Will it work?

Will it work?

 

Will it work?

The bomb shell or light bulb moment

I may be a woke greenie concerned about the communities well being, but I read a lot.

group intelligenceOne morning I was having my after breakfast read, this time “I’m So effing hungry” by Dr. Amy Shah when I was hit by a bomb shell if you are a pessimist or a light bulb moment if your are an optimist.

You see, for years I have been working on the problem of chronic disease, or more specifically, why eight million people a year have a limb chopped off from diabetes.

I thought I had the solution pretty much sorted out from a technical viewpoint, which is my skill set, but I was failing miserably to get the message out to the wider public. I understood that I may have a good technical record, after all, I was selected as one of Australia’s leading innovators, but I was no marketing guru.

Yet here I was reading a book that said pretty much what I had been trying to get out to the public. So I decided to ask my friend, Dr. Google, how successful Amy was in getting the message out.

And what did I find out, she was a rip-roaring success with millions of followers, she was a fully qualified medical doctor, but unlike most doctors, she started by studying nutrition, which is a cornerstone in combating chronic disease.

Yet despite her success, when I go to my local shopping centre, what do I see? I see a sea of wobbly bums and tums.

There is something going on there I need to understand.

Now I admit to being a dull, boring engineer, and engineers have a role in life to study the best available science and work out how to apply it for the benefit of the community and maybe make enough money to keep on doing our job.

But we have one phrase we keep on asking, we may study all the leading science and work out how to apply it but then we ask a simple question “Does it work”.

The theory may seem unimpeachable, but when it comes to practice, there is always the fear of that hidden snag.

One of my favourite sayings is that

“Science is the art of managing truth, engineering is the art of managing ignorance”.

There is something here that we are missing, and I had to find out what.

The story I have been telling

eatless exercise moreWe all want to live a long and healthy life.

No one wants to be fat, have a limb chopped off from diabetes, die of a heart attack or inflict the suffering on our carers.

These are the costs of the modern epidemic of chronic disease which is by far the biggest health problem across the modern world.

Naturally, it has received a massive amount of research, and it was very quickly understood that they were caused by the wrong fact in the wrong place.

Initially, scientist and indeed much of the population dismissed this as people eating too much and the slogan “eat less, exercise more” was promoted.

It totally failed and has largely been abandoned, apart from that handful who cling to outdated ideas.

gut brain connectionBut there are plenty of open-minded scientist who studied and experimented until they had a clear, and now well accepted view, that we have an intelligent control system which regulates our bodies

Our gut is an integral part of this intelligent control system with individual microbes in the gut communicating with each other and our head brain.

If this intelligent control system decided that we needed to store more fat the gut would produce hormones which would control our appetite, telling us to stop eating if we were full or crave specific food if our bodies need certain nutrients.

The spectrum of species of microbes in our gut played a critical part in this decision. Basically there are gut bugs that make us fat and other gut bugs that make us skinny.

This was first demonstrated in mice by feeding the pooh of skinny mice to fat mice when they became skinny and vice versa.

Later this was demonstrated beyond doubt on humans by the faecal transplant. Graphically if you poked the pooh of a skinny person up the bum of a fat person they would become skinny and vice versa.

There is no doubt that the science is correct - the species of microbes in your gut determines whether you are fat or skinny.

This has led to a multi billion dollar industry of pre and pro biotics, which as anyone can see by a visit to their local shopping centre and viewing the array of wobbly bums and tums has failed miserably.

 

So what went wrong

We need to understand three concepts.

The first concept is dynamic equilibrium. The gut bugs we have today are not the same as the ones we have tomorrow. Microbes have a very short life span so they are continuously breeding and dying so tomorrow microbes are the sons and daughters of today’s microbes. They may be similar but are not identical to today’s microbes.

Our gut microbes are slowly but steadily changing.

The second concept was given to us by Richard Dawkins in his selfish gene story. A gene in a living creature will struggle to preserve its nature. It may die along with the animal it lives in but the gene will fight to keep the gene family intact.

The third concept is that the food we eat contains microbes.

Microbes breed in the soil. If the conditions favour microbes beneficial to us they will be the dominant species of microbes, they will enter the plants, if we eat them fresh, just after picking we will benefit from these microbes.

If we eat them later we will be eating different species of microbes, the longer we wait the less beneficial they will be.

If the conditions in the soil do not favour beneficial microbes we will be eating plants containing harmful microbes.

If we do not eat plants with beneficial microbes and eat highly processed foods we will not be gaining the benefits of the beneficial microbes, but some other microbes.

Microbes breed incredibly fast and will breed until they fill all available space. In our everyday world, there is no such thing as microbe free, it is just a question of whether we eat beneficial, harmful or neutral microbes.

The microbes we have in our gut are the result of an ongoing battle for space between the various species of microbes. Who wins is dominated by the food we eat.

What does this all mean in the real world?

It means that the microbes in our gut are dominated by the food we eat. We can eat all the pro-biotics we like or have all the faecal transplants that we can bear but ultimately the species of microbes will be dominated by the food we eat at every meal.

