctors to handle the scale of the epidemic, especially with the rate of increase and the trend toward younger sufferers.
Symptoms vs Causes
Modern science has made excellent progress in managing the symptoms of diabetes. We now have a range of progressively stronger pills that can manage high blood sugar, which is the symptom of diabetes. Without these medicines, many diabetics would suffer rapid decline, with amputations, blindness, and early death.
What is less encouraging is that science has made relatively little improvement in addressing the basic causes. At first sight the cause seems simple: excess fat in muscles and liver blocks the entry of sugar, so insulin can no longer transport sugar into muscle effectively. It sounds like the solution should also be simple: “get rid of the fat.” But the human body is not simple. Slogans like “eat less, exercise more” have largely failed because our internal control systems are complex and powerful.
The gut biome is an intelligent system (the enteric nervous system) that automatically controls many functions. If this system is compromised, dietary control cannot be reliably achieved by willpower alone. The source of the problem has to be fixed first.
The Body as a Heat Engine
To clarify the problem, it helps to view the body through a different model: the body as a heat engine. This is not meant to reduce a human being to a machine, but the basic laws of thermodynamics still apply. The body can take in food from seal meat in the Arctic to coconuts in the tropics and convert it into a fundamental energy source: sugar (glucose). It can also convert food into the materials needed to repair and rebuild the body.
We do not eat “calories” as physical things; calories are a measure of energy. We eat matter: bread, cheese, meat, vegetables, and so on. Food contains carbon and hydrogen that can be chemically processed to release energy. Energy also has a second property: how useful it is. Engineers describe this with concepts such as entropy. The principle is simple: useful energy can do work. In the body, some energy becomes mechanical work (movement, activity), and the rest becomes less useful energy, including heat. That is why we get warm when we move.
Gut Biology Affects Efficiency
Turning these principles into daily reality is more complicated. The efficiency of extracting energy from food varies. Gut biology matters. Some microbes are very effective at extracting energy from food, while a different gut mix can mean more food passes through and is excreted. This helps explain why two people can eat the same meal and get different outcomes. It also hints at why “one diet for everyone” struggles in real life.
The Clever Control System
More important than fuel itself is the control system that manages fuel. It helps to compare this to a modern car engine. A car needs different amounts of fuel at idle, acceleration, or cruising. A small computer reads sensors and adjusts fuel injection and timing automatically.
The human control system is far more complex. Even before we wake, it senses patterns and light level and may release cortisol to tell organs to release sugar into the bloodstream, preparing energy for the day. It makes us hungry at meal times and satisfied when we have eaten enough. It can even push cravings for particular types of food depending on what it “believes” the body needs at that moment.
For thousands of generations, this system kept people in balance. It made people eat enough to survive and function, but not so much that they became dangerously fat, because being too fat could be lethal in a world where running from danger mattered. This faithful system has served humans well, but in modern life it is being damaged and manipulated, and the result is diabesity.
What Research Says: Diet, Not Pills
The epidemic has triggered major research. Scientists are faced with facts that are difficult to argue with. Forty years ago, most people did not worry about weight. Only about 1 in 100 suffered diabesity. Now about a third have diabesity, another third are overweight, and another third appear healthy even if they eat junk food. Genetics cannot change so fast, so the question becomes: what changed?
The document points to two major changes. First, toxic chemicals (herbicides, insecticides), chemical fertilisers, and imprudent use of antibiotics are compromising gut biology. Second, foods combining fat, sugar, and salt are addictive. Large chemical and food processing industries have strong incentives to protect sales, which can create confusion and controversy, leaving the public overwhelmed.
Gut Biome: The Key
There is strong evidence that gut biology influences weight and metabolic health. Faecal implants provide non-debatable evidence that gut biology can drive major changes. Early experiments on mice suggested that changing gut biology could shift obesity outcomes. Similar principles have been applied in humans, reinforcing that the gut is not a passive digestive tube; it is an active control system.
