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Bioenzym 2G
REDUCING RISKS; REDUCING INFLAMMATION-RELATED COMPLAINTS.
IMMUNOCELLULAR ANTI-INFLAMMATORY COMPOUND
Summary
Each cell and each tissue has its own activity, which entails continuous changes in the biochemical state thereof. At the base are enzymes, which have the power to catalyse, facilitate and speed up certain synthetic and analytic processes. It is genes themselves that regulate enzyme production; therefore, genes, and enzymes can be considered as the fundamental units of life.
Life is, in summary, a chain of enzymatic processes, from those that have the simplest materials as substrates, such as the water (H2O) and carbon dioxide (CO2) present in plants to form carbohydrates, to the most complicated ones that use very complex substrates.
Without enzymes, life as we know it would not be possible. The same as the biocatalysis that regulates the speed at which physiological processes take place, enzymes carry out definitive functions related to health and disease. Such that, in a healthy system, all physiological processes take place in an orderly fashion and homeostasis is conserved. During pathological states, the latter can be profoundly disrupted. For example, the serious tissue damage that is characteristic of liver cirrhosis can notably deteriorate the property of cells to produce enzymes that catalyze key metabolic processes, such as the synthesis of urea. The inability of cells to convert toxic ammonia to non-toxic urea is followed by ammonia intoxication and, ultimately, hepatic coma. A set of rare, but often debilitating and even fatal, genetic diseases provides other examples of the drastic physiological consequences that can result from the deterioration of enzyme activity, even it is of a single enzyme.
Following serious tissue damage (for example, a pulmonary or myocardial infarction, crushing of a limb) or following unbridled cell multiplication (for example, prostate cancer), the enzymes inherent to specific tissues pass into the bloodstream. Therefore, the detection of these intracellular enzymes in the bloodstream provides doctors with valuable information for diagnostic and prognostic purposes.
Bioenzym 2G is a new combination of embryonic tissues, enzymes and active substances that, in addition to vitamins and trace elements, also contains genistein, lycopene, epigallocatechin gallate, lapacho and other components derived exclusively from natural substances. A special manufacturing process ensures that the different active ingredients in the enteric-coated tablet do not lose their potency and do not react among each other. The different active ingredients come in various time-release packagings, allowing the various active ingredients to be released at different times in the gastrointestinal tract. This favors the absorption of the various active ingredients in the bloodstream, and enhances their bioavailability.
