Tuesday, July 2, 2019

KAL? Magnesium Glycinate 400 mg | Vegan, Chelated, Non-GMO, Soy, Dairy, and Gluten Free | Extra Value Size | 100 Servings | 200 Tablets



KAL? Magnesium Glycinate 400 mg | Vegan, Chelated, Non-GMO, Soy, Dairy, and Gluten Free | Extra Value Size | 100 Servings | 200 Tablets
KAL? Magnesium Glycinate 400 mg | Vegan, Chelated, Non-GMO, Soy, Dairy, and Gluten Free | Extra Value Size | 100 Servings | 200 Tablets


Magnesium during pregnancy, its role, lack of magnesium



Pregnancy - perhaps the most important period in the life of any woman. From the moment of pregnancy, the expectant mother is responsible not only for her life, but also for the health of the unborn baby. At this stage, the main task of the future mother is to create such conditions for the development of the child so that he does not feel the lack of any elements, since the lack of certain substances may adversely affect the formation of organs and systems of the little man growing inside her. Magnesium during pregnancy is one of the most important trace elements, the lack of which can cause late toxicosis, which is dangerous for life and health of both mother and child.
The role of magnesium

During childbirth, the body's need for magnesium increases one and a half times, as well as in the subsequent lactation period. During pregnancy it is necessary to increase the amount of all the vitamins and minerals entering the body, but in this article we will focus on Mg, as one of the most important trace elements.

It takes part in metabolic processes, helps in the formation of the skeleton, muscles, immune and nervous system. The element is also important for the normalization of the process of transmission of nerve impulses to the muscle tissue, for relaxing the muscles, relieving their tension. Invaluable effect of Mg on the activity of the nervous system.

Scientists have proven that this mineral helps in the transfer of genetic material from parents to children and is involved in the formation of the DNA molecule. That is why the reception of the mineral can be assigned to a woman before conception.

Even after the appearance of the embryo in the uterus, the action of magnesium is aimed at ensuring the normal functioning of the placenta, through which throughout the pregnancy the baby receives the necessary elements from the mother's body.

Other functions of Mg, which are important not only for pregnant girls, but also for children, women and men of all ages, experts call:

obstruction of the formation of sand and stones in the kidneys and gall bladder;
does not allow blood clots to form;
removal of toxins, cholesterol, bile and slags;
acceleration of tissue renewal processes;
excretion of the hormone adrenaline, intensively produced in stressful situations;
strengthening the nervous system;
stimulation of muscle growth;
activation of the bowels;
blood glucose control.

In addition, magnesium normalizes blood pressure, strengthens the immune system, stimulates the heart muscle.

In the body of an adult, the concentration of the element can reach 29 grams, depending on body weight. Its greatest amount is contained inside the cells, in the bone tissue and teeth. The acute need for it is experienced by the cells of the brain, liver, kidneys, heart.
Magnesium deficiency during pregnancy

Magnesium deficiency in the body is expressed by a number of symptoms. You can not talk about the presence of hypomagnesemia (lack of Mg) in the presence of only one of the signs of pathology. Diagnosis is possible only on the basis of analyzes and the overall clinical picture.

Mineral deficiency can be expressed by the following symptoms:

regularly rising blood pressure;
cramps and muscle spasms;
fragility, brittle nails and hair;
deterioration of the teeth;
hormonal disruptions and disorders in the functioning of the endocrine system in women, painful PMS;
heart failure, pain and seizures;
pains appearing in the joints and muscles during an abrupt change in the weather.

Most of all, the lack of Mg is reflected in the normal functioning of the nervous system. A person suffering from hypomagnesemia, complains of depressive and anxiety, insomnia, headaches, loss of concentration, memory impairment, nervousness, irritability, fatigue, irascibility.

For women who are in an interesting position, pathology is more dangerous several times. The presence of such a diagnosis can provoke serious violations in the development of the fetus and, in the early stages, cause pathological changes in the formation of the heart and the musculoskeletal system. Also, a lack of Mg can trigger a miscarriage or cause premature labor.

If an insufficient amount of a mineral enters the body, then the body begins to fill the deficit as it can, taking the element from those organs where it is located most of all. These are bones and teeth. As a result, they become brittle and fragile. Therefore, often pregnant women, as well as nursing mothers, complain of tooth decay.

In the later stages of pregnancy, 30-40 weeks, hypomagnesemia can lead to preeclampsia. This complication can manifest itself in the form of high blood pressure, loss of protein during urination, edema, seizures.

Also, magnesium deficiency can cause complications in the process of delivery, as it has a negative effect on muscle activity. Muscles become less elastic, their normal contraction is disturbed, and therefore the risk of injuries during childbirth for both mother and child increases.
How to determine magnesium deficiency during pregnancy

During pregnancy, hypomagnesemia is manifested by abnormalities in the work of many organs and body systems.

Muscle cramps . This symptom often occurs in expectant mothers. It is expressed in pains in the lumbar region and legs, especially cramps in the calf muscles. As a rule, they occur at night, when a woman’s legs are in one position for a long time. Also not excluded complaints of discomfort in the cervical spine. In addition, involuntary contraction of the uterus muscles is possible, which is accompanied by lower abdominal pain. Increased uterine tone can lead to abortion in early pregnancy and premature delivery in the later stages.
Disorders of the nervous system . Mood swings are peculiar to any girl while the baby is waiting. This is due to changes in the hormonal background and experiences about the life and health of the child. Against the background of a lack of Mg, the psycho-emotional state of a woman is changing for the worse. Nervousness and tearfulness appear, working capacity decreases, memory and concentration deteriorates, sleep is disturbed.
Changes in the cardiovascular system . With a lack of Mg during pregnancy, problems such as high blood pressure, headaches and dizziness arise. Against this background, the fluid is retained in the body of the expectant mother, and swelling of the legs appears. Arrhythmias and soreness in the heart area are also possible. It is not excluded the violation of the vessels, as a result of which the blood flow to the extremities slows down.
Effects on the organs of the gastrointestinal tract . Hypomagnesemia is almost always accompanied by disorders in the digestive system. Therefore, problems with the chair and flatulence - constant satellites are pathologies.

During pregnancy, the element plays a large role in the body of the future mother. In addition, he is involved in the formation of the placenta, Mg is necessary for the structure of protein structures in the body of the baby, the creation of its nervous system. Mineral increases the stress resistance of the woman herself and participates in the regulation of uterine tone.

Consequences of hypomagnesemia may be premature maturation of the placenta, gestational diabetes mellitus, disturbances in the process of childbirth, the threat of miscarriage and premature birth.

During pregnancy, the uterus and placenta become the organs with the highest magnesium content.
Daily dose of magnesium for pregnant women

Depending on the age, a person needs a different dose of magnesium. For adult women and men, the daily dosage is 300-350mg of the element. A pregnant woman, as mentioned above, the need for a trace element increases by half. That is, the expectant mother should receive 450-500 mg of the substance daily. Mothers who are breastfeeding need the same amount.
Ways to get magnesium

The expectant mother should receive most of the necessary substances during pregnancy from natural products, that is, from water and food.
Food

The leader among products with a high content of Mg is food of plant origin. But women carrying a child should be careful about using them. Some of them can lead to disruptions in the digestive system. In addition, they all contain a large number of calories. This can lead to weight gain, which will be difficult to get rid of after the birth of a child. Also, some products are not recommended for people with diseases of the gastrointestinal tract.

Pumpkin and sunflower seeds.
Wheat bran.
Roasted sesame seeds.
Peanuts and nuts (almonds, cashews, pine nuts, hazelnuts).
Wheatgrass.
Oat and cornflakes.
Cocoa powder.
Buckwheat.
Halva.
Sea Kale
Bitter chocolate.
Brown rice
Red caviar

When consuming foods with a high content of trace elements, it is worth remembering that excess Mg is also harmful to the body, as well as its lack. Therefore, you need to be careful and at least approximately control the amount of incoming substance.
Magnesium mineral water

This element is contained in any mineral water, but in different quantities. In any case, ordinary mineral waters, regardless of whether they are medicinal, medicinal or table, contain Mg in a fairly low concentration. To compensate for the lack of minerals in the body, such water is indispensable.