Gut biology is complex. Thousands of families, species, and sub-species have been identified. They influence automatic body functions, particularly appetite, and they influence how food is managed: stored as fat, used as energy, or excreted. The gut behaves like a second brain. Trillions of cells communicate and influence decisions through hormones and nervous signals.
The gut brain communicates with the head brain through the vagus nerve. It sends signals that influence appetite, fullness, mood, immune function, and more. There are many hormones involved. Ghrelin can drive hunger. Leptin and other messengers help signal fullness. The point is not to memorise names but to recognise the sophistication of the system.
Toxins and the Achilles Heel
This control system is delicate. It needs the right conditions to function and breed. Many microbes can be harmed by aggressive chemicals used in agriculture. Even if chemicals are argued to be “safe” for human tissue in some contexts, they can still be devastating for gut microbes at very low concentrations. Because the gut is an ecosystem, killing some species can open the door for harmful species to flourish.
The gut brain is the body’s control centre. Damage the fuel control system in a car and performance collapses. Damage the body’s control system and health collapses. We may not fully understand all mechanisms yet, but we do know something practical: before widespread chemical use in agriculture, diabetes was rare. Restoring gut biology becomes the first step in reversing diabetes.
Addictive Foods and the Slide into Diabetes
A damaged control system makes people more vulnerable to addiction. Dopamine is a reward hormone. Foods that combine sugar, fat, and salt—ice cream, sweet biscuits, pizza, cheesecake—can create cravings that feel irresistible. The sight or smell of these foods can trigger eating, whether hungry or not.
This leads to fat gain. Fat gain alone is not always catastrophic; people can be fat and still relatively healthy. The disaster begins when fat blocks sugar from entering muscles and liver, creating insulin resistance. That is the pathway into Type 2 diabetes, blindness, and amputations.
It is unrealistic to blame people and tell them to “just stop.” Food companies spend billions promoting high-sugar products, often with misleading health messages. In the real world, addiction is powerful. Directly fighting addiction with willpower often fails. A better approach is to build an environment where the dopamine triggers are removed and healthier routines can take over.
What Does Not Work
Repeating “eat less and exercise more” has not worked. If it worked, shopping centres would not be full of increasingly overweight people. We are bombarded with diet propaganda through media, books, and blogs, but the trend continues. People are also overwhelmed by contradictions: fat vs carbs, fruit is good vs fruit is bad, fasting is great vs fasting is stressful. For every view there is an equal and opposite view, often from qualified professionals.
This confusion tells us something useful. Many people do not need another theory. They want to know what works for them, as individuals, in real life.
General Theory vs Individual Solution
Science aims to develop general laws and general solutions, and when a technology matures this works well. But chronic disease is not yet a mature science with agreed fundamentals. Different experts disagree because people are different. Diet and exercise must be tailored to individuals. So the pragmatic path is:
First fix the gut with a largely plant-based diet, with plants grown in biologically active, nutrient-rich soil and free of toxins. Then use continuous sugar monitoring to find the diet and exercise routine that best suits the individual.
Continuous Blood Sugar Monitoring
Continuous glucose monitoring makes individual solutions practical. A small patch on the arm produces a graph of blood sugar. Results are quick. You can see which foods cause spikes within hours, and you can see whether a routine is reducing insulin resistance within days.
People vary greatly. Some handle treat foods without large spikes; others are highly sensitive. Monitoring reveals this. It also reveals useful combinations. A food that spikes alone may be moderated by fibre or “sugar blocking” foods. Exercise effects can be surprisingly powerful: even a walk can drop blood sugar sharply.
The aim is not simply to avoid spikes. The deeper aim is to reduce insulin resistance by reducing the fat that blocks insulin. The trace can show this. A large spike with long recovery suggests poor insulin sensitivity. Over time, improved sensitivity means smaller spikes and faster recovery. The specific protocol may vary from person to person, which is exactly why monitoring is valuable.
