We live in an achievement-oriented, accelerated and utterly polluted world. Adaptation to all this overstrains human body, as it requires significant excess performance. It is true both physically and mentally, and may be connected to everyday living as well as competitive sports. But it also involves the regeneration and self-defending abilities of the body, as it should recover after increased strains, as well as fight excessive environmental burdens.
Every process necessary for it take place in metabolism. We are talking about breakdown, building, energy producing, defensive and restoring processes. The active agents of food should be broken up sufficiently, and quickly produce energy from them for the functioning of muscles and the nervous system, and build muscles of optimal performance. And in the meantime immune system should ward off the attacks of foreign organisms; detoxification system should neutralize harmful effects of toxins, the natural ones produced during metabolism as well as those which are formed by millions due to irresponsible human activity. But restoring mechanisms should also work effectively, which are destined to restore damaged cells. It is a much debated question that how much these processes can be influenced by vitamin supplementation. Do we need vitamin supplementation at all, and if so, does it make sense to have mega doses for better results?
The above mentioned processes occur by effect of enzymes, which can regulate processes only in presence of some kind of vitamin or mineral (coenzyme). Coenzymes are usually molecules belonging to the B group; therefore we can state that vitamin Bs are among the most important metabolism-regulating substances. Partial or complete deficiency of any of them lead to the development of serious diseases.
B vitamins enter the body with food. It is true that some of them are produced by intestinal bacteria as well, and in small amounts they can be absorbed from the colon, but it is very little, even under normal circumstances. It is a basic rule that body needs vitamin B in an amount that is sufficient for the activation of enzymes necessary for all the substances to be processed as well as for every process to be regulated. However this enzyme amount is much larger than it was in “happy peacetime”, as the material to be processed is much more (it is enough to consider that besides food, there are more than 6 million kinds of substances that bombard our body day by day) but due to their aggressiveness they put an extra burden on detoxifying and eliminating processes. Therefore the physiological minimum vitamin amount determined years before is no lo longer enough. Nowadays it is only sufficient for minimal functioning of physiological processes and to prevent the development of lethal metabolic disorders (minimal defense). However our physiology should work “optimally” – often “maximally” – for effective health preservation and peak achievement, which can be made only by a certain degree of vitamin “oversupply”, in order that every protein that can be turned into enzymes find an activating coenzyme.
This is the explanation why skilled reform dietecians recommend vitamins in mega doses. We should note that – the thing of which many people, many times, even “experts” are afraid – vitamin Bs cannot be overdosed, as being water soluble substances, the excess gets eliminated (that is the reason why modern preparations are formulated with time-released technology, in order vitamins are absorbed evenly during the day, and get not emptied too early.) However “vitamin underdosage” causes unpleasant symptoms (skin, nervous, digestive and immune system symptoms, myasthenia, generally decreased performance).
Besides biochemical reasons, the recommendation of taking mega doses of vitamin has interesting experimental bases as well. Applying large doses beneficial effects may present in the patient that could not have been predicted knowing the physiological functions of the vitamins. The most important effect is the significant analgesic effect in case of neuralgic (accompanied by neuralgic pain) diseases (lumbago, sciatica, shingles, rheumatic bone and muscular pain).
Some words about the most important vitamin Bs, which are included in every modern formula:
Vitamin B1 (thiamin) plays an important role primarily in carbohydrate metabolism. Inadequate thiamin intake results in decreased appetite, myasthenia, neurasthenia, neuritis, edemas, immune disorders, cardiac weakness, reduced performance of athletes. We need more of it in case of a diet rich in carbohydrates, alcohol dependence, intensive sporting and increased stress.
Vitamin B2 (riboflavin) is important for cell respiration. In takes part in protein synthesis, energy production, breakdown and building up of fats, and promotes iron absorption. Its deficiency causes skin inflammations, anemia, immune disorders, nerve damage, and dimness in crystalline lenses. Intensive sporting activity and excessive stress increases the demands.
Vitamin B3 (nicotinamide) is also necessary for cell respiration. It participates in energy production, in breakdown and building up of fats. Its deficiency results in a gastrointestinal, nervous disease called “pellagra” which causes skin symptoms. It reduces cholesterol and triglyceride levels, protesting from arteriosclerosis and it s consequences (hypertension, infarction, stroke, thrombosis, embolism, renal insufficiency). Experience shows that it is beneficial in case of migraine as well, as it has vasodilatory effects. Intense physical activity increase B3 demands.
Vitamin B4 (folic acid) is one of the vitamins needed for blood formation, it participates in the metabolism of amino acids and nucleic acids, promotes the absorption of iron. Its deficiency causes anemia, general weakness and damage to the fetus as well. Taking contraceptives increase B4 demands.
Vitamin B5 (Panthotenic acid) is crucial for metabolism. Its deficiency causes general metabolic disorders, accompanied by muscles, nerve, skin, gastrointestinal and immune symptoms. It is also known as antistress vitamin, as it plays an important role in the synthesis of the hormone cortisol produced by adrenal glands that coordinates the stress response of the body.
Vitamin B6 (pyridoxine) is a molecule of key importance in protein metabolism. As almost every bodily function requires proteins, its complete deficiency would result in general breakdown. Increased protein intake and physical activity increase demands, so athletes and physical workers need more than the average. In case of inadequate intake muscles become weak and deteriorated. It is a natural diuretic and experience shows that in large doses it significantly alleviates migraine and unpleasant symptoms accompanying menstruation (depression, edema, irritability, swollen breasts and headache). It is also known for its effect against oxalate kidney stones.
Vitamin B7 (biotin) participates in carbohydrate and fat metabolism. If it is available in small amounts, the results are skin inflammation and hair loss. It prevents graying, and is also effective in treating baldness. Massive physical strain increases its demand as well.
Vitamin B10 (para-amino-benzoic acid) is needed for blood formation and absorption processes. Its deficiency results in premature graying and eczema.
Vitamin B12 (cobalamin) is also the vitamin of blood formation. Its deficiency results in anemia, general weakness, symptoms of the nervous system, mood swings, and memory disorders. Vegan diet and taking contraceptives increase the demand.
There are other substances belonging to the B group (choline, inositol), whose liver protecting and fat burning abilities also contribute to the preservation of health and tolerating the excess strain.
Warnings, contraindications, side effects:
- The formula has no known side effects in the recommended dose, but individual sensitivity to its active agent may occur.
- Persons suffering in chronic diseases requiring constant medical supervision should in any case consult their doctor before they start taking the formula.
- The formula colors the urine yellow, which is natural and is due to vitamin B2 being emptied.










