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100ml Carnitine

6 amps Vit C

2 ampoules B12

2 ampoules B1 B2 B6 PP (nicotinamide)

Research Use OnlyCARNITINE BIG BOY STACK BOOM!! 100ml Sterile Carnitine Solution Isotonic PH 6.4 ( Laboratory Research only ) 6 ampoule Vitamin C 500mg

3 ampoule B Complex

levels of L-CARNITINE determine the exercise capacity of muscles.

L-CARNITINE forms the essential transport system for use of fats as an energy source.L-CARNITINE may help delay muscle fatigue and improve endurance.

L-CARNITINE is essential for normal heart function.Performance horses recover more efficiently when supplemented with L-CARNITINE.

L-CARNITINE is an amino acid which helps transport fats into muscle cells. It is essential in the transport of fats into muscle cells for energy production.

The muscle levels of L-CARNITINE determine the exercise capacity of muscles.. By using fats as energy for muscle contractions, the body is sparing glycogen and delaying the accumulation of lactic acid.

L-CARNITINE delays muscle fatigue by reducing lactic acid formation, and improves performance and endurance. L-CARNITINE forms an essential part of the transport system which moves fatty acids into the mitachondria (cell furnaces) for energy production. It thus acts as a buffer by inhibiting lactic acid buildup in muscles, helping to delay fatigue and prevent Tying Up.

Demand for L-CARNITINE in high intensity exercise is often not met from the diet, as large amounts are consumed during exercise. Supplementing with L-CARNITINE results in improved energy supply, increased use of fatty acids as an energy source, decreased lactate buildup, and a significant increase in maximum work output.

L-CARNITINE is essential for normal heart function. Supplementing with L-CARNITINE improves both sprint, strength and endurance performance. High Performance athletes can rapidly run out of glycogen as an energy source, but will rarely run out of fats.

Mobilizing fats as an energy source helps prevent the accumulation of lactic acid in muscles, hence delaying fatigue and possible Tying Up, significantly improving the capacity of muscles to work harder for longer.Injection: 5 mL per 100 kg bodyweight 2 - 3 times weekly.

Higher doses correlate with increased perforanceCarnitineMeans for correcting metabolic processes; has anabolic, anti-hypoxic and antithyroid effect, activates fat metabolism, stimulates the regeneration, increases appetite. Carnitine - a natural substance, related B vitamins is a cofactor in metabolic processes that maintain CoA activity.

It reduces the basal metabolic rate, slowing the decay of protein and carbohydrate molecules. It promotes the penetration through the membrane of mitochondria and cleavage of long chain fatty acids (palmitic, and others) To form acetyl-CoA (required for pyruvate carboxylase activity in the process of gluconeogenesis, formation of ketone bodies, choline synthesis and its esters, and the formation of oxidative phosphorylation, ATP).

It mobilizes fat (3 presence of labile methyl groups) of the fat depots. Glucose competitively displacing comprises fatty acid metabolic shunt, which is not limited by oxygen activity (in contrast to aerobic glycolysis), in connection with which the drug is effective in acute hypoxia (including the brain), and others.

Critically ill. It has a neurotrophic effect, inhibits apoptosis, limiting the affected area and restores the structure of nervous tissue.

It normalizes the protein and fat metabolism, increased basal metabolism in thyrotoxicosis (being a partial antagonist of thyroxine).

It restores the blood alkaline reserve. No effect on blood clotting, reduces the formation of keto acids, increases the resistance of tissues to the effects of toxic degradation products, activates the anaerobic glycolysis, has anti-hypoxic properties, stimulates and accelerates the repair processes.

Increases the threshold of resistance to physical stress, decreases the degree of lactic acidosis and recover from a long-term exercise. This contributes to economical use of glycogen and an increase in its reserves in the liver and muscles.Indications:Ischemic stroke (in the acute, recovery period), transient ischemic attack, encephalopathy, traumatic and toxic brain damage.

Enhance the effects of ANABOLIC STEROIDS.VITAMIN C (Ascorbic acid) INJECTION VITAMIN C is essential to normal joint cartilage maintenance and repair.