What is Gbiota all about?

Showing people how to grow and eat the food that will lead to a beneficial gut biota.

How do you get started? First job is to sign up for a free Newsletter and check for new posts so you become part of the world of ever-changing gut microbes.

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Changing the system

Changing the system

 

A long and healthy life

We all want to live a long and healthy life, free of disease. That depends very much on the food we eat.

Energy food

We need food for energy. Our modern food system provides us with abundant energy food.

Replacement food

We need to build and replace our body parts as they age and wear. This requires many complex chemicals, which need a broad spectrum of nutrients and vitamins. Our modern food system barely scrapes a pass here.

Gut-brain food

We need food to feed and replenish the microbes in our gut. Our modern system fails completely here.

Our guts do much more than digest our food. The individual microbes communicate with each other to create intelligence, which regulates our bodies, particularly our appetite.

Having a system with an abundant supply of energy but no control system is like having a high-performance car with a drunk at the wheel - a formula for disaster.

The modern epidemic of chronic disease

And disaster we get in abundance with the modern epidemic of chronic or non-infectious diseases.

Three out of four people now die young from a non-infectious disease, and over half the population is overweight or obese.

Diabetes is the most rapidly growing disease, with over eight million people a year suffering from a diabetic amputation.

Heart disease is the most common cause of death.

Dementia must be one of the cruellest diseases for the carers.

The root cause is the failure of our control system, which regulates our bodies and leads to the accumulation of the wrong fat in the wrong place.

Where to point the finger

Don’t point the finger at people who overeat, point the finger at the food system which fails to feed and replenish out gut-brain which regulates our appetite.

Glaringly obvious

The solution to not feeding your gut-brain is so glaringly obvious that people seem to have problems believing the solution - feed your gut-brain.

Thousands of people are already doing precisely this, and it is so simple that most people don’t even know they are doing it.

Beneficial microbes breed in the soil, as long as we don’t kill them with toxic chemicals.

The microbes enter the plants. If we eat the plants while they are fresh, microbes have a very short life, we receive a fresh supply of beneficial microbes and if we feed them with fibre which comes naturally from the plants, they will continue to breed inside us, so we can look forward to a long and healthy life.

I can hardly believe that I have to spend my time writing this when it is all so obvious and easy to resolve, so I have to ask myself why?

The answer lies in the way communities work.

Self sufficiency

The was a time in my life, when I was a lot younger, that I thought I would become self-sufficient in food.

Yes, it may appear possible to be self-sufficient, grow potatoes, cabbages and grains, and keep a few chickens. A lot of hard boring work, but not really self-sufficient.

You need a spade, and for that you need a steel works and that needs an iron ore mine. Total self sufficiency is a myth we all depend on a community.

Humans are the dominant creature on Earth because we are both intelligent and naturally cooperative - we just have a bit of a problem in organising our naturally cooperative spirit.

 

The invention of companies

One of the great, yet widely unrecognised human innovations is the development of companies, a legally recognised entity which can be treated at law as a separate entity from the humans that create and run the companies.

But what about the rules, formal and informal which regulate how a company operates​? There are the formal rules set by Government and enforced by law and the informal rules set by the society and the power of the wallet.

In Law, the companies have an obligation to protect the interests of the shareholders but for a period there was an understanding that companies also had obligations to the employees and the community at large.

Later it was also recognised that companies also had an obligation to protect the natural resources and environment on which we all depend.

This may have worked for a period when there was a multitude of competing companies in close contact with their customers and communities and subject to the power of the wallet, but that all changed with the rise of the multi-national megacorporations and neo-monopolies.

The rise of the Mega food corporations

The food industry is not the only industry where multi-national mega corporations have developed but they certainly are the industry which has had the most impact on the well-being of the community.

They have reverted back to the minimum legal requirements that their role is maximum profits for their shareholders, and with stock options being the norm that has meant the top layer of management.

Their social obligations have been discarded in the name of profit.

Their monopolistic power has increased by a combination of the effectiveness of Neo-monopolies to avoid the wrath of Governments together with the monopoly power of technology and manipulative marketing.

The health bar

Take the example of the so-called Health Bar. There is nothing healthy about it at all. It is full of fats, sugars and salts carefully blended to create the bliss point which is bad enough but worse is the incorporation of highly addictive artificial flavouring.

Is it no wonder that we have a health crisis resulting from overeating.

Hot under the collar

There are many people getting hot under the collar about the gross injustices I am just talking about but that does no good. A few critical words on my website are not going to have any effect whatever on these mega-corporations.

So what can I do that will make the world a better place to live in for me and my great grand kids? Create a social movement. This has three components.

 

The action plan

The first step was to create a legal entity Cohort International Pty Ltd which acts as a social benefit organisation.

It is not a charity, it operates as a regular company that pays its way, but our aim is not to prioritise the share-holders but to provide benefits to both the community and the environment on which we all ultimately depend

This is the legal entity behind the Gbiota movement which aims to provide the social benefit of people all people having access to food that will keep them healthy.