But recently mineral water of the newest development “Magnium” appeared on the Russian market. The uniqueness of its composition lies in the emphasis on magnesium. It is produced in accordance with GOST and has all the necessary certificates of conformity. The main component of water is magnesium citrate. Clinical studies have shown that this is the most digestible form of the substance. Once in the body, citrate Mg decomposes into water and carbon dioxide, providing better absorption of the beneficial trace element.

The positive effects of receiving such water experts include:

absorption of vitamin B and calcium;
normalization of the nervous system;
help with the breakdown of glucose and insulin absorption;
blood pressure regulation;
reduction of pain during menstruation;
removal of toxins, slags, cholesterol;
relief of menopause.

An adult to take a daily dosage of magnesium should be consumed 2-3 bottles per day. In a pregnant woman, the need increases to 4 bottles of Magnium water. But it is worth remembering that women in the position is not recommended to use more than 1.5 liters of water per day, this can cause edema. Therefore, the intake of water "Magnium" during pregnancy should be combined with the use in food of products enriched with mineral.

Mineral water "Magnium" has no contraindications with the exception of hypermagnesia, that is, the excessive content of the considered element in the body.
Mineral Complexes

Most often, doctors, after identifying the pathology of hypomagnesemia, prescribe vitamin and mineral supplementation. The reason for this is the presence in the complex of a certain set of elements that are also necessary for a pregnant woman in the process of carrying a child.

But the intake of such drugs can not be permanent, since their prolonged use can trigger the appearance of an excess in the body of a substance.

Magne B6 is prescribed to increase the concentration of Mg in the body. But, like any such means, it has contraindications. These are sensitivity to the drug and its components, renal failure, fructose intolerance, lactation period, age up to 1 year. In addition, Magne B6 has possible side effects: abdominal pain, bowel disorder, allergic reaction.

All methods of obtaining magnesium have their pros and cons, indications and contraindications. The most safe method of saturation of the body with this substance is the use of water "Magnium" in combination with natural products enriched with this mineral.


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Cardiovascular Research Magnesium Taurate Capsules, 180 Count



Cardiovascular Research Magnesium Taurate Capsules, 180 Count
Cardiovascular Research Magnesium Taurate Capsules, 180 Count


Magnesium is one remedy for many diseases.



During my work, I had a fairly clear understanding that most of the acquired cardiac pathology is related to magnesium deficiency.
In foreign countries, serious studies of the role of magnesium in thousands of patients have been carried out; governments (for example, Finland) have implemented magnesium deficiency prevention programs, the implementation of which has given a very serious decrease in the incidence (the number of heart attacks in Finland has halved in the 15 years of the program); pharmaceutical companies are producing more and more different products containing this metal. Unfortunately, in the Russian national recommendations on cardiology, the use of magnesium is specified in only a few cases.
At present, it is scientifically proven that a very wide range of pathological conditions is caused precisely by a magnesium deficiency in the body. I will try to outline this circle:
Cardiology : high blood pressure, rapid or irregular heartbeat, high cholesterol and atherosclerosis (and, as a result, coronary heart disease with its terrible complication - heart attack), tendency to thrombosis, pain in the heart (cardialgia), mitral valve prolapse.
Psychoneurology: irritability, poor sleep, impaired thinking, depression, fatigue, vascular dystonia (including panic attacks and hyperventilation syndrome), muscle cramps and spasms (including nocturnal cramps and women muscles), risk of muscle cramps (including women with cramps, women), risk of a spasm of muscles (including nocturnal cramps and women,), a risk of muscle spasms (including night cramps and women with a panic syndrome), risk of muscle cramps brain feeding vessels.
Pulmonology: bronchospasm (difficulty breathing out).
Gastroenterology: constipation or diarrhea, nausea, abdominal pain due to impaired gastrointestinal motility.
Urology: oxalate kidney stones or a tendency to stone formation.
Gynecology and obstetrics: premenstrual syndrome, miscarriage, increased pressure and convulsions during pregnancy.
Endocrinology: hyperaldosteronism (fluid retention in the body).
Rheumatology, cosmetology : connective tissue diseases and skin aging as problems of collagen metabolism.
Oncology (although the information is still scarce and poorly verified): - magnesium deficiency leads to an increase in the number of cancer.
Narcology: a very significant part of the origin of the "hangover syndrome" is due to the fact that alcohol expels magnesium from the body. Hence the use of magnesium preparations for the prevention and treatment of withdrawal symptoms.
Accordingly, all these states are corrected (understandably, in different degrees and at different times) by saturating the body with magnesium.
The need for magnesium increases significantly during physical and emotional stress, alcohol abuse, pregnancy and feeding, chronic fatigue syndrome, eating certain foods (coffee), and taking medicines.
[Magnesium deficiency can occur with diarrhea, kidney disease, diuretic treatment, with estrogen and contraceptives, folic acid. The adrenaline released during stress increases the excretion of magnesium through the kidneys. Low levels of magnesium in the blood can also be observed during fasting, toxicosis, and diabetes. Since then, magnesium is excreted from the body in insignificant amounts, although with excessive sweating, losses can increase significantly]
Is magnesium deficiency determined by blood tests?
99% of magnesium in the human body is inside the cells, so the content of metal ions in the blood plasma reflects the state of the remaining one percent. The blood test in this case has a much lower accuracy than your state of health. I will quote from the official website of the Invitro Laboratory: "The level of magnesium in serum can be maintained within normal limits even with a decrease in the total amount of magnesium in the body by 80%." The determination of magnesium in red blood cells, as well as in hair and nails, is considered more reliable. Accordingly, if in the blood test the content of magnesium is below normal, then its real deficiency in the body is huge.
How does the body get the right amount of magnesium?
Daily requirements for magnesium in the literature are 350 mg for women and 450 mg for men. Tables of magnesium content in food products are widely represented on the Internet. The only problem is that far from all the magnesium contained in food is perceived by the body, and, according to the general opinion of the doctors dealing with this issue, it is practically impossible to “eat” the normal amount of magnesium. Accordingly, it is necessary to provide the body with well-digestible magnesium in adequate quantities.
[Most magnesium in wheat bran and wheat grains. Quite a lot of magnesium in buckwheat, legumes: beans and peas. Magnesium is plentiful in hazelnuts, peanuts, cashews and almonds.
Modern food processing methods reduce magnesium content. Even from magnesium-rich foods, it is lost if the products are soaked in water, but do not use broths or infusions for food. Due to the abundant use of chemicals in agriculture, magnesium is worse absorbed by plants, especially on calcareous soils. Fat and fiber foods interfere with the absorption of magnesium].