VITAMIN C acts to reduce stress and improves cardiovascular function.Vitamin C is essential in the synthesis of L-Carnitine.

VITAMIN C is a major antioxidant to neutralise free radicals.VITAMIN C enhances tissue healing and growth.VITAMIN C improves immune function and acts as an anti-inflammatory agent.

VITAMIN C is essential in the maintenance and repair of joint cartilage.

Vitamin C is an essential coenzyme in certain metabolic processes, particularly in the metabolism of the amino acids Tyrosine and Phenylalanine, collagen synthesis in ligaments, tendons and joint cartilage, synthesis of L-Carnitine, red blood cell formation, and modulating immune responses, as well as in the maintenance of healthy skin. It is also essential in the conversion of Folic acid, and in promoting the absorption of Iron from the gut.

Vitamin C has a role in the metabolism of certain steroid hormones, and high levels of Vitamin C are found in the Adrenal gland in times of stress.VITAMIN C has a major role as a potent antioxidant to remove toxic free radicals produced during hard physical exercise.

Vitamin C enhances tissue growth and wound healing, acts as a major antioxidant to neutralise free radicals, improves immune function and response, especially under stress , acts to reduce stress, and is critical in the maintenance and repair of joint cartilage and tendons.VITAMIN C is critical and essential in the maintenance and repair of joints and joint cartilage, synthesis of collagen, proteoglycans and other joint components, tooth, bone, skin and blood vessel maintenance, and in the healing and repair of wounds, burns and fractures.

Like the B Complex vitamins, Vitamin C is water soluble, and is not well stored in the body. It is rapidly absorbed and equally as rapidly excreted, so must be supplemented on a regular basis.

Vitamin & Nutrient Interactions: There are close interactions between many essential nutrients. Some of these relationships are extremely complicated, such as the close interaction between Vitamin E and Vitamin B12, calcium, magnesium, Vitamin C, iron, Vitamin A and zinc.Using large doses of Vitamin C also increases requirements for Vitamin B6, Vitamin B12, zinc, folic acid, and choline.As a water soluble vitamin, Ascorbic acid must be supplemented regularly two to three times weekly.

In humans, ascorbic acid can be present in three forms, such as: • L-ascorbic acid - reduced form; • Dehydroascorbic acid - oxidized form; • Ascorbigen - plant form. In the form of L-ascorbic acid substance has the most severe vitamin activity. The form of vitamin ascorbigen stored in association with proteins, nucleic acids DNA and flavonoids. A dehydroascorbic acid is a kind of reserve, as of this form it can be restored to L-ascorbic acid or ascorbigen, and used for the needs of the cells of various organs and systems.

This vitamin is unstable to temperature, so that the cooking process (a thermal treatment, such as boiling, stewing, toasting, etc.) leads to its partial or total destruction, depending on duration and aggressiveness used to form products of thermal processing.

Therefore, the products subjected to heat treatment, contain much less vitamin C compared to fresh. Vitamin C is an essential substance for humans, monkeys, guinea pigs and bats, because these kinds of living organisms can not synthesize its own, so that should definitely get it with food in sufficient quantity.

Other animals are able to synthesize ascorbic acid from glucose and therefore, this substance is not indispensable for them. Vitamin C is able to accumulate in the body, and all the excess amount, arrived with food or vitamin supplements, is excreted in urine and feces within a short period of time. That is why even the minimum depot ( "stock") is not generated in the human body the vitamin C, so that it is necessary with a daily intake of food.

Ascorbic acid increases the body's resistance to various infectious diseases, normalizes the permeability of vascular wall of veins and arteries, and has a detoxication effect.

The strongest effects are ascorbic acid when it is combined with the admission of other vitamins. At deficiency (hypovitaminosis) ascorbic acid, the following symptoms may develop in humans: • Bleeding gums ; • Swelling of the face; • Bleeding in the structures of the eye; • Prolonged healing of wounds ; • Low resistance to infectious diseases; • Hair loss ; • Bleeding from the nose. With virtually no receipt of ascorbic acid in the body a person develops scurvy (scurvy), manifested by severe bleeding from the gums, tooth loss, depression , lack of appetite and anemia .