The second step was to develop a technology which would enhance and feed their people's guts which controls their appetite.

I have had the good fortune to have an innovative mind, which led me to become a pioneer of Computer Aided Engineering and a recognised world expert in computational fluid flow which has proved invaluable in understanding how water and nutrients move through the soil.

The third step was to make this information widely available which I try and do on my website gbiota.com.

I have a firm believe that technology should be for the benefit of the community. But not everyone has the time or inclination to become technical experts so I have to consider the most effective way of making this technology available as widely as possible.

My inoculation kits are an example. Breeding from scratch the beneficial microbes that form the intelligent control system in our gut is not something that many people would consider but the inoculation kits enable virtually everyone to breed beneficial microbes at home.

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Gbiota Overview

Gbiota Overview

The microbes in our gut communicate with each other to provide real intelligence, they monitor our bodies and generate hormones to control our appetite. Traditionally, there were plenty of microbes, so we had healthy guts, but there were also harmful microbes which caused disease. Modern food is deficient in beneficial microbes, so we have poor gut health, which has led to the epidemic of chronic diseases.
Both beneficial and harmful microbes breed very easily, but it is possible to control the species by controlling the conditions to favour the beneficial microbes. Microbes breed very rapidly but also die very rapidly, they exist in a state of dynamic equilibrium. People can easily breed beneficial microbes at home by controlling the conditions. It is simple and inexpensive, but it does take a little training, and they need starter soil to begin.

The Gbiota technology

The Gbiota technology manages the conditions so that the beneficial microbes (the good bugs) outcompete and outbreed the harmful microbes (the bad bugs). This is based on the principle of ecological balance - creating the right conditions and ensuring that beneficial microbes prevail. It is not a lab process where a few species of microbes are bred under tight conditions but where a full spectrum of microbes are bred. A healthy gut needs this full spectrum of living microbes. It is a simple process which anyone can do; even people living in an apartment can breed a full spectrum of living beneficial microbes in containers at a much lower cost than conventional probiotics.

Microbes create life

Microbes create life. For three billion years, the Earth was a sterile rock whirling around the sun. Then, from somewhere, probably a meteorite, microbes appeared. They broke down the rocks to form soil, plants grew, and creatures that ate the plants followed. The world became, and still is, a hub of life.

Microbes and symbiotic relations

The microbes are everywhere and have formed partnerships or symbiotic relations with the plants and the creatures, which include us humans. They digest our food, making liberating energy and creating a whole range of complex chemicals we need to make and replace our body parts, and most importantly, the microbes in our gut communicate with each other, creating swarm or group intelligence. This forms part of the intelligent control system which regulates our bodies, ensuring we have an adequate supply of oxygen, water, air and nutrients. We are only alive because of the symbiotic relations we have with the microbes. The microbes in our gut control our appetite, so we want to eat the right amount of the right sort of food, and also much of our immune system. These are the beneficial microbes or good bugs. But there are also the harmful microbes which attack us and make us sick or kill us.

The battle of the good and bad bugs

This battle between the good bugs and the bad bugs has been going on since the very first humanoids appeared. We are still here, so we won, but only at a terrible cost from plagues and diseases. We won because more often than not, the conditions favoured the good bugs so there was a large enough supply of good bugs breeding in the soil, entering the plants and then our gut for us to survive.

Smart creatures

But we are a smart creature and developed technologies, not just medical technologies to help us fight the bad bugs, but technologies of clean water, sewage and hygiene. We did not just survive, we became the dominant creature on Earth.

Our horrible mistake

That is, until we made a horrible mistake. We changed the way we grew our food. It may be full of fats, sugars and flavourings so it taste eally good but it is deficient in the microbes that keep us healthy. We were no longer breeding the beneficial microbes in the soil; we lack the spectrum of microbes in our gut, particularly those that form our intelligent control system which regulates our bodies so we gat fat and sick and prone of chronic diseases. But it is very easy to fix.

Infections and non-infections (chronic) diseases

So while we had largely won the battle over infectious diseases, we faced a new crisis - the crisis of epidemic chronic or non-infectious diseases such as obesity, diabetes, heart attacks, cancer and dementia. But we are a smart creature and have the technology to resolve that epidemic of chronic diseases. We just have to study how we have been managing the conditions to favour the good bugs, which we have been doing for the last million years.

Updating the old technology to modern conditions

We can’t replicate what we used to do because there are now billions of people on earth, and we do not have the land area, but we can use the time-tested processes and apply them to growing plants in containers designed to breed beneficial microbes.

What is Rhizosoil?

Rhizosoil is the soil in the Rhizosphere. For the last billion years or so, it has been the centre of life based on mutual cooperation and recycling. Plants capture carbon dioxide from the atmosphere and energy from the sun to create sugars that they exude from their roots. This feeds microbes in the soil, which break down the rocks to make nutrients available for the plants. Microbes enter the plants and animals (including humans), eat the plants, and the microbes form the gut-brain, which regulates our bodies so we eat the right sorts of foods and don’t overeat. In the past, we and the animals would excrete these microbes back into the soil, where they would continue to breed.

