02 / HOLOBIONT THEORY

Medicine borrowed nature's materials;
now we borrow nature's method

External miRNA — a tiny signaling substance made in the dialogue between plants and their beneficial bacteria. The key substance of future medicine found by the developer, and a starting point for next-generation cancer research.

In plain words

Plants and the beneficial bacteria inside them talk by exchanging very small signaling substances. What arises from that dialogue is External miRNA. I distinguished it from miRNA acting within cells of the same species (InCell miRNA) and named this cross-species substance External miRNA.

In my research it was highly compatible with human cells, and the same results were seen in hundreds of people. I believe External miRNA helps repair damaged DNA and cell membranes, lengthen telomeres, neutralize RNA viruses, and return cancer cells to normal cells.

And Plantaricin, a natural antimicrobial made by plant lactic acid bacteria (L. plantarum), blocks harmful microbes. Two substance groups, two defense mechanisms. The key question is who can mass-produce them, and how. Who: Vital Probiotics. How: the VPMI method.

Two shields
Two shieldsExternal miRNA against RNA viruses, Plantaricin against harmful bacteria — produced together inside GRBM.

130 years of progress — cut, burn, attack, target, awaken

The evolution of cancer treatment
Stage Began Origin How it works Remaining challenge
Surgery 1890s Hand and scalpel Removes the tumor Metastasis, invisible cells
Radiation 1896 X-rays, radium Destroys cells by damaging DNA Damage to surrounding normal tissue
1st-gen chemotherapy 1942 Poison gas, plants Attacks rapidly dividing cells Normal cells are harmed too
2nd-gen targeted therapy 1998 Specific cancer molecules Targets specific molecules only Resistance; works only where targets exist
3rd-gen immunotherapy 2011 The body's immunity Releases the brakes on immunity Only some patients respond; immune side effects

Many of these advances started from nature. But all used nature's substances as weapons to destroy cancer cells. None started by studying how nature itself responds to cellular errors and mutations. I believe this is the shared limit of cancer treatment so far.

Where nature responds best to cellular errors:
the fetus

The embryonic environment has been reported to let even malignant cells grow into normal tissue. That power converges in a fetus interacting well with microbes.

Read moreCloseInCell vs. External miRNA, the solid layer, observations and limits

InCell miRNA and External miRNA

The developer's classification of miRNA
Item InCell miRNA External miRNA
Role Intracellular regulation, mainly within the same species Cell-to-cell and cross-species communication
Structure Tertiary structure Simple, symmetric secondary structure
Persistence Relatively short Longer (developer's estimate: up to about 38 years)
Research view Biomarker-centered (mainstream research) The core substance of GRBM and of future medicine

It does not appear in ordinary lactic acid bacteria, but through my own experiments I found that plant LAB inside young plants free of chemicals and salt produce and send External miRNA as a signaling substance to form a genetic relationship with their host. To industrialize this, I created the concept of Vital Probiotics, an evolution of ELAB, which produces genetic material far more powerfully and abundantly to form the metabolome.

The frontier is already turning toward microbes

In 2018, studies in Science showed one after another that the composition of gut microbes shapes the response to immunotherapy, and in 2021 some melanoma patients who had not responded to immunotherapy did respond after fecal microbiota transplantation. The frontier of cancer treatment is moving toward interaction with microbes. Meanwhile, turning synthetic miRNA into a drug proved difficult — an early clinical trial was halted because of immune-related side effects. That is why a process that mass-produces "nature-made External miRNA" is decisive.

What the developer witnessed, and what remains

01

Where it responded fast

In hundreds of patients the developer observed GRBM acting as a very fast, very effective answer for many cancer cells.

02

Where it is still hard

Autologous cell mutations from aging, and cancer cells accumulated in large amounts of body fat, remain hard to address this way.

03

Next research

Isolating and purifying External miRNA and Plantaricin from the solid layer, for a next-generation approach applied directly to tumor sites.

I hope that investment and much more research will make this a starting point for conquering cancer in the next generation. GRBM does not replace standard cancer care, and these observations are to be confirmed by disease-specific clinical papers and independent verification.

Literature: miRNA transfer via exosomes (Nature Cell Biology, 2007), gut microbes and immunotherapy response (Science, 2018), fecal microbiota transplantation in melanoma (Science, 2021), GLOBOCAN 2022 (CA Cancer J Clin, 2024). Observations and interpretation: source — the developer's (Wooyoung Nam's) research.

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