There is no magic here. With some training, carers can learn to interpret graphs and coach guests. One important proviso remains: carers are not doctors and cannot change prescriptions. As insulin sensitivity improves, medication may need reduction, and that requires professional medical advice as part of the eco-village support system.
Eco-Villages and Health Farm Stays
This is where eco-villages have a major role. Researchers running large statistical studies cannot give concentrated attention to individuals. In a village setting, carers can provide focused support to small groups, helping each guest find the diet and exercise pattern that works for them.
Most people can reverse diabetes so they no longer need medication and become sensitive to insulin again. In reality, many will remain prone and must watch diet and exercise, but that is far better than a life of pills that only suppress symptoms.
Credibility: It Must Work
Eco-villages can become an important part of the response to diabesity, but credibility is critical. The system must produce clear positive results. This matters for guests and also for the medical profession, who will be the primary referral pathway and therefore a key source of village revenue.
The number of sufferers is vast: millions in Australia and well over a hundred million in China. It is impossible to give everyone one-to-one treatment by doctors alone. But an eco-village can bring a team approach, supported by medical practitioners when needed.
Practical Roles in a Village
Reversing diabetes is described as a two-stage operation: first restore gut biology, then break addictive cravings and build a new routine. A village can distribute these roles across residents.
Growers can produce food that restores the gut biome by growing plants without toxins in biologically active, nutrient-rich soil. This is why Gbiota beds were developed. Guests eat this food to give gut biology a chance to recover.
Cooks can make healthy food attractive. Many people accept vegetables are good, but for someone addicted to junk food, plain vegetables can feel boring. Culinary skill matters. Flavour balancing (sweet and sour) and use of herbs and spices can improve appeal. Many herbs also support metabolic health and can reduce glycaemic load.
Carers provide day-to-day coaching and emotional support. Overworked doctor consultations often alienate patients. Support works better in groups, with carers who understand the process and can guide people through the difficult first weeks. A supportive environment is vital because stress hormones such as cortisol can raise blood sugar and worsen the situation. The good news is that cravings can reduce significantly within a couple of weeks if the environment is supportive and consistent.
Hunger and Fat Removal
Diabetes is driven by insulin resistance caused by excess fat blocking insulin’s job. Pills can manage blood sugar, but no pill reliably cures insulin resistance. The body can remove the blocking fat, but it generally requires experiencing a little regular hunger. This is uncomfortable but real.
One role of a carer is to help guests become sensitive again to the body’s signals of hunger and fullness. These signals evolved in times when shortage was more common than excess, so “stop eating” signals can be weaker than “eat now” signals. Monitoring can help confirm when blood sugar has dropped to a level where fat removal is more likely to occur.
Education: The Lasting Outcome
A farm stay is not a once-off miracle. The focus must be education. Guests need the skills to keep going at home: how to grow some food (even in an apartment using a wicking bed), what plants support health, how to cook so food is appealing, and how not to destroy useful biology in preparation. They also need basic understanding of ecosystems: harmful organisms are not eliminated forever with toxins; balance is created when beneficial organisms outcompete harmful ones.
Eco-villages have the opportunity to become ambassadors to the broader community by demonstrating that a community can be both sustainable and prosperous. The aim is that everyone leaving the village knows the diet best suited to their metabolism, how to obtain the food (by growing or careful buying), how to prepare it so it tastes good, and how to listen to their gut signals for when to eat and when to stop.
Social Responsibility
Life is far better now than in the era of world wars, the Great Depression, and mass starvation. Yet we live in an age where factory farming and the excess power of multinationals are damaging health. This is not easy to change, but demonstrating that healthy food and an active lifestyle work is a practical step. The rise in physical ailments is obvious. There is also subjective evidence of increased aggression, depression, and higher suicide rates, which may be associated with declining diet and health.
Eco-villages can become ambassadors for food that makes people healthy, and for a practical approach to reversing diabetes that replaces fear with measurable progress.
More information: email me.
Download ‘Reversing Diabetes by Health Farm Stays: The Future of Eco-Villages’ (full PDF)
