The Biological Being: INVISIBLE BIOLOGY?

As there is only one reality, so there is only one truth

"The Truth is always the Truth".

Medical (so called) science has throughout its history relied upon many insinuations, assumptions, and presumptions of cause based upon nothing other than coincidence of perceived effects following perceived causes of those effects. Yet in biological research the quote, "Correlation does not prove cause" is heard often when logical thought is being alluded to. This seems to have been the case since some time in the 19th C. when allopathy was being created, the medical institutions were being established, and news media was being taken over by extremely wealthy players. Notwithstanding that point, the quote, "Correlation does not prove cause" is often appropriate empirically observable cause and effect is unavailable, or when any possible link is too tenuous to constitute proof or evidence or be in the slightest reliable. However, unfortunately, the quote is also often used as a means of appearing logical when inconvenient facts threaten to present themselves - facts that establishment would rather pretend did not exist.

This writer, though not a medical student, doctor, or anything other than a thinker, lover of truth, and student architect way back in the 1980s found himself reflecting upon the amazing ability of the heart alone to pump blood through every vein, artery, corpuscle, and channels in the body.

Intelligent reflection upon force, pressure, resistance, hydraulic mechanics, fluid dynamics, materials and material performance (in particular the walls of blood vessels) and general mechanical properties of materials and forces, one can be in no doubt that in no way can an organ the size of a fist made of flesh and organic material pump an at best slightly viscous fluid called blood through thousands of miles of thin tubes. Such performance would require pressures in the blood fluid at the exit from the ventricles of the heart that would far outstrip the strength of any biological material on earth. Not only that, but the material of the heart in order to fulfil this supposed role would need to be in the order of equivalence to the strength of titanium alloys employed in the fan blades of jet engines! Whilst this writer was seeing a likelihood in the 1980s that there were other factors at play ion blood circulation, the study of architecture alone left no time or energy to investigate beyond contemplation and the subject was left on the shelf, ostensibly forever.

Most interestingly, there was another individual (and probably many others around the world) also reflecting upon these aspects in the field of biology and contemporary thinking (misunderstanding?), and one such is Tom Cowan who, unlike this writer, learned contemporary biology and medical matters and subsequently ran a career in health care gaining enormous amounts of real experience in the field, yet also thought outside the box and recognised strangeness that should not be swallowed and accepted without thought or processing through questions.

From this he progressed to seeking further knowledge from others, and by collecting together knowledge from various sources built a more wholesome picture of this subject.

Dr. Tom Cowan is a well-known alternative medicine doctor, author and speaker, with a common-sense, holistic approach to health and wellness.

About the Podcast Jesse Chappus has in-depth conversations with health and wellness leaders from around the world. Topics include lifestyle, nutrition, fitness, self-help, sleep, meditation, spirituality and so much more. Tune in weekly to take your health to the next level! Disclaimer The opinions expressed in this video are those of the guest and are presented for informational purposes only. This content is not medical advice. Please consult your health care provider regarding any health-related decisions.

TRANSCRIPT FROM THE ABOVE VIDEO:

0:00 But let's start with the pump piece and
0:01 then we can move from there.
0:03 Right? So with everything in life, it's
0:06 good to define your terms. Otherwise, 0:08 you don't know what you're talking
0:09 about. So when I say the heart is not a 0:13 pump, what do I mean by a pump? I mean a 0:17 pressure propulsion device.
0:20 What does that mean? It means that the
0:23 reason the blood moves around the body
0:27 is it's propelled by the heart.
0:30 And the way it's propelled is the
0:33 ventricle, especially the left ventricle
0:36 contracts. It's a muscle. It contracts.
0:40 That increases the pressure and propels
0:43 the liquid, i.e. the blood around the
0:46 body. That's what we're told.
0:49 Again, so I, you know, that's the claim.
0:53 Now I looked at this claim you know
0:55 40ome years ago and said okay how along
0:59 are the tubes in the body
1:03 10,000 miles or so. So you got a one
1:08 pound organ 1:11 with walls like this thick
1:14 and you got sticky fluid in there in
1:17 those tubes that are 10,000 miles long
1:21 if you put them end to end with stuff in
1:25 the tubes that's approximately the
1:28 diameter the internal diameter of the
1:30 tube. In other words, the red blood
1:33 cells are about the same di, you know,
1:36 size as the diameter of the tube.
1:39 What are the chances you can get a one
1:42 pound organ to push sticky fluid 10,000
1:47 miles?
1:48 Not good.
1:50 Not good. And not only that, but the the 1:54 the this fluid, if you go do a velocity 1:58 chart at different points, it's going 2:02 fastest the blood as it enters the heart 2:06 and it's going the same speed as it 2:09 exits the heart. And then it slows down 2:11 and slows down and then it gets to the 2:13 capillaries, the little vessels, and 2:16 then it does like a little shimmy and 2:18 stops. and then it gets going again. 2:22 Now, if you're a farmer and you want you 2:26 have a a like a tank 2:29 and then you go down to a pond 2:33 and then the the water in the pond is 2:36 stopped and then you want to get the 2:38 water from the pond up back to the tank. 2:43 Where do you put the pump? 2:45 Down at the bottom. 2:47 Not at the at the tank. 2:50 Right. 2:51 Yeah. You got to get it down at the 2:52 bottom and pump back up to the tank. 2:54 Pump it back up. But that's exactly the 2:57 opposite. Here they're saying the pump 2:59 is at the top. And by the way, the pump 3:03 doesn't make the water go any faster. 3:06 And I thought, that's faking weird cuz 3:09 you would think it would go slow in and 3:12 faster out and then it would go down and 3:15 it would stop. And how are you gonna get 3:17 it back up? 3:20 Because I can tell you if I want to go 3:22 from San Francisco to New York on a bus 3:25 and the bus is going to stop in St. 3:27 Louis and there's no engine in the bus, 3:30 I'm not getting in the bus 3:34 because I don't know how if it stops in 3:36 St. Louis, it's going to get back going 3:38 again to get to New York. So that was 3:41 the second reason I thought this is 3:43 wonky. 3:45 The third reason is if you look at the 3:48 outflow of the left ventricle and I saw 3:51 this when I was working in a kath lab 3:54 it's an arch like McDonald's arch right 3:58 now imagine you have a garden hose and 4:01 you put a a flexible hose a spigot at 4:05 your house right put a flexible garden 4:08 hose off the spigot and it's shaped like 4:11 an arch and you turn it off shaped like 4:14 an arch and you turn it on full blast 4:18 cuz you got to pump a long way. So 4:20 that's going to really push the blood 4:23 and the and the garden hose like this 4:25 and it can bend. What's going to happen 4:27 to the garden hose? 4:28 It's going to straighten out. 4:30 It's going to straighten out, right? Has 4:33 to. So you know what happens to the 4:35 aortic arch as it go as you go into cy 4:40 which is the pumping part? It bends in. 4:46 And I remember 4:48 I saw this, you know, and I asked the 4:50 card, I said, "Look, look, 4:53 it bends in. It can't possibly bend in 4:56 if it's pushing through there, right? 5:00 Can't possibly do that." 5:02 That's the opposite. Yeah. 5:03 Yeah. So, he said I said, "How come it 5:05 does that?" He said, "That's the way it 5:07 does." I said, "I know that's the way it 5:10 does because I can see it." He said, 'Th 5:12 that's just the way it does. So that 5:16 told me there's no way that's pushing 5:18 through there. No way. 5:21 So that led me again. So my rule is 5:26 don't worry about what is true. Just 5:28 think about what isn't true. I didn't 5:31 kill that guy. I don't know who did. 5:34 Don't ask me who killed him. That's not 5:36 my job. I just know that I didn't do it. 5:40 So, I know at that point there's no way 5:43 this is a pressure propulsion device. 5:47 And I know that the pump has to be in 5:49 your leg. 5:52 Has to be just like if you got a pond, 5:54 it has to be at the pond. But I didn't 5:57 know what the pump was. Then I saw an 6:00 experiment Gerald Pollock did. Same one. 6:03 You get a beaker of water with a 6:05 horizontal tube. And just the nature of 6:10 tubes interacting with water, 6:12 capillaries interacting with blood forms 6:15 a gel layer which is negatively charged 6:19 that pushes the positive charges into 6:21 the liquid water the blood and they 6:25 repel and start moving. 6:27 So that happens in your leg, in your 6:29 spleen, in your eyes, everywhere. And 6:32 then as it coaleses from capillaries to 6:36 veules to veins, just like a river, if 6:39 it goes from a wetland to a single 6:42 river, it goes faster and faster, 6:45 right? 6:46 Yeah. 6:47 Just compression. It's called Berni's 6:50 principle. So that gets it go faster and 6:52 faster. It gets to the heart. The heart 6:55 functions like a like a hydraulic ram. 6:59 So there's like a it goes into a tank. 7:02 The walls of the tank expand, 7:06 right? Into a tank. The walls expand. 7:10 You with me? 7:11 Yeah. 7:12 That creates positive pressure in the 7:15 tank and negative pressure on the other 7:18 side of the gate. 7:21 So then when the positive pressure 7:23 differential is enough, the gate opens 7:26 that the arch sucks in because of the 7:29 negative pressure 7:31 and the and the blood falls down to the 7:34 capillaries. 7:37 Then it gets re-energized and comes back 7:39 up. So the function of the heart is to 7:42 stop the blood 7:44 and creates this spiral. 7:48 And you know the Sufis say when the 7:50 blood is stopped in the heart and 7:53 there's a spiral formed that's when God 7:56 enters into the human being. Now I don't 7:59 know if that's true but that's when the 8:02 creative force of life it always works 8:06 through spirals and the heart goes 8:09 spiral down spiral up spiral down spiral 8:14 up. And when it spirals up, it's like 8:16 plunging your toilet that helps to suck 8:19 the blood up to the heart. 8:22 And you can prove that. And so that's 8:24 what the heart is doing. It's acting 8:26 like a suction device to stop the blood, 8:30 create this vortex so that you know, God 8:35 or the electromagnetic field or 8:39 the energy of the universe or creation 8:42 enters into you. creating this electric 8:45 this uh tooidal field that allows you to 8:49 live as a full human being. And if you 8:52 miss the picture and think the heart is 8:54 a pump, 8:58 you're a doofus. 9:00 That's a scientific term for uh you've 9:03 missed the point. And this connects to 9:05 we were talking about before when we 9:07 were talking about plaque where this 9:10 layer in the vessels 9:13 is what we were talking about got 9:15 disrupted before when plaque formed. So 9:18 just to form the full circle here. 9:20 Yeah. Right. 9:22 Yeah. And they both come from the same 9:25 causes, which is pure food, pure water, 9:29 sunlight, earth, 9:31 being part of an electromagnetic field 9:34 that's nourishing, including relations 9:36 and thoughts and traumas and, you know, 9:40 sucking on metals and vaccines, poison 9:43 in you, and pharmaceuticals and all the 9:46 rest of it. 9:47 If you enjoyed that clip, you're going 9:49 to want to head over here and catch the 9:50 full episode. I'll see you over there. 9:53 Nobody has liver attacks, kidney 9:55 attacks. They have heart attacks and 9:57 brain attacks called strokes. No other 10:00 organ has attacks even though the blood 10:02 is the same and the arteries are the 10:04 same. Which led me to think it's got to 10:06 do