Natural recyclers

Recyclers in the soil, the worms, larvae, ants, beetles, nematodes, etc, would reprocess the waste organics for food for the plants and creatures. Perfectly sustainable, but with one disadvantage for the animals. If the conditions were not right, harmful microbes would cause disease, which in the case of humans, meant that very few people reached their natural maximum age.

Synthetic fertilisers

Humans broke this system by adopting synthetic fertilisers, which, although very effective in producing large quantities of food, led to the weakening of the microbial system that forms our gut-brain, which regulates our bodies, particularly our appetite, leading to an epidemic of chronic or non-infectious diseases. The modern product, Rhizosoil, is a modern development based on the traditional cycle but with careful control of the conditions. Hence, the beneficial microbes out-compete and out-breed any harmful microbes.

Buying Rhizosoil

Rhizosoil can be purchased as an inoculant so that virtually anyone can breed beneficial gut microbes at home. The microbes in Rhizosoil need to be fed by adding organic waste, such as kitchen scraps.

How to use

The simplest method is to mix with organic waste and place it at the bottom of any growing container. This works fine for a period, but as soon as the food supply is used up, the microbes will die, so they need to be replaced, which costs money. A far more efficient method is to use the Gbiota biobox system, which has two nesting boxes. The bottom box is filled with organic waste together with the Rhizosoil, while the top box grows plants. A system of flood and flush is used to circulate the liquid in the soil, which we call soil blood as it provides the essentials for life, so the are regularly flushed with fresh soil blood. The boxes must be small enough so they can be easily lifted and refilled with fresh organic waste. Compost tubes can be used in larger containers which are too heavy to lift.

Practical realities

Rhizosoil contains living creatures which will quickly die. It is normally supplied in 5 Kg packs supplied by post, but must be opened and mixed with the organic waste on arrival. There is also a question of supply. Rhizosoil is grown in special beds, and it takes several months to produce from the finite number of beds currently available. To manage this issue, we have set up a system where you notify us of your desire to purchase Rhizosoil. We notify you by email when Rhizosoil is nearly ready (it is a living product) so you can confirm your purchase. If you do not confirm, the option is passed to the next person in the queue.

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The quiet conflict

The quiet conflict

The world is in a state of quiet conflict between those who care about their fellow humans and their future and the anti-woke destructors. The battleground is food that keeps us healthy.
We have an abundance of food, modern technology has increased, (and continues to increase), the production of energy food faster than the increase in population but it is failing to produce the food that sustains our gut microbes which control our bodies, particularly our appetite. Without a functioning control system, we are like a high performance car with a drunk at the wheel. The quality of our food matters and it is deficient in gut-brain food.

Survival

Species go extinct because of food. A few million years ago dinosaurs were by far the most successful creature on the planet. They had dominated the world for many millions of years. Then out of the blue came an asteroid that wiped them out. It only killed a very few from the impact but it created a dust storm which blocked out the sun so the plants did not grow and the dinosaurs died from a broken food system. Today we face a similar crisis, not a lack of food but a lack of food that controls our bodies, particularly our appetite. We see a warning shot from the modern epidemic of chronic diseases but this is just the start. Chronic diseases have the common feature of the wrong fat in the wrong place and that starts with a failure of our control system which regulates where and how much fat we store. The microbes in our gut are a critical part of this control system, but where do they come from? From the creatures of the soil the worms, ants, beetles, nematodes etc which are the world’s recyclers. They breed the microbes in their gut by recycling organic waste. We only survive as a species by courtesy of the recyclers. They are, or at least should be an integral part of our food system but we are destroying them. This may seem a trivial issue but it determines whether the human species survives and thrives or goes the way of the dinosaurs - not a spectacular end just a slow deciduous decline if the woke destructors have their way. The mild-mannered caring people of the world must win this conflict.

Microbes and swarm intelligence

The microbes in our gut communicate with each other to form swarm or group intelligence - our gut-brain. Our gut-brain monitors all the food we eat and the effect it has on our bodies. This information is shared via the Vagus nerve with our head brain which learns and remembers. Our gut-brain monitors our bodies looking for deficiencies. If it finds a deficiency it will access our head brain to find out what foods will satisfy that deficiency then send out a complex hormone mix so we want to eat that particular food. If it finds that we have all the food we need it will send out hormones to tell us we are full so we no longer want to eat. For the gut-brain to work effectively it needs the right balance of microbes. These come initially from mum at birth and breed inside our gut and later from the food we eat. Our food needs to contain a fresh supply of microbes of the right species and food to feed the existing microbes. Microbes breed very fast but also die very fast, they exist in a state of dynamic equilibrium with old microbes being replaced by new microbes. We need to eat fibre to feed the existing microbes so they can breed in our gut. We need to refurbish our microbes by eating plants growing in soil where the microbes are breeding.

