whygetfat on Nostr: "One that I think is really beneficial to the general population that I'd like to ...
"One that I think is really beneficial to the general population that I'd like to talk about is the impact of earthing on blood flow. […] if it impacts blood flow, it has the potential to impact blood pressure. […]
"Before grounding, there's a ton of images of people with blood where their red blood cells are clumped and stuck on top of each other. Picture it as a bunch of donuts that are literally in a stack, one on top of the other, on top of the other, kind of like suction cupped together. They're really connected. In technical terms this is called rouleaux, this stacking of blood cells together.
"That is not healthy for our red blood cells. Every red blood cell wants to be this individual unit that can travel freely through the bloodstream to do its job. When they're stacked on top of each other they're dysfunctional.
"Why would red blood cells stack on top of each other like that? Red blood cells want to be coated in a negative charge. […]
"When you start to drain the red blood cell of electrons, if you're disconnected from a source of electrons, then these red blood cells lose this negative charge […] it's going to start to clump together […] We do not want that.
"And so it's really cool to see after 30 to 45 minutes of grounding. You see a blood sample under this microscope that's got this stacking happening. And then all of a sudden it's perfectly, it bounces back and forth. You see these red blood cells spaced so beautifully again. They're completely separated. That's a beautiful thing.
"I've seen this happen especially in conjunction with being really, really close to non-native electromagnetic fields: working right next to your Wi-Fi router, having a cell phone on your body at all time emitting cell phone radiation. Even clients who didn't even realize it, but right next to their home office, on the other side of the wall, is their smart meter, and that has been doing it.
"I have seen non-native electromagnetic fields do that and deplete or cause that clumping. I think it's because it's depleting the body of electrons." —Carrie Bennett @ 23:55–24:11 & 25:53–26:42 & 28:04–29:43 https://youtu.be/B99KRxSjmNk&t=1435
"Before grounding, there's a ton of images of people with blood where their red blood cells are clumped and stuck on top of each other. Picture it as a bunch of donuts that are literally in a stack, one on top of the other, on top of the other, kind of like suction cupped together. They're really connected. In technical terms this is called rouleaux, this stacking of blood cells together.
"That is not healthy for our red blood cells. Every red blood cell wants to be this individual unit that can travel freely through the bloodstream to do its job. When they're stacked on top of each other they're dysfunctional.
"Why would red blood cells stack on top of each other like that? Red blood cells want to be coated in a negative charge. […]
"When you start to drain the red blood cell of electrons, if you're disconnected from a source of electrons, then these red blood cells lose this negative charge […] it's going to start to clump together […] We do not want that.
"And so it's really cool to see after 30 to 45 minutes of grounding. You see a blood sample under this microscope that's got this stacking happening. And then all of a sudden it's perfectly, it bounces back and forth. You see these red blood cells spaced so beautifully again. They're completely separated. That's a beautiful thing.
"I've seen this happen especially in conjunction with being really, really close to non-native electromagnetic fields: working right next to your Wi-Fi router, having a cell phone on your body at all time emitting cell phone radiation. Even clients who didn't even realize it, but right next to their home office, on the other side of the wall, is their smart meter, and that has been doing it.
"I have seen non-native electromagnetic fields do that and deplete or cause that clumping. I think it's because it's depleting the body of electrons." —Carrie Bennett @ 23:55–24:11 & 25:53–26:42 & 28:04–29:43 https://youtu.be/B99KRxSjmNk&t=1435