The human iris can be seen in a number of different colors, although there are only two basic iris colors, blue and brown.
It seems more than ever, through marriages of both races in the world that are likely to see a genetic mix of colors. There are many cases where drug and toxic settlements in the body, can make the color of the iris appear different from its base predominant color. It is difficult to determine what type of inorganic drug has settled into a weak tissue specific because many drugs and chemicals used in the world today compared to last 100 years.
Signs of certain drugs such as quinine, iron and tar products coal have realized about two months after administration, but other metal poisons such as mercury, lead or Plumbum, it usually takes up to one year to show in the iris. These signs of drugs that are shown in the iris indicate the amounts of the drug is not the system has failed to eliminate the quantities of drugs consumed.
Central Heterochromia
A highly pigmented area around the pupil appears and spreads outwards towards the edge of the iris. This type of pigment may not be relevant for the analysis of the iris, unless it spills over the rim indicating the yeast overgrowth syndrome. Terms of gastric sub-acidity hypochlorhydria may also be indicated. A common sign found in bile formation.
Sectoral Heterochromia
A term when given to a part of the iris diaphragm is genetically pigmented, usually in a section. This is very rare and has no significant meaning far.
Here are how drugs, compounds and elements identified in the iris
Brown pigment in the iris indicates a liver or pancreas problem.
Brown (TAR) of the pigment is usually seen in diabetes. This pigment is the result of either the liver is not producing enough detoxification or Inappropriate trypsinogen (which breaks down proteins) by the pancreas.
Brown / red pigment in the iris indicates a pancreas problem.
Fuchsin Pigments Pigments are yellow brown on the liver / gallbladder and the area of the head of the pancreas. This type of pigment usually indicates a gallbladder dysfunction. Fuscins, substances that are developed during the degradation of hemoglobin and its derivatives in the liver.
Lattice pigment a network structure with a large mesh and irregular marginal edge. It is black / brown in color and occurs rarely. It is very large and often covers part iris the ciliary margin of the labrum. The pigment network indicates a predisposition to diabetes, chronic liver disease and tumor formation.
Orange / Yellow pigment inside the rim indicates a problem with the metabolism of proteins and shows putrefaction of proteins. When viewed outside the bun renal dysfunction shown.
Pancreas The pigments are brown spots that appear to "float" on top of the structure of the iris. His position is not significant.
Dark pigmentation spots are brown spots that appear at random throughout the iris. These indicate a malfunction of the liver and pancreas. High or under conditions of blood sugar should be suspected.
Pink / yellow pigment in the iris outside the rim indicates a kidney problem.
Red / yellow of pigment in the iris indicates a pancreas problem.
Rufin pigments are red pigments and when seen in the area of cross-vascularized liver liver may indicate liver cancer.
Yellow / pink pigment in the iris outside the rim indicates a kidney problem.
Yellow pigment associated with kidney and digestion and usually develop in the lymphatic iris type or by a high consumption of meat products. yellow pigment may develop in the kidney area or in the intestinal tract.
Yellow / orange pigment in the iris inside the rim indicates a problem with protein metabolism.
Black hair pigment clearly seen as a patch of black hair pigment on the surface of the iris. This sign appears especially in the middle or peripheral ciliary zone. The pigment of the hair black can indicate cancer of the glandular organs.
Black pigment when viewed in isolation is said to indicate cancer in the area concerned.
Candida overgrowth syndrome in the iris pigment seen as a brown pigment extending from the pupil and spills over the rim produce a central heterochromia. This indicates abnormal overgrowth of candida albicans.
It seems that people with brown eyes have a family history that goes back to more southern climates, while blue eyes have a history of family history in northern climates.
It has been observed that people with brown eyes seem more subjects also gland and blood-related disorders, while blue eyes seem to be subject also lymphatic catarrhal disorders and acids.
Other pigmentation indicates reduced localized and specific functional capabilities of organs or increased susceptibility to stress. Some examples are:
Straw Yellow – Kidney
Orange – pancreas and liver
Fluorescent orange – the gallbladder, pancreas and liver
Brown (light, medium and dark, reddish) – Liver
Black / Tar – Pre-cancerous liver
One of his eyes with a white or bluish-white iris is also known as Alaska
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