There are many problems with our modern food system — mineral deficiencies, poor nutrition, and degraded soil — but nothing is more important than feeding our control system: the gut brain that regulates the entire body.
Traditional Communities Hold the Clues
In isolated mountain regions of rural China, diabetes is virtually nonexistent. Families have been farming the same land sustainably for thousands of years. Their methods are simple but shockingly effective — and very different from modern industrial agriculture.
One major difference is their attitude toward waste. What we politely call “shit,” they call fertiliser. Old women walk fields gathering animal and human manure, placing it carefully around each plant. Every cabbage in a field may have a small radial fan of manure around it — a nutrient-rich micro-ecosystem feeding living soil biology.
Now compare that to modern Chinese cities like Shanghai or Shenzhen, where vegetables are grown hydroponically or in sterile soil, transported long distances, and purchased in supermarkets. The vegetables look perfect — but their living microbial content is nearly zero.
Genetically, the city people and the mountain villagers are the same. They eat similar vegetables. The difference is the microbial content of the food they grow and eat.
It becomes impossible to ignore the obvious — how we grow our food shapes our health far more than we realise.
Modern “Diabetic Plants” vs. Living Soil Plants
There is a long list of plants promoted for helping diabetes — Fenugreek, bitter melon, Emla, Ginseng, Goji berries, and many more. Many people buy these as extracts or pills. But were they grown in living soil? Were they harvested and eaten while the microbes were still alive?
A plant grown hydroponically or in dead soil, shipped for days, then processed into a pill does not contain the living microbiome of a plant grown in nutrient-dense soil that is alive with beneficial microbes.
Microbes Matter — More Than We Realise
Scientific research shows that gut microbes strongly influence weight and metabolic health. Transplant the microbes from a fat mouse into a skinny mouse and the skinny mouse becomes fat — and vice versa.
Growing microbe-rich plants is easy. Even people in apartments can grow plants in living soil, and it costs far less than supermarket vegetables. The only downside? Our current food and pharmaceutical industries earn far more money keeping the system as it is.
We Can’t Use Yaks in City Apartments — So We Need New Methods
Rural communities fertilise their fields using Yak dung, but urban environments obviously cannot. That is why Gbiota technology exists — to recreate the ecological function of living soil in a clean, modern, simple system anyone can use.
It really is not difficult to fix the problem. The biggest barrier is awareness. As the saying goes (often attributed to Lincoln):
“Bad things happen when good men stand by and do nothing.”
If you know someone with diabetes, please tell them about this work. Encourage them to grow a few microbe-rich plants at home and measure their blood sugar before and after. The results speak for themselves.
We may live in the misinformation age, but people still trust people they know. That is how real change begins.