Species matter

The species of microbes that breed in the soil depend on the conditions. If the conditions are favourable the beneficial microbes will out breed and out compete the harmful microbes. If the conditions are unfavourable harmful microbes which make us sick will out breed and out compete the beneficial microbes.

Eco-balance

  water-air-nutrient-colin-austin-gbiota This is called Eco-balance - creating a stable Ecosystem which is in a state of stable balance. The conditions are a balance of nutrients, water and air. Nutrients come from was decaying organic matter and plants. Living plants exude nutrients from their roots with different species of plants exuding different nutrients which attract and feed different species of microbes. Traditionally we ate food that was full of organic waste and ate plants so we naturally had a broad spectrum of microbes.

Infectious vs non-infectious disease

This meant that generally, we had a broad spectrum of beneficial microbes but because there was no control of the conditions there were times when harmful microbes out bred the beneficial microbes. The result was that most people died from infectious diseases, particularly the young. In recent times we have changed our food system from one relying on organic waste as the source of nutrients by adopting a system of mono-culture so the spectrum of microbes is reduced. We no longer predominantly die from infectious diseases but die from non-infectious or chronic diseases obesity, diabetes, heart attacks and dementia. Three out of four people now die from a non-infectious disease. Diabetes is the fastest growing disease with over eight million people having a limb amputated. But this is just the start.

Rectification

We can rectify this by growing plants in soil with favourable conditions - the correct balance of nutrients in the form of organic waste, and the correct balance of air and water. Water only moves through the soil when it reaches a critical point often referred to as field capacity when the surface tension forces in the soil balance gravity. The field capacity of most soils it too high for breeding the optimum spectrum of microbes. The field capacity of the soil depends on the pore size of the soil. The creatures of the soil have the secondary benefit of boring through the soil creating flow channels and the microbes they exude lead to the soil aggregating which further increases the porosity of the soil.

The Air and Water Balance

We can achieve a favourable balance of air and water by having a soil with an open pore structure and a process of flooding the soil and then allowing the soil to drain. When the soil is flooded stale air is expelled and when it drains fresh air is sucked into the soil. We are making the soil breathe. As the soil drains, we can catch the drainage and recycle. We call this soil blood as it is circulating nutrients air and microbes. Our modern food system lacks these beneficial microbes so the plants have a very low microbial density and the time from harvest to eating means that any beneficial microbes will have died. Later the microbial vacuum will be replaced by harmful microbes - it will have gone rotten. There is a big difference between having beneficial microbes and not gone rotten.

Local v centralised

soil-in-box-colin-austin-gbiota This process of breeding beneficial microbes is difficult to do on an industrial scale but is very easy for people to do at home, even if they have no garden or growing experience. Just grow plants in Gbiota boxes and use the flood and flush system. This has many advantages other than enhancing our gut microbes particularly it is a lot cheaper than our modern remote growing system and it naturally recycles organic waste which would otherwise end up as greenhouse gases and food is always available in times of crisis. Gbiota boxes can be readily made from boxes available at any hardware store together with regular potting mix and seeds. It does however need a starter or inoculant kit containing a spectrum of beneficial microbes which is easily purchased online and will need replacing preferably twice a year - the microbial Ecosystem is delicate.

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A compassionate society

A compassionate society

 

 

 

feed your gut brain

 

 

Creating a gut-brain food industry

Life is good, we are living longer and the supermarkets are full of healthy food.

Sounds great but is it true?

little girl with SantaMy daughter, when she was about seven taught me a valuable lesson. She said she believed in Father Christmas because if she stopped believing she may not get any presents.

But the other kids around her told her that Father Christmas was not real and it was mum and dad that bought the presents so she stopped believing.

But I realised that this applied to the bulk of the population. People tend to believe what is convenient to believe and what other people believe.

I am an innovator, my job is to identify problems and find solutions and there is a very real problem with our food.

We may be very proud of our technical achievements but the human body, the result of millions of years of evolution is incredibly sophisticated. It has formed a relationship with the microbes in our gut that digest our food.

food cravingsThese microbes monitor the types and amount of food in our bodies and if they sense a deficiency they will send out a complex family of hormones to make us crave the foods we need. Every time we eat it learns about that food and that information is stored in our head-brain ready for use when needed.

If it senses that we have all the foods that we need it will send out other hormones to say stop eating.

This is truly a remarkable system.

But we need to feed, train and replenish our gut microbes - something we have done naturally by eating plants that have grown in soil full of living creatures with beneficial microbes living in their guts.

ozempicThis has been happening for millions of years but then we changed our food system so we stopped feeding and nurturing our gut microbes. The result was that it no longer sent out those essential hormones so we overeat and get fat and sick.

This is the underlying cause of the modern epidemic of chronic diseases like obesity, diabetes, heart attacks and dementia.

This is well understood by scientists working for drug companies who have developed synthetic hormones to stop food cravings. They do work, at least for a period until our smart bodies learn about these hormones so they are no longer effective.

group intelligenceBut my job as an innovator is to find an effective solution and that is what I have done by creating a system where people can breed the beneficial microbes that create the natural hormones, at home, even if they live in a flat with no garden.