The biological role of vitamin C Vitamin C is a cofactor for many enzymes, provide flow of a variety of biochemical reactions which occur during the synthesis and activation of various biologically active substances.

To understand the role of vitamin C, it is necessary to know what enzymes are and what is their function in the human body. Thus, the enzymes are substances of protein nature, have the property to ensure the flow of various biochemical reactions in the body. And each enzyme provides a flow of a series of well-defined reactions.

That is, for a cascade of biochemical reactions requires several enzymes, each of which provides a flow of a single reaction. A process as in any organism (e.g., digestion, protein synthesis, DNA, blood cells, and the formation of amino acids, iron absorption, emission of epinephrine , etc.) provided by a cascade of biochemical reactions, the role of the enzymes can not be overemphasized.

In other words, without the presence of active enzymes full human body can not function normally. Each enzyme consists of two structural parts - the cofactor and protein. Protein is a portion of the inactive enzyme needed to join it could cofactor and substances involved in the biochemical reactions. A cofactor (coenzyme) is, on the contrary, the active part of the enzyme, which actually provides the reaction.

Cofactor of various enzymes are vitamins and minerals. Accordingly, vitamin C is also a cofactor for some enzymes provide flow of biochemical reactions. And it is in the working of enzymes and is the biological role of ascorbic acid. The use of ascorbic acid Use of vitamin C due to the effects of the biochemical reactions that occur under the action of enzymes, to which it is included as a cofactor.

As cofactor enzymes, ascorbic acid provides the following effects: • It accelerates collagen - the main protein of connective tissue, which provides elasticity and flexibility of the various tissues, including the skin; • Involved in the synthesis of catecholamines (adrenaline, noradrenaline, serotonin ), and steroid hormones ( estrogen , testosterone , etc.); • It has detoxifying effects, that is, inactivates and promotes excretion of various human poisonous (toxic) substances, such as the components of cigarette smoke, carbon monoxide, snake poison, etc .; • Has an antioxidant effect, i.e., to protect against damage proteins, nucleic acids, phospholipids of cell membranes, lipids and fat-soluble vitamins from the destructive effects of reactive oxygen species; • A beneficial effect on the liver ; • Activates the work of the pancreas ; • Participates in tissue respiration; • It participates in the metabolism and absorption of intestinal folic acid , and iron; • It improves the immune system, thereby increasing the body's resistance to infectious diseases; • It regulates blood clotting; • It normalizes the permeability of capillary walls; • It participates in the formation of red blood cells ; • It has a mild anti-inflammatory or anti-allergic effect; • It accelerates the process of restoration of normal tissue structure after their injuries.

Since vitamin C at the same time involved in the process of production of adrenaline and noradrenaline, as well as the deactivation and removal of toxic substances, it is the main factor of the human body protection from the effects of stress . The fact that vitamin C promotes the development of adrenaline, a stress required for high rates of reaction, and also muscle strength and endurance. However, under the influence of adrenaline in tissues accumulate large amounts of toxic substances formed as a result of rapid and intensive flowed metabolism. A vitamin C promotes the removal of toxic substances from the body data.

Thus, ascorbic acid provides adequate and the body's response to stress by participating in the development of adrenaline, and at the same time removing the toxic substances formed during metabolism active, running and supported by adrenaline. Also, vitamin C improves the absorption of calcium and iron from the digestive tract and removes from the body of copper, lead and mercury. Due to the antioxidant effect of vitamin C is blocked the oxidation of cholesterol and low density lipoprotein (LDL), which, in turn, prevents the development or progression of atherosclerosis .