Can magnesium be poisoned?
It is possible, if a patient with severe kidney pathology who is on hemodialysis, EXTREMELY magnesium is infused. In other cases, the excess magnesium intake of IN will be removed by the intestine (by varying the degree of relaxation of the chair). Specialists working in the field of stopping binge drinking, according to the standard scheme, inject patients intramuscularly to a gram of magnesium, and everything superfluous is eliminated by the kidneys during the day. So our attempts to poison the body with a maximum of five hundred milligrams INSIDE will never be successful.
What magnesium preparations are on the Russian market?
Let's see what is sold in pharmacies. I do not consider network marketing products, as well as drugs of particularly “shy” (or boorish?) Russian producers that do not print the amount of magnesium in instructions, for example, Motherwort Forte, Sea Calcium or Calcid Magnesium ( You do not need to know, “lope hang in grams?”, And these show great “respect” to you).
Dear authors dealing with the absorption of magnesium, note that calcium significantly impairs the absorption of magnesium, so I dismiss all combinations of magnesium and calcium for myself. In addition, different salts have a different degree of digestibility: maximum - citrate, smaller - organic salts (lactate, pidolat, asparaginate), minimum - inorganic compounds (oxide, sulfate). It is also described that tablet preparations are absorbed by 60 percent at best.
Therefore, a little about the "liquid" drugs that are absorbed much better. There are only three of them (without calcium): Magnesium Plus, Magne B6 in ampoules, Natural Calm. Now I describe my personal feelings and conclusions. Magnesium Plus - I haven’t tried it personally yet, with four tablets (glasses of solution), in principle, you can get an almost full daily dose. I didn’t like Magne B6 with the sweet caramel obsession and the need to take four ampoules a day. And one drug is taken as a hot solution (half a glass in the morning and evening), which speeds up and improves absorption.
As a result, Natural Calm and MagneV6 Forte preparations of citrate of magnesium are suitable for serious saturation, for an average saturation with minimal expenditures of money - Doppelherz actives: Magnesium + B vitamins and Magnesium + Potassium. Everything else is a matter of taste.
[Natural Calm - powder containing magnesium carbonate (extracted from the ocean) and citrate (obtained from beets).
From reviews about the Natural Calm supplement, the liquid form of magnesium (citrate) is well absorbed, but it is difficult to find the right dosage. Half a teaspoon of powder already causes diarrhea. The normal single dose is about a quarter of a teaspoon.
It is expensive: with delivery - about $ 30 for 453 g:
http://www.iherb.com/Natural-Vitality-Natural-Calm-The-Anti-Stress-Drink-Original-Unflavored-16-oz-453-g/5121]
In the case of a single dose of magnesium, it is better to take magnesium in the evening (sleep will improve).
How long to take magnesium preparations?
If you feel the effect of the reception and the drug does not cause you side effects - you can (and should) take LIFE. Some breaks are possible, but after about a week the state of magnesium balance in the body returns to its original state (as before taking the medications).
Let me remind you that the excess magnesium intake is rapidly excreted by the body, and it is almost impossible to “eat up” the normal concentration. So it’s up to you to choose which “pay tribute” pharmaceutical company to improve your condition.
You have every right to say that the doctor is trying to "plant" you to take magnesium. I agree, but you have long and firmly sit on the "needle" of water, oxygen, food, salt and other delights. Magnesium is not a drug, I assure you.
Magnesium is the most important mineral on the diet against hypertension
Source: http://lechenie-gipertonii.info/lechenie-gipertoni...o-li-obojtis-bez-lekarstv.html
Physicians should prescribe medicines and dietary supplements containing magnesium to each patient with hypertension and other cardiovascular diseases. Unfortunately, due to their ignorance, they still rarely do it. If you have hypertension, then you lack magnesium with a probability of 80-90%. In order to bring your blood pressure to normal, be sure to fill this gap. Eliminating magnesium deficiency in your body is a simple and effective measure to reduce blood pressure and significantly improve your well-being.
Magnesium on a diet for hypertension
Magnesium plays a huge role in the human body, it is useful not only for the heart. For example, magnesium maintains salts in the urine in a dissolved state, prevents them from precipitating and thus prevents the formation of sand and kidney stones.
Magnesium relieves vasospasm and relaxes the central nervous system, so for hypertensive crises, patients often receive magnesia injections — a solution of magnesium sulfate. These injections quickly alleviate the condition of patients. Doctors have successfully used magnesium to relieve hypertensive crises, but, unfortunately, they are not yet used to using it in “regular” therapy for hypertension. Few people know that magnesium preparations can be considered natural analogues of drugs for hypertension of the calcium channel blocker group, but without their harmful side effects.
Symptoms of magnesium deficiency in the body:
high blood pressure
cardiac arrhythmia
muscle cramps and cramps
chronic fatigue
insomnia
irritability
constipation
in women - severe premenstrual syndrome (PMS).
A diet for hypertension should include foods rich in magnesium. These include: black bread, legumes (beans, peas), cereals, bran, nuts, beets, parsley, dried apricots, sesame. The daily intake of magnesium for an adult is 300-600 mg. To get this amount of magnesium from food is almost impossible. For this, I would have to eat 1.5-2 kg of meat or drink 3-4 liters of milk.
Magnesium Deficiency and Hypertension
If potassium preparations can be used only in extreme cases and under strict medical supervision, then with magnesium it is the opposite. Nutritional supplements and pharmacy magnesium preparations are excellent sources of this mineral. They effectively lower blood pressure, and as “side effects” they will relieve you of other manifestations of magnesium deficiency, which we have listed above.
To eliminate the magnesium deficiency in the body, you do not need to contact the manufacturers of dubious food additives. It is likely that in the nearest pharmacy you will find magnesium preparations that are produced by large and reputable pharmaceutical companies. Ask the pharmacy Magnicum, Magvit or Magne-B6. These are excellent preparations that contain magnesium in easily digestible form, as well as vitamin B6.

Add a few words for patients who already have severe renal failure. They usually already know that they should be wary of any new pills, including to reduce the pressure. However, they can also try to take magnesium, but only under the supervision of a physician. It is best to do this in a hospital, where you will be continuously monitored for biochemical blood parameters and kidney function, and in the event of a crisis, they will quickly and effectively take action.
From comments:
"Look ... you are 31 years old, the systolic pressure, as you write, does not rise above 140. In such a situation, I would crawl out of my skin, if only I did not have to“ sit down ”on beta-blockers from my youth. If you do not have additional health problems !!! (for example, diabetes, kidney failure, heart disease), then I suggest you do the following. With your input data (31 years old, pressure not higher than 140), if you postpone taking a beta-blocker for 3 weeks, then nothing bad will happen .
If you have any of the above complications, then without a doctor’s control, don’t do what I’m writing about below.
It is highly likely that you will be able to cure hypertension without medication. I recommend you to do the following. Do not swallow the beta blocker yet. Instead, go to the pharmacy and buy 3 boxes of any of the magnesium preparations that are discussed in the article. That is, Magnicum, Magvit or Magne B-6. They are all the same in essence - take the one that is cheaper. Each of them contains 48 mg of magnesium and 5 mg of vitamin B6 in one tablet; you will read about this in the instructions.
The daily intake of magnesium for an adult is 300-600 mg. Take 8 tablets per day in 3 doses. This will be 8 * 48 = 394 mg of magnesium and 40 mg of vitamin B6 per day. Before meals or after - as you like. The main thing - 8 tablets per day, no less. It is completely harmless, on the contrary is very useful. A lower dose may not work quickly.
If you add fish oil and / or taurine here, it will be good, but it is not necessary. These are food additives “for perspective”, they do not give effect immediately. And I hope you will feel the normalization of pressure from significant doses of magnesium quickly.
3 * 50 = 150 tablets. Taking them 8 pieces a day is 19 days. During this period, along with the intake of magnesium should be the maximum limit salt in the diet, as well as sweets and baking.
And let us hope that you will quickly see how the indicators of the tonometer tend to go down to 120/80, as well as experience an improvement in your well-being.
If everything turned out, then you will no longer need beta blockers :), but you will need the following packages of medicines containing magnesium and everything else that we are talking about here. If it didn’t work out, it means you don’t lose that much.
What can be side effects? First, magnesium enhances intestinal peristalsis. If there is diarrhea - the dose of magnesium will have to be reduced, then you cannot get anywhere. But if you have constipation, then it turns out an extra bonus :). Secondly, vitamin B6 in this dosage can cause mild numbness in the fingertips. For it to pass, you need to take other B vitamins together with B6, or reduce the dose of B6. If this numbness starts, please do not reduce the number of tablets per day, take 3 packs of the drug for 19 days. Normalization of blood pressure is worth it to suffer this numbness. Try not to pay attention to him.
Divide the daily dose of magnesium by 2-3 times.
If suddenly you take calcium supplements, it is better to do it separately from magnesium. It is believed that calcium and magnesium impair the absorption of each other. Try, for example, calcium for the night, and magnesium in the morning and at lunch. Just in case, I specify that calcium, for all its merits, does not help from hypertension.