But as is common, developing the technical solution is the easy bit of innovation, the difficult bit is getting people to adopt the solution and that is where the lessons from my seven year old daughter come in.

marketingIt is no good running some monster advertising campaign to try to convince everyone. For a start the bulk of the people don’t want to admit there is a problem and even if they do they don’t want to feel out of place with their daily contacts.

That does not work - it has to be taken in steps.

There are always a few people who are willing to admit there is a problem and be pioneers in adopting a new solution.

But here comes another problem. The epidemic of chronic diseases is a huge problem causing much misery to the sufferers and costs to the health system.

It is natural to think that such a difficult problem requires a highly sophisticated solution like synthetic hormones which is undoubtedly a sophisticated solution.

irrigationBy contrast, the solution of people breeding beneficial microbes, that create hormones naturally, at home is just so simple and low cost.

It is unbelievable to most people that such a simple low-cost solution could possibly be effective - so they don’t believe it.

How do we solve that problem? Not by more and yet more scientific studies and reports, that do not convince people.

What will work is finding those entrepreneurial pioneers and supporting them to use the system for themselves. Even these pioneers may not be convinced by scientific arguments but if they try it for themselves and it works for them they will form the nucleus that leads to societal change. I have written many articles on creating paradigm shifts, the latest is Innovation is a Funny Business which you can sign up to read for free along with many other articles.

And if you see yourself as one of those pioneering spirits willing to change the society they live in for the better then email me here.

Warning

Bertha sets offBertha Benz ride through the German countryside may not have seemed particularly significant at the time - but look what happened.

A few pots breeding beneficial microbes may not seem particularly significant now but the global population needs a gut-brain food industry if we are to be healthy.

Failures in the development stage are part of life. When it comes to the early stage of adoption failures could kill any hopes of developing a viable industry.

Success is in the hands of a few visionary pioneers - we must get this right hence the need for an effective support structure.

Our gut-brain is highly sophisticated - evolved over millions of years to keep us alive and healthy for as long as possible.

All we have to do is to feed and train our gut-gut brain. It will then do its job with no further effort from us.

It monitors our bodies, sensing what sort of food we may need or whether we are full. It sends out a complex array of hormones so we want to eat the food we need or to stop eating.

The microbes start life in the soil, or more precisely in the gut of the creatures of the soil, enter the plants that we eat and then our gut.

dynamic equlibriiumThese microbes have a very short life, living and dying in dynamic equilibrium. This means the plants must be eaten shortly after harvesting.

In our modern chemical industrial food system, there are few microbes in the soil and they will have all died by the time we eat the plants the microbes will have died.

This is the underlying reason for the modern epidemic of chronic diseases obesity, diabetes, heart attacks and dementia.

This is easily resolved, even if you live in an apartment by growing plants in a basket with special soil. It is effective and literally dirt cheap.

Our job is to show you how.

non beneficial microbe detectorBreeding beneficial microbes in the soil is a natural process which which has been going on for millions of years. However breeding the microbes at home in organic waste depends on the flood and flush system so the soil breathes and the soil blood never becomes stagnant. This needs to be done correctly so we restrict access to members registered with a valid email address who will receive regular newsletters.

We offer technical support by email and video conference so you can do it right.

You can start by signing up for our weekly Newsletter and reading the many articles on our website. This is free - just register. Later you can upgrade to become a consumer, buying the boxes from our licensed grower, or if you feel you have the gardening skills and space a home grower or a licensed grower running a profitable community company benefiting your local community.

Start by registering here. You can cancel or upgrade at any time.

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A compassionate society

Innovation is a funny business

 

Innovation is a funny business.

Colin Austin 27 March 2025. Published under the Creative Commons System, This may be reproduced without further permission, just acknowledgement of source.

Food and health

Let us look at the story of food and health.

hunterIn the past, and that means going back a million years to the first humanoids there was no epidemic of chronic diseases like obesity, diabetes, heart attack and dementia.

These are all caused by the wrong fat in the wrong place and we had evolved a very effective system in which our gut would sense if there were any deficiencies in our diet and send out a hormone complex so we craved the needed food. When satisfied it would send out other hormones saying stop eating you are full.

For convenience, let us call this our gut-brain.

Evolution at work

Our gut-brain is an incredibly sophisticated system that has evolved over millions of years. But evolution is never after perfection just survival, so there are millions of creatures, from cockroaches to crocodiles, which have survived for millennia but are far from perfect - like us.

So although there were isolated cases of chronic disease, there was no epidemic.

Then, about fifty years ago, we changed our food system and the epidemic of chronic disease has been growing steadily ever since.

The great human intelligence

dynamic equlibriiumSo what did we humans, with our great intelligence and innovation skills, do to reverse this epidemic? If ever there was a $64,000 question, this is it.

We understood the cause of the epidemic. Our gut-brain stopped working in the way it has done for the last million years.

