Unveiling Them
	Manmade Carbon-Based Particles Were Designed Specifically to Take Down the Body's Innate Defense (Immune) System.
	"Nutrients", additives, "medications", fertilizers and others are manmade nanoparticles of rubber, plastic and glass.
	Manmade nano-particles contain harmful reduced metals & gases.
	Carbon corrodes and kills from the cellular level, accelerating aging and death.
	Any metal, manmade by reduction for absorption into the body, is incompatible with life.
	Metals are reduced to replace and deplete copper in the body.
	Man-reduced metals bind with "functional groups" in manmade particles.
	Reduced iron and rubber amino acids (+ low copper) are required for infections.
	Fluorine replaces hydrogen in manmade particles; binds to ring structures, forming hydro-fluorocarbons.
	Fluorine bound calcium is used by bone building organisms when copper is low, corroding bones and teeth.
	Amino acids are assembled into host cells by cell replicating organisms -- AKA viruses.
	Fatty acids transport reduced metals and carbon into the brain.
	Particles with sharp, rigid edges fragment blood proteins and cause internal bleeding by rupturing blood vessel walls.
	ALL metabolites of manmade particles (amino acids, fatty acids, vitamins & other) are byproducts of the
	body’s failed attempts to neutralize and remove the particles, due to low copper status.
	Selections ("mutations") in Spike Protein increase the severity of disease, death rate & copper depletion rate:
	Carbon causes necrosis -- corrodes and kills host cells.
	Hydrogen is for bonds.
	Nitrogen is for growth; amino acid change to higher nitrogen number gives “growth advantage”.
	Oxygen fuels cell replication organisms (viruses) in viral protein assembly, and damages host cells by oxidation.
			C-carbon    H-hydrogen    N-nitrogen   O-oxygen
		Formula		C	H	N	O
	Graphene Oxide	C140H42O20		140	42		20	Fe		Transport platelets: Fe+Benzene (hydrocarbon)
	Heparin	C12H19NO20S3		12	19	1	20	S3		Glass -- Co, Ni; fragments blood proteins
	Select Amino Acid & Metabolites
	Histidine	C6H9N3O2		6	9	3	2			Vinyl; Co, Ni, F: Imidazole (hydrocarbon)
	Histamine	C5H9N3		5	9	3				CO2 separates from imidazole
	Tryptophan	C11H12N2O2		11	12	2	2			Rubber; Co, Ni; Benzene (hydrocarbon)
	5-Hydroxytryptophan (5-HTP)	C11H12N2O3		11	12	2	3			plus O, the first step to serotonin synthesis
	Serotonin	C10H12N2O		10	12	2	1			CO2 separates from benzene
	Nanoparticle - amino acids
	alanine - A	C3H7NO2		3	7	1	2
	arginine - R	C6H14N4O2		6	14	4	2
	asparagine - N	C4H8N2O3		4	8	2	3
	aspartic acid - D	C4H7NO4		4	7	1	4
	cysteine - C	C3H7NO2S		3	7	1	2	S		Sulfur
	glutamine - Q	C5H10N2O3		5	10	2	3
	glutamic acid - E	C5H9NO4		5	9	1	4
	glycine - G	C2H5NO2		2	5	1	2
	histidine - H	C6H9N3O2		6	9	3	2	I		Vinyl; Co, Ni, F: Imidazole (hydro-fluorocarbon)
	isoleucine - I	C6H13NO2		6	13	1	2
	leucine - L	C6H13NO2		6	13	1	2
	lysine - K	C6H14N2O2		6	14	2	2
	methionine - M	C5H11NO2S		5	11	1	2	S		Sulfur
	phenylalanine - F	C9H11NO2		9	11	1	2	B		Rubber; Co, Ni; Benzene (hydrocarbon)
	proline - P	C5H9NO2		5	9	1	2
	serine - S	C3H7NO3		3	7	1	3
	threonine - T	C4H9NO3		4	9	1	3
	tryptophan - W	C11H12N2O2		11	12	2	2	B		Rubber; Co, Ni; Benzene (hydrocarbon)
	tyrosine - Y	C9H11NO3		9	11	1	3	B		Rubber; Co, Ni; Benzene (hydrocarbon)
	valine - V	C5H11NO2		5	11	1	2
	Fatty Acids cross the blood-brain barrier, carrying reduced metals and carbon into the brain:
	Fatty Acids: hydrocarbon chains, derived from branched chain amino acids & tryptophan by various metabolic pathways.
	Narrow (linear) design:  crosses the blood-brain barrier, sticks to and accumulates in blood vessel walls.
	The fatty acids listed are from a USDA nutrient database, (1909-2006), and are contained in the US food supply.
	Starting In 1980, fatty acids in the food supply increased substantially and coincide with central nervous system
	related disabilities, depression, behavioral disorders and deaths.
	Nanoparticle - Fatty Acids	Formula		C	H	N	O			Fatty acids are manmade, rubber-based.
	Omega-3 fatty acids	C60H92O6		60	92		6
	Omega-6 fatty acids	C38H64O4		38	64		4
	Arachidonic Acid	C20H32O2		20	32		2
	Butyric Acid	C4H8O2		4	8		2
	Capric acid	C4H8O2		4	8		2			Heparin carrier; added in 1980.
	Caprioic acid	C6H12O2		6	12		2
	Caprylic acid	C8H16O2		8	16		2			Heparin carrier; added in 1980.
	Clupanodonic acid	C22H34O2		22	34		2
	Docosahexaernoic Acid	C22H32O2		22	42		2
	Eurcic Acid	C22H42O2		22	42		2
	Gadoleic acid	C20H38O2		20	38		2
	Lauric Acid	C12H24O2		12	24		2
	Linoleic Acid	C18H32O2		18	32		2
	Linolenic Acid	C18H30O2		18	30		2
	MonoUnSaturated Fatty Acids	C40H76O4		40	76		4
	Myristic Acid	C14H28O2		14	28		2
	Oleic acid	C18H34O2		18	34		2
	Palmitic acid	C16H32O2		16	32		2
	Palmitoleic acid	C16H30O2		16	30		2
	Parinaric acid	C18H28O2		18	28		2
	Stearic acid	C18H36O2		18	36		2
	Timnodonic acid	C20H30O2		20	30		2
	Cholesterol	C27H46O		27	46		1
	Nanoparticle - Vitamins	Formula		C	H	N	O
	Vitamin A	C20H30O		20	30		1			rigid, sharp edges; thins blood - decreases blood volume
	Vitamin C	C6H8O6		6	8		6			rigid, sharp edges; thins blood - decreases blood volume
	Vitamin D	C28H44O		28	44		1			rigid, sharp edges; thins blood - decreases blood volume
	Vitamin E	C29H50O2		29	50		2			rigid, sharp edges; thins blood - decreases blood volume
	Vitamin K	C31H46O2		31	46		2
	CoQ10	C59H90O4		59	90		4
	Thiamin  B1	C12H17N4OS+		12	17	4	1	S
	Riboflavin  B2	C17H20N4O6		17	20	4	6
	Niacin  B3	C6H5NO2		6	5	1	2			rubber; metabolite of tryptophan
	Pantothenic Acid  B5	C9H17NO5		9	17	1	5
	Pyridoxine  B6	C8H11NO3		8	11	1	3
	Biotoin  B7	C10H16N2O3S		10	16	2	3	S
	Folate  B9	C19H19N7O6		19	19	7	6
	Cobalamin  B12	C63H88CoN14O14P		63	88	14	14	Co	P	Cobalt, Phosphorus
	*  *  *  *