Transcribed by Bert.
[April 12, 2014 Part 1 (1:15:11 mark)]
Bert: Apparently, there is a relationship between Chromosome 14, the pericardium, and the heart.
iON: Yes, of course – “The heart of the matter is the matter of the heart”. The pericardial fluid in the pericardium has a molecular density different than any other mass fluid inside the body. It’s secured from itself - where it is a heavier amniotic-based fluid - that yet allows as a discharge simply of electric energy - that causes the heart to pump - or pull blood through the aorta, through the vascular system. So, basically, with blood pushing blood, it’s the only fluid that can allow a simple transference to happen without any charge - or that’s why when you shock a heart, those fluids respond.
[April 12, 2014 Part 1 (1:15:11 mark)]
Bert: Apparently, there is a relationship between Chromosome 14, the pericardium, and the heart.
iON: Yes, of course – “The heart of the matter is the matter of the heart”. The pericardial fluid in the pericardium has a molecular density different than any other mass fluid inside the body. It’s secured from itself - where it is a heavier amniotic-based fluid - that yet allows as a discharge simply of electric energy - that causes the heart to pump - or pull blood through the aorta, through the vascular system. So, basically, with blood pushing blood, it’s the only fluid that can allow a simple transference to happen without any charge - or that’s why when you shock a heart, those fluids respond.
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