Since ascorbic acid is involved in the oxidation of the amino acids phenylalanine and tyrosine, as well as in the synthesis of serotonin from tryptamine, it is necessary for the normal functioning of the brain and the cortex of adrenals . After all, these bodies for their work need serotonin, phenylalanine and tyrosine. Additionally, ascorbic acid is involved in the synthesis of collagen, which provides not only the elasticity, smoothness and elasticity of the skin , but also the normal vascular permeability. When vitamin C deficiency collagen becomes defective, which in turn leads to damage to blood vessel walls, and hemorrhagic syndrome manifested (bleeding of gum mucous membranes of the nose, etc.). Increased resistance to infectious diseases is provided by increasing the activity of T- lymphocytes . Furthermore, it should be mentioned separately that ascorbic acid provides the entry of glucose into liver cells and, therefore, its deposition. Because vitamin C supply of glucose is created in the liver, which can be spent in case of need, such as stress, hunger, etc. Vitamin C also inactivates nitrosamines contained in foods, thereby reducing the risk of developing cancer of the stomach and intestines. In general, there are currently a large number of scientific papers, which proved the feasibility of ascorbic acid for the prevention of cancer Symptoms of deficiency of vitamin C in the body Currently, there are two variants of vitamin C deficiency in the body - it hypovitaminosis and avitaminosis. In fact, vitamin deficiencies and vitamin deficiency may be different stages of the same process - namely, inadequate intake of vitamin C in the body. Moreover, in this case developing hypovitaminosis first, and then, if the diet food does not change after 4 - 6 months beriberi already formed. If hypovitaminosis in the human body receives a daily amount of vitamin C, which, however, are insufficient to meet all its needs. That is, the person does not receive the necessary amount of vitamin C it, so that it is constantly experiencing disadvantage. In this situation, the person has a number of unspecific symptoms which are usually taken for symptoms of cold , fatigue at work, the effects of stress, malnutrition, etc. In this state, ascorbic acid, vitamin deficiencies a person may be years. Hypovitaminosis very widespread among the population of the CIS countries, which is mainly due to such factors as a lack in the diet of fresh vegetables, fruits and berries throughout the year, as well as the thermal processing of products in the preparation of various dishes, during which most of the vitamin C is destroyed. When vitamin deficiency receipt of ascorbic acid in the body is almost completely absent, ie, the person receives a meager amount of vitamin, or not getting it at all. And it is this different from beriberi hypovitaminosis. Symptoms of beriberi develop and manifest themselves gradually, not at once, because the body needs for its use of ascorbic acid, existing in its own tissues. When the content of vitamin C in the tissues of various organs is reduced to almost zero, it occurs unwrapped phase of beriberi, which is a disease called scurvy (scurvy). From inception to the development of scurvy beriberi usually takes 4 to 6 months. This means that the available amounts in the tissues of the human body vitamin C is enough only for 4 - 6 months. Hypovitaminosis and ascorbic acid deficiency disease manifested by the following symptoms: • Bleeding gums; • Gum swelling buds located between adjacent teeth; • Reel and tooth loss; • Education bruises even with minor injuries (for example, a random punch or kick on the furniture, carrying bags weighing more than 2 kg on the upper arm or shoulder, etc.); • Hemorrhagic rash on the skin (small red spots, which are petechial hemorrhages); • Hyperkeratosis with papules with blood whisk (dry and rough scales that cover different areas of the skin, combined with small dense protruding nodules having on the red rim around the perimeter); • Repeated bleeding from the nose or genital tract of varying severity and frequency; • Bleeding into the skin, muscles, joints and internal organs; • Prolonged wound healing; • Frequent colds; • Anemia; • Low body temperature (hypothermia); • Pale, dry lips, painted in bluish color; • Hair loss; • Dryness of the skin ; • Lethargy; • Drowsiness ; • Irritability ; • Slow performance; • The feeling of faintness; • Pain in the joints (arthralgia); • Discomfort in various parts of the body; • Depression.All of these symptoms are also characteristic of vitamin deficiencies, vitamin deficiency and ascorbic acid. However, when vitamin deficiency in humans there are all these symptoms, and only a few at a hypovitaminosis. And when hypovitaminosis occurs first appearance of several symptoms, followed by the consumption of the existing tissue of vitamin C are joined by others. In periods of increased