Pro magnesium deficiency and how to deal with it

We do with our own hands a nutritious magnesium solution, cheap and cheerful :-)
As a child, I remember that I was "found" to have an irregular heart rhythm, at night I had cramped muscles in my legs. Our valiant orthodox medicine treated me in the hospital, stabbing me with penicillin. Because they couldn’t think anything smarter :-), although only then I learned from other doctors that the whole thing was a deficiency of magnesium in the body. How simple! This is due to the fact that I, like many others, eat “peeled”, “civilized” - white sugar, white flour, white pasta, polished rice, boiled potatoes, meat, etc. In general, the products are poor in trace elements, and they are contained in the peel, bran. Soft Moscow water is also poor in magnesium.
Magnesium deficiency may be due to the following factors:
• Inadequate food intake: poor nutrition, low-calorie diet, drinking alcohol, eating soft water, chronic or prolonged diarrhea, eating refined foods — white sugar, polished rice, white flour, etc.
• Increased need: for example, during growth, pregnancy, breastfeeding; with intense physical exertion, in situations of stress and increased mental stress; during the period of rehabilitation after serious illnesses and injuries.
Symptoms of magnesium deficiency:
The first symptom is usually fatigue, a tendency to depression. Other manifestations include twitching of the eyelids, feeling of tension, memory impairment, disturbed sleep or insomnia, night cramps, sometimes numbness, dizziness, irritability, palpitations, "interruptions" in the heart, feeling short of breath, "lump" in the throat. When magnesium deficiency can occur a vicious circle: the lack of this mineral contributes to the development of stress, which in turn increases its insufficiency. A more pronounced lack of magnesium can lead to the development of cardiovascular (arrhythmia) and gastrointestinal disorders.
Therefore, the question arose of replenishing the magnesium deficiency in the body. Rummaged through the Internet, well-known magnesium preparations, which I found, were expensive for long-term use:
Magnerot - in a package of 20 tablets of 0.5 g of magnesium orotate, in which the active substance of magnesium is only 32.8 mg here - http://www.voed.ru/magnerot.htm Therefore, it is recommended to take 2 tablets three times per day, and it can be calculated that the packaging of Magnerot, costing 130-160 rubles, "leaves" in 3-4 days. In the month it costs almost a thousand and a half wooden.
Magne B6 - 50 tablets per pack. The active ingredient is magnesium lactate (48 mg of pure magnesium), with a price of 330 rubles. per pack. Recalculating the cost, we get about 1200 rubles per month.
Asparkam is a combination of magnesium and potassium asparaginate at 0.175 g. The disadvantage of the drug is that when it is low in magnesium, it is necessary to use it in large quantities in order to get the required daily dose of 350 mg, which at the same amount of potassium in this drug can lead to hyperkalemia - potassium poisoning.
Magnesium Plus - 10 effervescent tablets, each containing 15% of the daily dose of magnesium, that is, you need to take 7 tablets per day, which approximately costs 60 rubles. per day or 1800 rubles. per month.
I concluded that replenishing the magnesium deficiency, based on the recommended daily need of 350 mg http://www.kwd.ru/magnii.htm costs more than 1000 rubles per month per person, which in terms of the whole family turns out decently. Therefore, magnesium preparations decided to do CAM.
The basis was taken sold everywhere in the pharmacy "magnesium sulphate" powder. Package 25 g (or 10 g) package price - 5 (five!) Rubles. The chemical formula MgSO4 * 7H2O, recalculating the atomic masses of the elements, we find that 25 grams bag of magnesium sulfate contains ~ 11% or about 2.6 g of pure magnesium, which is almost 8 full daily doses. That is, the monthly dose will cost less than 20 rubles per person.
It is known that inorganic magnesium compounds are poorly absorbed in the gastrointestinal tract, and magnesium sulfate is not absorbed at all and therefore is officially used as a laxative.
Organic magnesium compounds are well absorbed, and some organic salt, such as citrate (citric acid salt) or acetate (acetic acid salt) of magnesium, must be obtained from sulfate. But magnesium sulphate does not react with citric acid or vinegar. And you have a little "pokoldovat", remembering chemistry.
So:
1. Pour in a completely cleaned enameled small pan two glasses of water, put it on the stove, bring to a boil and add 2 full teaspoons of baking soda with a hill (NaHCO3). Boil a minute or two, stirring well, until the bubbles come out. Soda (sodium bicarbonate) is decomposed with the release of carbon dioxide and sodium carbonate. NaHCO3 -> Na2CO3 + CO2 + H2O
2. Separately, in a glass of hot water, dissolve 2 teaspoons full with a slide of magnesium sulfate powder purchased at the pharmacy, stir until completely dissolved.
3. Slowly pour this solution out of the glass into a pot of soda boiling on the stove and stir. The solution will become white as milk, and bubbles of carbon dioxide will flow again. We continue to boil the solution, stirring well with a spoon, for another couple of minutes.
4. Remove the pan from the stove and pour it into a liter bottle (we care about the white precipitate formed). Add boiled water to the full bottle and set for an hour, so that the sediment settles on the bottom. Then, carefully pour the clear solution, it is possible through a tube, so as not to lose the precipitate. And topping up the bottle again to the top with clean boiled water, and again let it settle, drain the water from the sediment. We washed the precipitate.
5. Now we have at the bottom of the bottle a white purified milk thin slurry of magnesium carbonate basic MgCO3 (OH) 2. Now we add a glass of hot water there and start to add 6% of vinegar in a tablespoon of apple table vinegar and stir vigorously, wait a minute until the gases come out. The precipitate will begin to dissolve with each new spoon of vinegar and the solution will brighten. We try periodically to taste - the solution should be only slightly sour, and transparent, the precipitate dissolves. Vinegar leaves a few tablespoons.
Done!Now you end up with a bottle of about one-third filled with a clear solution of a slightly sour taste. This is a solution of magnesium acetate with a slight excess of unreacted vinegar.
If we need magnesium citrate (the best digestible magnesium compound!), We should add an aqueous solution of edible citric acid or just lemon juice instead of apple cider vinegar to the white precipitate obtained in paragraph 5. Apple cider vinegar was taken because it contains many micronutrients, (besides acetic acid), which is so necessary for our body and is useful in itself.


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High Absorption Magnesium for Leg Cramps and Sore Muscles, Restless Leg Syndrome Relief (RLS), Muscle Relaxer with Vitamin B6, D and E, 380mg Magnesium Oxide Monohydrate, 60 Servings



High Absorption Magnesium for Leg Cramps and Sore Muscles, Restless Leg Syndrome Relief (RLS), Muscle Relaxer with Vitamin B6, D and E, 380mg Magnesium Oxide Monohydrate, 60 Servings
High Absorption Magnesium for Leg Cramps and Sore Muscles, Restless Leg Syndrome Relief (RLS), Muscle Relaxer with Vitamin B6, D and E, 380mg Magnesium Oxide Monohydrate, 60 Servings


The role of magnesium in the human body



Surely many have heard how important mineral magnesium (Mg) is for the heart to work. But myocardial health is not limited to its role. This macro element is the basis of the flesh of all living things, so it belongs to the nutrient minerals.

Science treats magnesium dependence on most biochemical processes by the fact that in the era of the initial birth of life, the environment of the world ocean had a chloride-magnesium chemical composition. Only after millennia, it gradually turned into sodium chloride, but Mg is still present in the composition of sea salt (0.13%). Therefore, the biological need for a valuable substance for the Earth’s fauna and flora has been preserved.


The metal was obtained in the 19th century from white magnesia, known to pharmacists much earlier as laxative salt. Since ancient times it was obtained by simple drying of mineral water. And in 1695 he gave the world pure magnesia, isolated by an Englishman from the waters of a mineral spring near the city of Epsom, known as Epsom salt. Magnesium metal received the name due to spectacular burning.

