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Blood pH,
Blood Pressure (blood volume) & Body Temperature
Healthy blood pH is
7.00 – neutral, maintaining body temperature of 98.6° F and stable constant
blood pressure. Healthy blood pressure and body temperature are maintained by
stable optimal blood volume & production. Deviation from neutral pH is caused by manmade nanoparticles
(NPs) bound with reduced metals and chemicals.
Copper
Essential For Protein Synthesis –
Optimal Blood Volume: Copper maintains a
balanced neutral blood pH of 7.00, by neutralizing and removing
metals/chemicals. A neutral blood pH has the optimal concentration of
hydrogen to produce new blood cells in the required quantity, as hydrogen
forms the bonds in blood proteins. If hydrogen concentration is too low, pH
is alkaline, and blood production decreases, resulting in low blood volume
and insufficient blood flow. If hydrogen concentration is too high, pH is
acidic, and blood production is too high, resulting in congested blood flow. Low or high blood volume, coupled with carbon buildup
from manmade particles, causes organ necrosis -- failure.
The life of a creature is in its blood.
Blood types are designated by pH:
Type B – acidic, Type A – alkaline, Type O – alkaline.
Types A, B & O are damaged blood cells (proteins) from manmade particles;
type AB is healthy undamaged blood.
Alkaline Types A/O were set to pH 7.54 (average) by 2005/06.
Blood pH is 7.65+ and rising. (Sustained pH: 7.65 = 80% mortality, 7.8 = 100% mortality)
Fatal drops in blood volume are
surging, as damaged blood is not being replaced due to high blood pH.
Type B blood has high blood
volume, with pH ~ 6.8 (average). (Below 6.8 = HIGH mortality)
Type AB is neutral at 7.00 pH.
Alkaline
blood, types A/O, gain more oxygen from manmade particles. Alkaline blood
loses further hydrogen when exposed to fluorine by gas, food, water, or
‘medications’, as fluorine replaces hydrogen in blood histidine, (forming
hydro-fluorocarbon), raising blood pH.
Acidic blood, type B, gains
more hydrogen in blood from the breakdown of manmade particles.
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