Transcribed by Bert.
Payday
[16 May 2015 Part 1]
(1:24:25 mark)
Dr. Dean: The pericardium sets the heart apart. So, I can almost see where someone would say the heart is like a central depot, not a transducer, but like a grand central station. The heart just sits there receiving messages from the brain, from the blood, from the external.
Bob: Where is the pericardium in that process?
Dr. Dean: Yeah, and what is the function of the heart?
iON: It's the root that is attached to the Serous membrane.
Dr. Dean: So, the pericardium is attached to the root. Hmm!
Bob: Of the Serous membrane. Do you know that word?
Dr. Dean: Well, the pericardium is just a membrane. It's just a bag. So, you are just telling me that the bag is attached to the heart.
iON: No, it's not attached to the heart. It's attached to the Serous membrane - lined with the Serous membrane. The sack is what’s connected to the body. The heart's not attached to the body at all.
Dr. Dean: Right!
Bob: The heart floats?
iON: In the pericardial fluid.
Dr. Dean: As a floating object, does that make it more electromagnetic and able to have a frequency that creates these effects that we see?
iON: It's the difference between… well... but no, not the effects that we see, but you have the Serous pericardium and the Fibrous pericardium. That membrane between those two is where the electroconductivity resides.
Payday
[16 May 2015 Part 1]
(1:24:25 mark)
Dr. Dean: The pericardium sets the heart apart. So, I can almost see where someone would say the heart is like a central depot, not a transducer, but like a grand central station. The heart just sits there receiving messages from the brain, from the blood, from the external.
Bob: Where is the pericardium in that process?
Dr. Dean: Yeah, and what is the function of the heart?
iON: It's the root that is attached to the Serous membrane.
Dr. Dean: So, the pericardium is attached to the root. Hmm!
Bob: Of the Serous membrane. Do you know that word?
Dr. Dean: Well, the pericardium is just a membrane. It's just a bag. So, you are just telling me that the bag is attached to the heart.
iON: No, it's not attached to the heart. It's attached to the Serous membrane - lined with the Serous membrane. The sack is what’s connected to the body. The heart's not attached to the body at all.
Dr. Dean: Right!
Bob: The heart floats?
iON: In the pericardial fluid.
Dr. Dean: As a floating object, does that make it more electromagnetic and able to have a frequency that creates these effects that we see?
iON: It's the difference between… well... but no, not the effects that we see, but you have the Serous pericardium and the Fibrous pericardium. That membrane between those two is where the electroconductivity resides.
No comments:
Post a Comment