Mineral magnesium compounds accumulate in animal tissues (bones, internal organs, blood) and plant organisms (chlorophyll). Used in metabolic reactions, protein production, energy supply of cells, the work of nerves, muscles, blood vessels.
What is the role of the element magnesium for the human body

Inside the human body, magnesium is responsible for a lot of vital tasks and reactions. Its share in the cellular space is inferior only to potassium. Magnesium compounds, together with sodium, calcium and potassium, make up the main group of macronutrients in our body.

Man satisfies the natural need for magnesium compounds with food and drink. Once inside, Mg is bound by protein molecules, then it is deposited in bones, kidneys, brain, liver, and blood.

The physiological role of magnesium is to provide:

enzymatic reactions;
cell division;
energy supply;
assimilation of glucose, vitamins;
building protein molecules, their transport;
growth of bone tissue, muscle corset;
neural communication;
flow of metabolism;
output of decay products;
myocardial work;
normalization of pressure on the vascular wall.

Magnesium promotes bowel emptying, muscle relaxation, removal of vascular spasms, respiratory tract, and smooth muscles. Normalizes blood pressure, heart rate.
The positive effect of magnesium compounds on the body

Organic magnesium is an indispensable part of biochemical, neurochemical and electrolytic reactions that occur continuously inside our body. The mineral element is actively involved in the regulation of virtually all metabolic, regenerative, cellular and intercellular processes, as well as for the functioning of internal organs and systems.

Thanks to the magnesium mineral, our body receives:

growth, formation, strength of the bone skeleton;
adequate rate of myocardial contraction;
muscle work;
healthy metabolism;
sufficient production of protein;
optimal absorption of nutrients, energy;
cell growth, regeneration;
nervous activity;
brain support;
normal vascular tone;
regulation of blood formation, blood coagulation;
work digestion.

Organic matter helps break down, absorb, transform vitamins, then integrate them into the body's work.
Magnesium daily intake

The element magnesium in natural formulas is partially absorbed by our body, at 40% of the intake from food and water, provided that vitamin D is adequate. Therefore, it is important to have a diet saturated with magnesium salts to cover the physiological norm.

Magnesium daily rate

WHO indicates the specific amount of magnesium element (mg / day) that a person needs, as well as the upper tolerable level:

male sex - from 400 to 420 (770);
female sex - from 310 to 320 (670);
a pregnant woman - from 350 to 400 (750);
breastfeeding women - from 310 to 360 (710);
young man - 410 (760);
girlfriend - 360 (710);
teenager - 240 (590);
child - from 80 to 130 (240);
baby - from 30 to 75.

The weighted average need for a mineral is 0.05% of body weight, and its normal level in the blood of a healthy person ranges from 0.7 to 1.2 mmol / l. The total mass of accumulated magnesium is close to 25 grams, of which 60% are Mg 2+ cations, the rest is magnesium salts associated with protein molecules.
Natural Sources of Magnesium

Nature has provided an external and internal way to saturate the body with organic magnesium. External sources - minerals (bischofite), waters of the seas, oceans, lakes, thermal, mineral springs. Domestic - food and drinking liquid, especially mineral water.

Magnesium minerals externally penetrate through the skin, then they are carried by the bloodstream. Baths, rubbing, saline compresses, powders contribute to this. Internal magnesium compounds, once ingested, are absorbed and incorporated into cellular structures, mobilized from stores as needed.

Most enriched with magnesium element:

dried fruits, especially raisins, dried apricots, dried apricots;
sesame;
cereals;
nuts;
green vegetables (such as spinach);
legumes;
whole grains;
milk, yoghurts and dairy products.

Food, dominated by fat, calcium or phytin, reduces the bioavailability of magnesium mineral. A similar picture occurs with a deficiency of vitamin D - only with its sufficient level the element is absorbed by our body. Therefore, the lack of valuable substances is quite common among the modern population of the planet.
Symptoms of magnesium deficiency

Especially a city dweller is prone to magnesium deficiency - his symptoms are felt by a third of urbanized people who absorb refined products, semi-finished products, where the element is represented by a negligible amount.

A person who is experiencing a deficiency of an organic mineral is piled on by a bunch of health problems:

excitation;
voltage;
accelerated heartbeat;
insomnia;
cardiovascular failure;
pressure surges;
vomiting, nausea;
weakening of immunity;
sore joints;
migraine;
indigestion;
heartburn;
puffiness;
cramps, spasms, tics;
constipation.

Problems of mental concentration, control over emotions, irritability, nervous and muscular tremors are added. If the magnesium level is critically low, serious pathologies develop that require treatment. The fall of the required amount of the mineral by more than half ends in death.
Indications for use of magnesium preparations

Modern medicine is actively using magnesium preparations for several purposes - treatment of deficiency states, as part of the treatment of minerals reducing the level of ailments, filling the shortage of magnesium elements, plus prevention, when the demand for magnesium is increased.

Magnesium readings

Organic or chemical magnesium salts are used - citrate, sulphate, orotat, aspartate, malate, lactate, and also a duet with vitamin D. Magnesium preparations have different forms - solution, tablets, powder, capsules, external powder.

The indications for taking magnesium in 1 target point are:

tachycardia;
hypertension;
swelling, including the brain;
atherosclerosis;
risk of preterm delivery;
cramps, spasms;
fractures, tremors;
osteoporosis;
epilepsy;
bronchial asthma;
increased acidity;
allergy;
painful menstruation;
constipation.

Indications for use of the mineral in paragraph 2:

diabetes;
thyroid pathology;
hormonal changes;
poisoning;
chronic alcoholism.

Appointments for an item in 3 points:

nutrition poor in magnesium foods;
treatment with drugs incompatible with magnesium;
food that is low in vitamin D;
symptoms of initial Mg deficiency;
diet with a predominance of fat, fitin, calcium;
soft drinking water, slightly saturated with mineral salts.

Reasons for prescribing magnesium for 4 points (preparations of magnesium salts or mineral complex products):

infections;
smoking;
pregnancy;
lactation;
stress;
depression;
overwork;
period of child growth;
sports, hard physical labor.

Magnesium based products soothe, relax, remove edema, reduce pulse and pressure, facilitate breathing, digestion, sleep.
Overdose and contraindications for magnesium intake

Mineral magnesium is hard to overdo it - the body does not accumulate it, but will bring it out with urine. Overdose occurs during intensive therapy with Mg salts when increased doses are prescribed. However, it is difficult to recognize it by laboratory and clinical methods.

Magnesium contraindications

The most characteristic signs of a glut of magnesium mineral:

nausea;
hot flushes;
vomiting;
diarrhea;
lethargy;
headaches;
dyspnea;
weakness;
drop in tone;
rare pulse.

Contraindications for the reception of organic or chemical magnesium are also available. This hypotension, bradycardia, intolerance to the components of the drug, kidney damage, prenatal condition.
Interaction of magnesium with other drugs

Extremely caution should be combined organic or chemical compounds of magnesium with other medicines, so as not to disrupt the mineral balance.

Druzhat as vitamins D and group B satellites of magnesium, increasing the total effect.

Compete with magnesium or diuretics, laxative, calcium, fats, phytin interfere with its absorption.

Medical control requires a combination of minerals, including magnesium compounds, with cardiac glycosides, antihypertensive drugs, antidepressants.

