Summary: The text discusses the limitations of fighting diseases with antibiotics, highlighting the rapid evolution of bacteria and the emergence of drug-resistant infections. It emphasizes the need to shift from a combative approach to a cooperative one, aligning technologies with the body's natural regenerative processes. The speaker suggests that instead of trying to eradicate disease, we should learn to work with it for better health outcomes.
what it says basically, you know, the fight against, you know, against the disease in this case, as we call it bacteria is a no-win strategy. There is just no win to it. We keep inventing more and more powerful antibiotics. The new strains of the bacteria will appear inevitably. So you saw here in the time of 11 days how the bacteria has evolved to survive 1,000 times antibiotics. So this whole strategy of trying to fight, eliminate and battle the disease, it's just there's no win in this whole situation. And now you have in hospitals, these now drug resistance infections. And because the natural immunity community is already wiped out. Patients who stay at this hospital, they have nothing left to fight with. So if we -- these E. coli actually have their own intelligence. And we already looked at life as a regenerative process, so they regenerate themselves to adapt to their environment so they can continue. And so part of why we're bringing these principles in is let's go from this competing against and trying to eradicate disintelligence, and I don't mean AI specifically, but the intelligence like how do we learn to cooperate with it? How do technologies align with it so that better outcomes for everybody can be had? So what you saw here is, again, this is more of the mechanistic approach in trying to manipulate life.