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The organisms
for cell replication, renewal and protection, as intended by our Creator, are being used to destroy
the body with manmade
particles and low copper status. Organisms are intended to generate and
maintain healthy cells. Organisms and associated enzymes are copper
dependent, as copper neutralizes and removes metals and the particles they
are bound to. Manmade particles, (amino acids, fatty acids, vitamins &
other ‘nutrients’), are bound with reduced metals to deplete and replace
copper. Intracellular organisms (IOs) are the smallest:
for cell replication, renewal, AKA viruses. Bacteria
are micro-organisms, carbon scavengers: associated copper dependent enzymes,
larger than IOs, protect cells by neutralizing
& removing manmade nano-particles with reduced
metals and associated harmful gases – carbon, nitrogen, excess oxygen and
imbalanced hydrogen. Fungi are
micro-organisms and larger, carbon scavengers: associated copper dependent enzymes,
larger than bacteria, cell protectant that removes
compounds of manmade particles and associated harmful gases – carbon,
nitrogen, excess oxygen and imbalanced hydrogen. |
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Organisms become
destructive (pathogenic) in an environment of low copper and manmade
particles, indicated in metabolite production. Metabolites are the result of
failed attempts by the body to completely neutralize and remove manmade
particles and compounds, due to low copper status. (Examples: serotonin &
histamine) Metabolites gravely damage tissue and organs. Swine organisms are
virulent in humans: Swine bacteria & fungi in humans accelerate copper
depletion and metabolite production, quickly destroying tissue and organs.
Swine IOs (measles) destroy tissue and organs by
accelerating cell replication – assembly of surrounding (accumulated) manmade
particles into host cells. |
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Bacterial infection requirements (Blood types A/B/O
in all infections): Bacteria transitioned to
pathogen and swine bacteria propagated by gas, food or water; supply of
rubber NPs (tryptophan, phenylalanine & tyrosine), essential for adhesion
to host cells; iron to supply oxygen to the pathogen; and low copper status.
Intestinal bacteria generates numerous metabolites of rubber NPs that cause
bacterial infections, nine of which are known to cause sepsis. Viral infection requirements: swine IOs, rubber (for
adhesion) & plastic NPs, iron, low copper. |
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