Prophylactic use and reasonable doses of vitamin-mineral supplements with magnesium are considered safe.
The table of applicability of drugs with magnesium

Arrhythmia
384 mg / day
Magnesium supplements reduce the number of diagnosed cases of arrhythmia.
Chronic heart failure
300 mg / day under medical supervision
Mineral deficiency can adversely affect the body and lead to manifestations of arrhythmia.
Dysmenorrhea
360 mg / day
Magnesium helps muscles to relax, including the muscles of the uterus.
Gestational hypertension
300 mg / day
Taking magnesium can prevent gestational hypertension or reduce the severity of its course.
Stones in the kidneys
1600 mg / day potassium citrate, 500 mg / day magnesium citrate
Supplements in the form of a combination of potassium citrate and magnesium citrate can reduce the frequency of recurrence of kidney stones.
Headache (migraine)
360-600 mg / day
It has been found that in people with frequent migraine attacks, the levels of magnesium in the body are understood, so supplements with magnesium can reduce the frequency of migraines and relieve symptoms.
Mitral valve prolapse (PMK)
If magnesium deficiency is found - 500 mg / day
Magnesium deficiency can be one of the causes of the symptoms that arise in connection with the PMK. In one study, people taking magnesium experienced a significant reduction in weakness, chest pain, anxiety, shortness of breath, and palpitations.
Neuropathy
200-600 mg / day
Patients with type 2 diabetes often have a reduced level of magnesium in the body. Taking supplements with magnesium, there is the likelihood of hearing glucose control in the body. Which in turn can reduce the risk of developing or slow the progression of neuropathy.
Type 1 diabetes
200-600 mg / day
Patients with type 1 diabetes usually have low levels of magnesium. Supplements with magnesium can reduce the risk of diabetes complications such as eye damage and neuropathy.
Diabetes type 2
200-600 mg / day
Patients with type 2 diabetes usually have low levels of magnesium. Magnesium supplements can improve insulin production.
Urinary incontinence
150 mg twice daily
In a double-blind study, women with incontinence after taking supplements with magnesium showed improvements.
Angina pectoris
365 mg twice daily
Receiving magnesium reduces the risk of unpleasant pain in the chest during physical exertion.
Asthma
300-400 mg / day
People with asthma often have low levels of magnesium. Supplements with magnesium can help prevent asthma attacks, because magnesium can prevent bronchial cramps.
Attention Deficit Hyperactivity Disorder
With magnesium deficiency: 200 mg / day
Some children with ADHD have low levels of magnesium. In one study, children with ADHD and low magnesium levels were given dietary supplements with magnesium and as a result, a significant reduction in hyperactive behavior was found.
Celiac disease
On the recommendation of a doctor
Malabsorption, which occurs with celiac disease, can lead to multiple nutritional deficiencies. Including magnesium deficiency, with the ensuing problems.
Chronic Fatigue Syndrome
On the recommendation of a doctor
In a number of studies, it was found that in patients with Chronic Fatigue Syndrome, the level of magnesium in the body is reduced.
Epilepsy
252 mg 1-4 times a day
According to statistics, the intake of dietary supplements with magnesium in patients with epilepsy decreases the frequency of attacks by an average of 49% over the observation period from 3 to 12 months.
Hypertension
350-500 mg / day
Receiving magnesium supplements can lower blood pressure, especially in patients taking diuretics.
Osteoporosis
Adults: 250-750 mg / day; girls: 150 mg / day
Taking magnesium can help stop bone loss and increase bone mass in patients diagnosed with osteoporosis.
Leg cramps in pregnant women and after childbirth
100 mg 3 times a day, course 4 weeks
The effectiveness of this treatment has not been proven, however, there is an opinion on the effectiveness of magnesium intake in case of leg cramps caused by pregnancy or after a generic condition.
Premenstrual Syndrome (PMS)
200-400 mg / day
Supplements with magnesium can reduce the risk of mood swings, abdominal distention, breast tenderness, headaches, and other PMS symptoms.
Thalassemia
7.2 mg per 1 kg of body weight per day
It has been found that patients with thalassemia usually have low levels of magnesium.
Heart attack
On the recommendation of a doctor
Supplements with magnesium can reduce the risk of a heart attack.
High cholesterol
On the recommendation of a doctor
During the preliminary study, magnesium supplements lowered total cholesterol and increased HDL ("good") cholesterol.
Alcohol addiction
On the recommendation of a doctor
Alcoholics sometimes have magnesium deficiency in the body, and some researchers believe that withdrawal symptoms can to some extent be associated with this.
Anxiety
On the recommendation of a doctor
Many years ago, magnesium was used as a drug to treat anxiety. Some doctors recommend taking a hot bath containing crystals of magnesium sulfate (English salt).
Sport
On the recommendation of a doctor
Magnesium deficiency can reduce physical performance and promote muscle cramps. Studies show that taking magnesium can improve body performance.
Autism
On the recommendation of a doctor
Some researchers believe that vitamin B6 is effective in treating autism (with a course of at least 3 months). And taking vitamin B6 in combination with magnesium significantly increases the effectiveness of treatment.
Chronic Obstructive Pulmonary Disease
On the recommendation of a doctor
Medications prescribed for the treatment of Chronic Obstructive Pulmonary Disease often lead to low levels of magnesium in the body. Thus, patients with COPD need to be given medication with magnesium to eliminate the deficiency of this important mineral.
Cluster headaches
On the recommendation of a doctor
Patients with cluster headaches often have low levels of magnesium in the body and need to be given medications with magnesium.
Fibromyalgia
On the recommendation of a doctor
Preliminary testing has shown that a combination of magnesium and malic acid can reduce muscle pain in patients with fibromyalgia.
Glaucoma
On the recommendation of a doctor
In one study, supplementing magnesium improved vision in people with glaucoma, apparently by increasing blood flow to the eyes.
Hypoglycemia
On the recommendation of a doctor
Studies have shown that supplements with magnesium can prevent blood sugar levels from falling too fast in patients with hypoglycemia.
Insomnia
On the recommendation of a doctor
People with restless leg syndrome often have trouble sleeping. Magnesium helps relieve muscle tension and in one trial, in patients with insomnia, sleep quality improved significantly after a course of magnesium.
Insulin Resistance Syndrome
On the recommendation of a doctor
Magnesium deficiency can reduce insulin sensitivity, and low levels of magnesium are associated with greater insulin resistance in people without diabetes, some doctors believe that supplements with magnesium can improve SIR.
Intermittent claudication
On the recommendation of a doctor
Magnesium can increase blood flow by promoting blood vessel dilation. In one study, it was found that taking magnesium can increase the mobility of patients with intermittent claudication.
Menopause
250-500 mg / day
In one study, it was found that supplements with magnesium helped women with symptoms of menopause after breast cancer treatment.
Multiple sclerosis
According to the recommendation of a physician In patients with multiple sclerosis,
magnesium deficiency is often found. In one study, it was found that the combination of magnesium, fish oil and calcium reduced the level of magnesium, reportedly to be low in people with cf. in one trial, the combination of magnesium, fish oil and calcium reduced the syptoma of multiple sclerosis.
Pre-eclampsia
On the recommendation of a doctor,
Magnesium reduces the incidence of pre-eclampsia in women at risk.
Raynaud's disease
On the recommendation of a doctor
Disorders of magnesium absorption have been reported in people with Raynaud's disease. The results of magnesium deficiency in the blood - vasospasm. Thus, patients with Raynaud's disease require supplementation with magnesium.
Restless Legs Syndrome
As recommended by a doctor,
Magnesium Supplements may help relieve insomnia in people with restless legs syndrome.
Retinopathy
According to a doctor's recommendation.
Low levels of magnesium in the body are considered a risk factor for the development of retinopathy in white people diagnosed with diabetes.
Stroke
On the advice of a doctor.
It is known that magnesium is effective in lowering high blood pressure, which in turn can lead to a stroke.
Tinnitus
As recommended by the physician
During the preliminary study, magnesium supplementation resulted in a statistically significant improvement in symptoms in adult patients with tinnitus.

Background: green - scientifically proven, orange - insufficient evidence, White - no studies have been performed


39A-------------------xx

NOW Magnesium Citrate 200 mg,250 Tablets



NOW Magnesium Citrate 200 mg,250 Tablets
NOW Magnesium Citrate 200 mg,250 Tablets


Magnesium during pregnancy



This trace element is very important for the human body. Magnesium is especially important during pregnancy, because at this time, complex physiological processes occur in the body of both the mother and the fetus. In our article you will read why the need for magnesium increases during pregnancy, and how to eliminate the lack of magnesium.

Why is magnesium so necessary during pregnancy?

