We are living longer — our life span is increasing — but our health span, the years we remain fit and active, is decreasing. Why?
The answer lies in our gut brain. Modern food has changed the species of microbes in our gut.
Gut microbes and health
We have long understood that our gut processes food so our bodies can use it. With DNA sequencing we learned that the species of microbes in our gut have a major effect on our health.
Early research showed we could turn a fat mouse into a skinny mouse, or a skinny mouse into a fat mouse, simply by changing the species of microbes in their gut. With mice this was simple — they eat each other’s droppings. Humans required a faecal transplant, but the effect was the same.
The gut as an intelligent control system
We then learned that the trillions of cells in our gut work like a super-computer, partnering with our head brain as an intelligent control system. Without conscious effort, this system manages appetite, ensures we eat the right amount and type of food, manufactures the chemicals needed to repair our bodies, and trains much of our immune system.
Why we overeat
If our gut brain senses missing nutrients, it sends signals such as the hunger hormone ghrelin, urging us to eat more. If the food lacks those critical nutrients, the signals continue — we keep eating, gain weight, and become sick. The problem is not greed; it is a biological response to nutrient deficiency.
Our gut brain also requires specific “gut food” to function properly. Without it, it malfunctions and creates cravings for the wrong foods.
Health begins in nutrient-rich soil
Our gut brain evolved over thousands of years while we ate fresh plants grown in nutrient-rich, biologically active soil. Microbes in the soil entered the plants, and eating these plants acted as natural pre- and probiotics.
Modern diets lack key nutrients
Today’s diet lacks these essential nutrients and microbes. Many people try to compensate with supplements, but pills are expensive and not very effective.
The simple, proven solution is to eat plants grown in nutrient-rich soil filled with beneficial microbes. This approach is inexpensive, natural, and backed by thousands of years of practice — though it lacks modern advertising.
The purpose of Gbiota
Gbiota technology is not about growing cabbages or specific vegetables. It is about breeding beneficial biota in the soil, which is then packaged inside plants to support and restore gut biota.
Any skilled gardener can grow gut food, but many people do not have gardens, time, or the skills to establish Gbiota beds.
Even more important: beneficial microbes begin dying soon after a plant is harvested. The plant may look fresh, but the microbes diminish quickly. To gain the benefits, plants must be eaten shortly after picking — as our ancestors did.
Gbiota boxes
Skilled growers can set up Gbiota beds to breed nutrient-rich soil full of beneficial microbes. This soil is placed into Gbiota boxes and delivered to people who cannot grow their own gut food. Customers only need to water the boxes and harvest the plants. Boxes can be kept on patios or even indoors with adequate light.
This system allows people to extend their health span by eating genuinely fresh food, while growers earn income and support community health and local food security.
A community-based food system
This is not a corporate project. It is my personal project. For people to access healthy food, we need a community-based system that puts health before profit.
To make this work, I need to connect growers with customers. If you share this vision, please email me at colin@gbiota.com with your location so I can introduce you to others interested in establishing a community gut food project.