Our gut-brain is in a state of dynamic equilibrium with individual microbes breeding and dying rapidly but with the system staying in equilibrium.

This depends on feeding and replenishing them from the food we eat.

Increased population and food demand

modern farmingAs our population increased, we changed the way we grew our food so instead of eating fresh plants grown in living soil teeming with beneficial microbes, we changed it to growing plants with synthetic fertiliser, which is debatable, but far worse is we changed the food distribution system with extensive delays from harvest to eating.

Net result - poor gut health and poor control over our appetite - we got fat and sick, and the epidemic grew and grew.

Ask a seven-year-old kid for the solution, and they would say we need to invent a box so people can grow plants, full of beneficial microbes, on their windowsill.

This would have been a great solution as our subconscious brain would have continued to control our appetite as it had done for the last million years.

Eat less exercise more

eatless exercise moreBut being highly intelligent and sometimes overly logical creatures, we ignored the advice of the seven-year-old and decided we had the technology to manage our diet.

So we developed sophisticated diets and pills measuring calories and nutrients down to the last microgram.

People thought this would solve all the problems and we had catchy advertising programs like eat less, exercise more which sounded great but were a total failure - we just got fatter and sicker.

Subconscious and conscious intelligence

kid on bikeTo understand why these catchy advertising jingles fail, we need to understand the differences between conscious and sub-conscious intelligence.

The fact is that subconscious intelligence eventually wins.

To make the point, let me refer you to one of my favourite characters - the kid on the bike.

A three-year-old will soon learn how to ride a bike and will be outpacing mum or dad. That is because the kid is using her subconscious brain which is highly perfected.

If dad had never seen a bike before and I tried to explain how it stays upright by talking about self-balancing gyroscopic couples he is likely to have no idea what I am talking about and certainly no better idea how to ride a bike than when I started.

It is the same with food. We may know, in our conscious brain, what we should eat but what we want to eat (our subconscious brain) will win in the end.

 

Back to the boxes

irrigationOK, our seven year old has the idea of breeding the beneficial microbes, and their food, in a box. She will probably love playing with all the worms and creepy crawlies but will need a bit of adult assistance to get everything working properly.

That is where we are now, but that is just the start. There is this conception that all you need to be an innovator is to have this great idea.

I have been having so-called great ideas all my life. 80% fail because they don’t work.

Another 15% fail because they don’t do anything useful that people want.

To turn the remaining 5% into a useful product or service requires a lot of grunt work.

The marketing myth

There are internet advertising gurus who will try and convince you that they can run an internet campaign and you will be an overnight success - and nothing is further from the truth.

Let us get back to the box which does have the potential to combat the chronic disease epidemic - but there is a long way to go.

Growers

It is fine to have all these wonderful concepts but they are useless without a product. A very old-fashioned idea I know but innovations need products that work and do the job and people have confidence that the product works.

That means setting up what is a new industry which requires on one hand growers who can produce the boxes but also the marketing, legal and commercial infrastructure which requires a spectrum of skills.

We may know how to do that but is still has to be done.

Changing the way we eat

Now comes the difficult bit. Persuading the bulk of the population they should have a box on the balcony growing plants which they cut and chop up to make a garnish for their main meal.

The Internet marketing gurus will tell you how they can run this brilliant marketing campaign on the web with flashy web pages, social media, video clips etc the whole shebang.

The net result will be they will end up richer, you poorer with no advance to the cause.

How innovations happen

Engineers Australia 2I have spent my life in the innovation business, with my fair share of ideas that did not work, ideas that worked but no one wanted, two that worked and now the last one which is by far and away the most important. Broadly food that makes us healthy but more specifically breeding gut microbes that will create the hormones to tell us to stop eating when we have had sufficient.

There are three steps in this process.

Step 1 assembling the skill set

No one person has all the skills to generate the social change that a major innovation involves.

This requires the formation of an inner circle with a range of skills, technical, marketing, communications and understanding of how societies work and change.

This is where we are now, forming this inner circle - are you interested in changing the world for the better - let me know, we need you.

Step 2 the pioneers

There are eight billion people on Earth and we are all different. We are a social animal and being part of a group is incredibly important to us.

But there is a small minority of people who are prepared to go against the conventional wisdom and replace it with a better wisdom - the paradigm shift.

But they won’t do this based on logical augments alone, they have to test it first for themselves.

I know this very well. Fifty years ago I was travelling the world telling people about my innovation in the area of Computer Aided Engineering which challenged the conventional wisdom.

Not a nutter

Most people wrote me off as a nutter, but a few thought I may have a point. In no way were they convinced by my logic but they thought it worth their while to test for themselves.

Fortunately for me, it worked, an essential requirement for any innovation, and then they became convinced. It was not my logical or miserable marketing skills that convinced them - they had to try it and prove to themselves that it worked.

This group then became the disciples, they were often people of influence and when other people saw that people were using this technology they became the message bearers and we entered the third stage.

 

Step 3 Acceptance

When it became clear that there was a group, even if it was a small group, people felt more comfortable about making the change. Again they had to go through the process of trying it for themselves before they made the change but eventually, the change became the norm and the paradigm shift occurred.