Magnesium is actively involved in the formation of bones and, thus, plays an important role at all stages of human growth. The work of the nervous system also depends on magnesium, since this mineral acts as an intermediary between nerves and individual muscles, controls the transmission of nerve impulses to the muscles, and is responsible for ensuring that the muscles not only tighten, but also relax. In addition, magnesium is an important participant in many metabolic processes. It serves as a catalyst for many enzymes and is involved in the regulation of insulin and blood sugar.
During pregnancy, the need for magnesium increases by about 35%.
Since the second trimester of pregnancy, the need for magnesium increases significantly for a number of reasons:

Hormonal changes during pregnancy lead to the fact that magnesium is excreted in the urine. Its level in the urine increases by about 25%.
When nervous tension and stress develops, the body needs a lot of magnesium. Due to the physical and psychological stress of the expectant mother, the need for magnesium during pregnancy increases significantly.
The body of a pregnant woman (like the child’s body) is constantly growing, and magnesium helps the body build and repair tissues and bones, which is another reason for the increased need for magnesium during pregnancy.

How does magnesium deficiency occur during pregnancy?

Magnesium is involved in many processes in the body, so its lack may manifest itself in different ways:
Magnesium deficiency affects the body

Muscles As a rule, the first signs of magnesium deficiency are muscle spasms, cramps, abdominal pain. Sometimes there is a strong muscular tension in the neck, shoulders and back, twitching or trembling, heart palpitations or arrhythmia. Since the uterus is mainly composed of muscle tissue, it is also susceptible to seizures with magnesium deficiency, and this, in turn, can lead to premature birth, in exceptional cases - to miscarriage.
Nervous system. A lack of magnesium in the body can cause a nervous tremor in the arms and legs, tingling or numbness of the limbs.
Mind. Magnesium deficiency can manifest itself in some mental problems. For example, a person may experience increased nervousness, irritability, and depressive moods.
Arterial pressure. Acute magnesium deficiency can lead to high blood pressure and dizziness. In this case, it is necessary to report the symptoms to the doctor and follow all the instructions.

Magnesium replenishment with nutrition

Since magnesium is not produced in humans, this mineral must come from food. During pregnancy, the daily dose is about 400-500 mg. This amount can only be obtained from products rich in magnesium.
Foods high in magnesium:

Seeds (pumpkin and sunflower), cashews, almonds and unpeeled wheat germ.
Legumes, especially beans and soybeans, products from unrefined grains, oats or brown rice.
Milk and dairy products.
Green leafy vegetables such as spinach and kale.
Some fruits, mainly bananas, kiwi, grapes, dried fruits.
Fennel.
Corn.
Potatoes.
Chocolate.

Board

Drink high magnesium water regularly. In this way, you can partially compensate for the body's daily need for magnesium.
Are mineral supplements magnesium necessary during pregnancy?

Not always the need for magnesium can be met with nutrition. In this case, the doctor prescribes mineral supplements. They are available in various forms: soluble granules, effervescent tablets or capsules. However, not all supplements are completely safe. Therefore, during pregnancy you should not start taking mineral supplements at your own risk, you should first consult with your doctor or pharmacist. An incorrectly calculated amount of magnesium can cause premature contractions.

If you are taking iron supplements, then at least two hours should pass between taking these drugs and magnesium preparations so that they do not interfere with each other's absorption. In addition, it is undesirable to take magnesium between meals, as this can cause diarrhea and abdominal pain.
Digestive problems

Many pregnant women suffer from digestive problems. The occurrence of constipation is mainly associated with an increase in the amount of estrogen and the hormone of the yellow body. Taking magnesium during pregnancy will help improve digestion, as it has a mild weakening effect. But first, be sure to discuss the exact dosage with your gynecologist.


38A-------------------xx

Thorne Research - Magnesium Citramate - Magnesium with Citrate-Malate to Promote Energy Production, Heart and Lung Function, and Metabolism of Sugar and Carbs - 90 Capsules



Thorne Research - Magnesium Citramate - Magnesium with Citrate-Malate to Promote Energy Production, Heart and Lung Function, and Metabolism of Sugar and Carbs - 90 Capsules
Thorne Research - Magnesium Citramate - Magnesium with Citrate-Malate to Promote Energy Production, Heart and Lung Function, and Metabolism of Sugar and Carbs - 90 Capsules


Magnesium deficiency in children and adolescents involved in various sports, and its correction



The high level of modern sports requires an in-depth individual approach based on a comprehensive study of the morpho-functional capabilities of an athlete, the development of which to the greatest extent contributes to the achievement of high sports results.

One of the main directions for solving the problem of maintaining health is the appropriate metabolic support. It has been established that the athlete's body needs adequate replenishment of the whole complex of macro- and micronutrients, which are intensively spent in conditions of physical and emotional stress. The imbalance of trace elements in the human body plays a significant role in the pathogenesis of somatic diseases, manifesting itself in the form of biochemical, clinical and morphological signs.

Biochemical analysis of the blood serum of an athlete is an essential part of a comprehensive diagnosis, because according to this method one can judge the functional capabilities of the body of athletes.

Surveyed 332 athletes aged 14-17 years, engaged in swimming, hockey, tennis, football, artistic gymnastics, martial arts. Sports experience ranged from 5 to 11 years. Sports qualifications - from 1 grade and above - 188 teenagers.

Biochemical parameters were determined using an automatic biochemical analyzer DxC800 (Beckman Coulter, USA) on an empty stomach, after a workout time was at least 12 hours. Biochemical examination of blood in our observed athletes in 32% of observations revealed a decrease in an important trace element - magnesium.

The main reasons for the development of magnesium deficiency in athletes include the following: fluctuations in body weight, high-intensity physical and emotional stress, overexertion, the need for adaptation (urgent and long-term), injury, the need for rapid recovery.

In athletes, the symptoms of magnesium deficiency (Mg) are manifested by various clinical manifestations. All clinical manifestations of magnesium deficiency in the body of athletes differ little from children and adolescents who are not involved in sports. They can be divided into cardiovascular: angiospasm, arterial hypertension, myocardial dystrophy, tachycardia, arrhythmias, prolonged QT interval, tendency to thrombosis; neurological: chronic fatigue syndrome, autonomic dysfunction, loss of attention, depression, fear, anxiety, dizziness, migraine, sleep disorders; visceral: bronchospasm, laryngospasm, hyperkinetic diarrhea, spastic constipation, pylorospasm, nausea, vomiting, biliary dyskinesia and cholelithiasis, diffuse abdominal pain, the formation of kidney stones; muscle: convulsions of skeletal muscles (muscle cramps in the neck, back, face, parasthesia of the extremities, convulsions of the calf muscles, soles, feet).

I would like to emphasize the important point that magnesium ions are part of the main substance of connective tissue, participate in the activation of collagen synthesis. Magnesium deficiency causes a chaotic arrangement of collagen fibers, which is the main morphological feature of connective tissue dysplasia.

One of the signs of DST of the cardiovascular system are prolapses of the heart valves. We in 15% of cases revealed mitral valve prolapse (MVP) of 1 degree without regurgitation.
Like many authors, we note the association of magnesium deficiency with polymorphism and severity of clinical symptoms in patients with MVP. In athletes in 10-15% of PMK, as a rule, heart rhythm disturbance is accompanied, primarily, in the form of ventricular premature beats, impaired myocardial repolarization processes.

In the case of MVP in adolescents, the drug of choice is magnesium orotat (magnerot). It was shown that after three to six months of regular intake of the organic magnesium drug, not only was the heart rate and blood pressure normalized, the number of episodes of rhythm disturbances decreased, but the tremor and depth of the mitral valve prolapse decreased significantly.

The high efficacy of this drug was confirmed by echocardiographic studies. Thus, in 50% of cases a complete restoration of the normal rhythm was recorded, the number of parasystoles, atrial extrasystoles decreased in a number of patients, including the blocked extrasystoles and ventricular rhythm episodes disappeared.

A crucial role in the occurrence of magnesium deficiency is played by an imbalance of vegetative regulation - the predominance of sympathoadrenal effects.

