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LAEVOROTATORY LACTIC
ACID LEVEL &
DEXTROROTATORY LACTIC
ACID LEVEL

OVERVIEW EXPLANATION

Laevorotatory lactic acid is a By-product of a process to generate energy from transformed cells and will result in an ever increasing population of transformed cells. Elevated lactic acid levels is an indication that a growing Cancer Cell population is present whilst low levels are associated with the presence of few cancerous cells.

DETAILED EXPLANATION

Laevorotatory lactic acid (lLA), an optical isomer of the dextrorotatory lactic acid, is a By-product of Anaerobic Fermentation (i.e. the utilisation of glucose without oxygen) that has occurred in the transformed cells to generate energy. Toxic laevorotatory lactic acid has an ability to increase cell division (the mitotic rate) which will lead to the unrestricted division that is typical of transformed cells. This assay is designed to evaluate the presence of Hypoxic (i.e. deficient in oxygen) transformed cells.

High levels of lactic acid indicate the presence of a Cancer Cell population which is growing under the deprivation of oxygen and adrenaline but with an abundance of glucose availability in the cells. Low levels indicate the presence of a few transformed Hypoxic cells.

Dextrorotatory lactic acid (dLA) is a By-product of Anaerobic Fermentation that has occurred in normal cells, for example in the muscles, to generate energy. A large proportion of dextrorotatory lactic acid which is produced is used by the liver for the Synthesis of glucose. Circulated in the blood dLA stimulates adrenaline production, positively influencing the acid-alkali balance in the Organism and an increase in Metabolism which promotes cell respiration and the elimination of pathological, acidic metabolic products from the tissue and the bone. This assay is designed to evaluate glycolysis, e.g. the process of energy generation from glucose which can occur in virtually all cells in the body.

High levels of dLA indicate that there is a risk of impairing acid-alkaline Homeostasis and some brain functions. Low levels indicate the risk of an accumulation of toxic acidic metabolic products in the tissue and the bone, as well as an elevated calcium level in the blood.

APPLICATION

This assay will provide extremely valuable and accurate information relating to all forms of cancer.
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