Back to the box

This is the process we need to follow to get the box accepted.

We need this small group with the spectrum of skills needed.

Recruit the growers to produce the boxes so people can try it for themselves.

Make contact with the pioneers who will become the first wave of acceptance

Finally, be able to satisfy the demand as this becomes the accepted norm.

Interested

Interested in becoming part of a global change for the better - contact me

"Go

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Good microbes

Good microbes

Good gut-bugs create hormones that control appetite naturally – no pills. You can grow the good gut-bugs at home in containers, Gbiota baskets – even if you live in an apartment with no garden and no growing experience. You grow plants which lead to a healthy gut-biome. You change your gut biota by diet – eating plants grown in soil teeming with beneficial microbes and eaten shortly after picking while fresh. We show you how.


Some people appear to be naturally skinny while others appear to be naturally overweight. This is because of the gut bugs which send out hormones which control appetite. You can’t fight the hormones but you can change your gut bugs by eating plants grown in soil where the beneficial microbes breed, but you must eat them fresh as microbes have a short life so you need to eat them shortly after picking. That is why you need to grow the plants at home – just pick and eat. Our gut has trillions of cells which communicate with each other to provide intelligence. It works with our head brain to form the intelligent control system which regulates our bodies – this is our gut-brain. If our gut-brain senses any deficiencies in our diet it will send out hormones to make us hungry. This is in our subconscious and we have no control over this. We may try and restrict the amount of food we eat but it is very difficult to overcome those hormones for any length of time – that is why it is so hard to avoid becoming overweight and sick. In our modern diet, we are very unlikely to have a deficiency in energy food which comes from sugars and fats. The deficiencies that our gut-brain may detect are deficiencies in trace minerals or vitamins, deficiencies in food to feed the gut-brain, but by far the most common and important is deficiencies of species in the gut.

We show people how to feed their gut-brain.

Why our gut-brain matters

This is important because our gut has trillions of microbes of thousands of species which can communicate with each other to create genuine intelligence. It works with our head brain to form the intelligent control system which regulates our bodies, particularly our appetite – how much and what we want to eat. We don’t overeat and get fat and sick because we are little piggies, we get fat and sick because our gut-brain senses deficiencies in our diet and creates hormones that make us overeat. Having a fully functioning gut-brain is the difference between enjoying a long health span and falling prey to the modern epidemic of chronic diseases – obesity, diabetes, heart attacks and dementia.

How it works

Wickimix

It starts with a special soil we call Wickimix. Like all good soils it has an open structure full of essential nutrients – N, P, K – but also minerals we are generally short of: calcium, magnesium, iron, zinc, copper, selenium, iodine, chromium, vanadium, etc. What makes Wickimix different is that it is full of the natural creatures of the soil – recyclers such as worms, beetles, larvae, nematodes and fungi – plus a high loading of organic waste for them to feed on. Wickimix is at the heart of the Gbiota process and requires knowledge and skill. It can be done by an experienced gardener, but for most people it is best left to trained commercial growers. wickimix

Soil blood

These creatures of the soil have guts, like us, and they exude a complex array of gut microbes into the soil which helps to form soil blood – the potent combination of water, nutrients and microbes which circulates in the soil to feed the plants. The plants feed on soil blood so the microbes enter the plants which we eat to enhance our gut biota. This has been the norm since life first appeared on Earth. It stopped around fifty years ago with the adoption of modern chemical industrial food systems.

Dynamic equilibrium

Microbes breed rapidly but have a short life. To benefit from eating plants loaded with beneficial microbes, they must be eaten fresh. The most practical way is to grow plants at home so they can be picked and eaten immediately – even in an apartment using the Gbiota box and basket system.

The Gbiota box and basket system

The creatures of the soil that provide beneficial gut microbes need organic waste to feed on. Organic waste – kitchen scraps, grass clippings, coffee grounds – is collected and placed in the base of the Gbiota box, with the growing basket placed on top. The basket has holes allowing soil creatures to move freely between waste and growing zones. Soil blood must be aerated to remain active. This is done through regular flooding and flushing using a swivel tube system that expels stale air and draws in fresh oxygen. The drained soil blood, rich in nutrients and microbes, is collected and reused. Growing your own gut microbes is not for everyone, but you are welcome to email me here to discuss whether it is right for you. box and basket

Our Intelligent Control System

Our gut-brain comprises trillions of cells which communicate to create swarm intelligence that regulates our bodies. When satisfied, it releases hormones that make us feel full. GLP-1 is the hormone used in drugs like Ozempic, Wegovy and Saxenda. Our bodies naturally produce it when properly fed. Ultra-processed modern diets deprive the gut-brain of what it needs, so natural GLP-1 production is suppressed and overeating continues. This underlies the modern epidemic of obesity, diabetes, heart disease and dementia. The solution is not drugs, but feeding the gut-brain the way nature intended. That is what Gbiota gut-brain food is all about.

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