intake of vitamin C in the body of the symptoms of hypovitaminosis passes, then the deterioration of quality of diet they come back again. Furthermore, when hypovitaminosis, unlike beriberi, clinical symptoms can vary, for example, gums bleed when only strong pressure tight toothbrush or light touch dense foods ( apples , pears , etc.), Etc. Naturally, the severity of the symptoms of vitamin deficiencies, the stronger the greater the vitamin deficiency is present in person.Today, normal content of ascorbic acid concentration in the blood is considered 23 - 85 mmol / l. If the content of vitamin C in the blood is in the range indicated, then no human hypovitaminosis or hypervitaminosis. Hypovitaminosis diagnosed ascorbic acid concentration in the blood is below 11 mmol / l, and hypervitaminosis - above 100 umol / l.Vitamin B1/Thiamine Deficiency SymptomsThe clinical signs of a thiamine deficiency include:Anorexia or rapid weight lossPoor appetiteColitisOngoing digestive problems such as diarrheaNerve damageNerve inflammation (neuritis)FatigueDecrease in short-term memoryConfusionIrritabilityMuscle weaknessMental changes such as apathy or depressionCardiovascular effects such as an enlarged heartVitamin B6 deficiency in adults may cause health problems affecting the nerves, skin, mucous membranes, and circulatory system. In children, the central nervous system is also affected. Deficiency can occur in people with kidney failure complications, alcoholism, liver scarring, overactive thyroid, problems with absorbing nutrients, and heart failure, as well as those taking certain medications. Mild deficiency of vitamin B6 is commonCFatigueThere is some evidence that vitamin B12 injections given twice weekly may improve the general well-being and happiness of people complaining of tiredness or fatigue. Further studies are needed before a conclusion can be made.CFractures (prevention)Some evidence suggests that a combination of vitamins including vitamin B12 may help prevent fractures. More research is needed.CHigh cholesterolSome evidence suggests that vitamin B12 in combination with fish oil may be better than fish oil alone when used daily to reduce cholesterol and triglyceride levels. More studies are needed before a conclusion can be made.CImerslund-Grasbeck diseaseVitamin B12 injections may be effective for treating a hereditary form of vitamin B12 malabsorption (Imerslund-Grasbeck disease). Further research is needed to confirm these results.CJoint pain (elbow)Preliminary research suggests that vitamin B12 may be effective for elbow pain,CMental performanceIncreased homocysteine levels have been associated with lower mental testing scores. However, there was a lack of association between low vitamin B12 blood levels and mental decline, Alzheimer's disease, or dementia.CShaky-leg syndromeClinical reports show that shaky-leg syndrome may be due to vitamin B12 deficiency.CSickle cell diseaseEarly study suggests that a daily combination including folic acid, vitamin B12, and vitamin B6 may reduce endothelial (cells lining vascular walls) damage in people with sickle cell disease.CSleep disorders (circadian rhythm)Taking vitamin B12 by mouth lacked any effectiveness for treating delayed sleep phase syndrome. Giving vitamin B12 with bright light therapy may be helpful for adolescents with circadian rhythm sleep disorders. More research is needed in this area.DLung cancerOne study found an increase in lung cancer in people with heart disease in Norway whom were taking vitamin B12 and folic acid. More research is needed to better understand this relationship.Uses based on tradition or theoryThe below uses are based on tradition or scientific theories. They often have not been thoroughly tested in humans, and safety and effectiveness have not always been proven. Some of these conditions are potentially serious, and should be evaluated by a qualified healthcare provider.Aging, AIDS, allergies, amyotrophic lateral sclerosis, asthma, autism, bleeding, blood clots, chemotherapy side effects, chronic fatigue syndrome, diabetes, energy level enhancement, growth disorders (failure to thrive), immunosuppression (decrease in immune function), improving concentration, inflammatory bowel disease, kidney disease, Leber's disease, liver disease, male infertility, malignant tumors, memory loss, mood (elevate), mouth and throat inflammation (atrophic glossitis), mental disorders, movement disorders (tremor), multiple sclerosis, myoclonic disorders (spinal myoclonus), neural tube defects, periodontal disease (dental and mouth disorders), prevention of pregnancy complications, protection from tobacco smoke, ringing in the ears (tinnitus), skin disorders (seborrheic dermatitis), skin pigmentation disorders (vitiligo), seizure disorders (West syndrome), tennis elbow (tendonitis), thyroid disorders (increased thyroid hormone).

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