2.1.11. Dr Bruce Lipton - a Concrete Example

1. *Summary: This text presents an excerpt from a lecture by Dr. Bruce Lipton, where he discusses his research on cell behavior. He explains that cells exhibit three basic behaviors: moving towards a signal, moving away from a signal, or ignoring a signal. He further elaborates that these behaviors are categorized into two main actions: moving forward for growth and moving backward for protection, emphasizing that cells cannot do both simultaneously, and that their actions are influenced by the perception of the environment and the brain.*

And next, I want to share you one example, one experiment by Dr. Bruce Lipton. But before we go to the next video, just a couple of words about Dr. Bruce Lipton. He was teaching medicine at Harvard, Harvard Medical School. He was doing research into multiple sclerosis, and he was one of the pioneers of stem cell cloning back in '60s and '70s, I believe. But through his research, through his experimentation, he came to understanding of how this mechanistic approach to life is actually misleading. Eventually, he left Harvard because he could no longer teach his obsolete concepts. Let's listen to his presentation. I applied it to my life and it made such beautiful changes in my life. And it works like this. I used to clone human cells. And when I put them in the culture dishes, I'd observe their behavior and do things. And one of the things is very interesting. If I put a cell in the culture dish when I started and cell is here and I put food over here. When I start the experiment, put the food over there and cell over here. When I come back a little later, where do you think the cell is? The cell moves toward the food, right? Okay. Experiment number two. I put the cell over here at the start of the experiment and I put toxin in over here. And I come back in a few minutes later, where's the cell going to be? Over here. Look, this is so beautiful because here's the truth at the level of the cells of which we are based, there's only three behaviors a cell can do, you know, obvious behaviors that you can see. And here are the three behaviors. The cell can move toward a signal, the cell can move away from a signal, and the third one is actually a signal can be made in the environment, but the cell ignores it because it's not relevant. So there's actually three different movements, moving forwards, moving backwards not moving at all. That makes sense? I mean you can see it, right? So here's the issue. Then the behavior of the cell is actually divided into two kinds of behavior. When a signal is presented that the cell needs for its maintenance and its growth, the cell will always move toward the signal. When the cell is presented with a signal that threatens its life, then the cell will move away from the signal. So there's only two behaviors. What are they? Moving forward is growth and moving backwards is protection. So the bottom line is this. Point. This now look at the logic because this is the part that's like profound but simple. A cell moves forward for growth, moves backwards for protection. Can a cell move forwards and backwards at the same time? Yes or no? No. Point. Fundamental profound nature of the point. The cells in your body are digital. When they receive signals that say growth, they will move toward things in growth. But if they're not receiving growth, then they will move backwards in protection. And the point about it is this, then the cells in your body are going back and forth between growth and protection based on what? The perception of the environment. But since the cells are in the community, they're also the perception of the brain. So as you're thinking, what are you doing to the cells? You're giving them information about their environment. If you think that, oh my god, I can't make through this lecture because the damn projector broke. Oh my god, what do you think my cells are going? Oh Bruce, oh Bruce, you know, they're hiding out. On the other hand it's like, cool, we can make anything, we can do anything, we can survive. And what are the cells going to do? Well, they're not going to shirk backwards, they're going to move forwards and growth. Why is this relevant? Because the behavior is that clearly digitized that it's one or the other.