It is known that the violation of the vegetative regulation of the cardiovascular system is an early sign of failure of the athlete's body to adapt to stress and leads to a decrease in efficiency. In children with various functional changes in the cardiovascular system, for example, when myocardial repolarization processes are disrupted, sympathicotonic BP is detected up to 60%, which is important to consider when choosing the tactics of metabolic correction. That is, against the background of magnesium deficiency, electrical instability of the myocardium develops, in the presence of which it is advisable to correct the magnesium deficiency, even in the absence of laboratory confirmation of them.

With the correction of deep magnesium deficiency is difficult to do only diet and often require pharmacotherapy. Treatment is more effective if both magnesium and magnesium fixer are administered simultaneously (vitamins B6, B1, Glycine). Among the drugs used for the correction of magnesium deficiency, the drug Magne B6 has permission for use in pediatrics.

The second group of diseases is caused by the participation of magnesium in the enzymes for the maintenance of energy reactions - the exchange of carbohydrates and ATP. Therefore, a lack of magnesium is accompanied by fatigue.

The third group of violations of magnesium functions is associated with its structure-forming role in mediator metabolism. This group of causes leads to depression, impaired coordination, attention, memory, mood. We found that at high values ​​of stability and concentration of attention in 44% of athletes, an unbalance of nervous processes with a predominance of arousal force is determined. Much less often - in 10% of cases, an imbalance of nervous processes is revealed with a predominance of inhibition force. In 10-15% of observations, a destructive relationship with comrades, trainers, poorly developed emotional and volitional quality, a high level of anxiety, a high level of rigidity, a low desire to train

In identifying such psychological problems, it is necessary to consult a children's sports psychologist, trainings, and work with the coaching staff. At the same time, in order to optimize the psychological status, if necessary, we assign MagneB6.

Thus, one of the preventive directions for improving the current monitoring of the health of athletes should be monitoring their mineral metabolism and its timely replenishment. To maintain an optimal balance of magnesium in the body of children and adolescents involved in sports throughout the training and competitive cycles, it is necessary to take metabolic drugs.

Timely correction of magnesium deficiency is the most important means of preventing injuries and irregularities in the work of the heart in athletes under conditions of the use of intense training and competitive loads.

37A-------------------xx

MagSRT - Jigsaw Health - Premium, Organic, Slow Release Magnesium Supplement - Active, Bioavailable Magnesium Malate Tablets with B-Vitamin Co-Factors, 240 Tablets (1)



MagSRT - Jigsaw Health - Premium, Organic, Slow Release Magnesium Supplement - Active, Bioavailable Magnesium Malate Tablets with B-Vitamin Co-Factors, 240 Tablets (1)
MagSRT - Jigsaw Health - Premium, Organic, Slow Release Magnesium Supplement - Active, Bioavailable Magnesium Malate Tablets with B-Vitamin Co-Factors, 240 Tablets (1)


Potassium and magnesium. What is the disadvantage and how to fill it.



Minerals necessary for the body

An important role in the human body play potassium and magnesium. Magnesium is one of the main participants in the process of bone formation, energy and carbohydrate metabolism, regulation of the nervous tissue. Potassium regulates the acid-base balance of the blood and is actively involved in the transmission of nerve impulses. Magnesium and potassium activate the muscular work of the heart and are part of a number of enzymes.

The quality of blood supply to the heart muscle depends on the amount of magnesium. In many important bioprocesses, magnesium is a calcium antagonist, so its excess impairs calcium absorption. The optimal ratio of calcium and magnesium is 10: 7 and the average diet is able to maintain this balance.

Professional bodybuilders appreciate magnesium because it enhances metabolic processes and for its important role in protein synthesis. Together with potassium, magnesium provides relaxation of muscle fibers and regulates glycolysis. Reception of magnesium positively affects the performance of training. And potassium ensures the emergence of electrical potential in nerve cells and muscle fibers, thereby regulating muscle contraction. The recommended level of magnesium is calculated by the following formula: 4 mg of the trace element per 1 kg of its own weight.
Symptoms of magnesium deficiency

Cases of tingling, itching, crawling, chills, numbness, painful cold - are signals of the body about violations of sensitivity - paresthesia. This is the main symptom of magnesium deficiency.

The characteristic pathological condition with typical convulsive syndrome and increased neuromuscular excitability is hidden or overt tetany, another sign of magnesium deficiency.

Among other signs of a magnesium deficiency, fatigue, insomnia or nightmares, loss of appetite, nausea, vomiting, diarrhea, or vice versa, constipation are observed.
Lack of magnesium in the body, effects

Magnesium deficiency is considered one of the most common types of mineral deficiency and occurs due to minimal magnesium intake from the outside.

Disturbed exchange of this macro can occur with intensive growth, recovery, during pregnancy, constant stressful situations, excessive sweating, in cases of chronic alcoholism. Magnesium deficiency can also be caused by prolonged use of diuretics, antibiotics, anticancer and other drugs.

The consequences of magnesium deficiency are expressed in disorders of the adrenal glands, diseases of the cardiovascular system, the development of urolithiasis and cholelithiasis, as well as the initial stages of diabetes mellitus. Magnesium deficiency can provoke an immunodeficiency condition that increases the risk of developing cancer.
What foods contain magnesium?

About 50% of the daily requirement of magnesium is found in such cereal and cereals as oatmeal, barley, buckwheat, rice porridge. A large amount of magnesium is found in various types of fish (carp, flounder, sea bass, mackerel, cod), legumes, nuts, leafy vegetables and berries.

Many athletes make up their diet based on seasonal conditions. In winter, the menu is rich in honey, raisins, dried apricots, prunes, dates, nuts, cocoa and porridge: oatmeal, wheat, buckwheat, pearl barley. In the spring, must be mandatory greens: parsley, dill, spinach and green salad. In the summer they use cherries, black currants and legumes. In the fall, meals include watermelons, carrots and beets.
Symptoms of potassium deficiency

Symptoms of potassium deficiency manifested in cramps and spasms of the lower extremities. Muscle strength decreases and the body experiences dehydration. Depression, fatigue, weakness in muscles, brittle hair and dry skin are all essential companions of potassium deficiency in the body.

Lack of potassium increases the risk of reduced immune protection, deterioration of the kidneys and adrenal glands, the occurrence of cardiovascular disorders, impaired lung function, nausea, vomiting, peptic ulcer, erosive gastritis. For women, potassium deficiency is fraught with reproductive disorders such as infertility and cervical erosion.
Lack of potassium in the body, the consequences

Potassium deficiency occurs with large fluid losses. Any stress, with an excessive release of adrenocorticotropic hormone, leads to an increased excretion of potassium from the body along with urine. Unfortunately, it is extremely difficult to diagnose a violation of potassium metabolism, because its level in blood serum is not at all an indicator of its level in the whole body.

Even with an impressive loss of potassium, the level of trace elements in the blood may well be normal or even elevated. Hypokalemia, or lack of potassium in the body is fraught with rapid energy losses and the subsequent development of chronic fatigue syndrome.
Potassium containing foods


In order to maintain the required level of potassium in the body, athletes saturate their diets with food of animal origin with a high potassium content: beef, fish and milk.

Potato-enriched plant foods include potatoes, onions, carrots, cabbage, peas, red beets, horseradish, nettles. Apples, grapes, bananas, dried fruits, stone fruits, nuts are also rich in potassium.

To replenish the potassium balance, it is advised to diversify the menu of buckwheat, oatmeal and millet cereals. Champions in potassium content are undoubtedly legumes: soybeans, beans and peas.
Food supplements containing potassium and magnesium

According to generally accepted norms, an adult needs from 2 to 5 g of potassium per day for normal body functioning. The use of more of this trace element is highly undesirable because it impairs the work of the cardiovascular system.

Bodybuilders take nutritional supplements with potassium necessarily in conjunction with magnesium, without it, the cells are not able to permanently hold up potassium. The intake of nutritional supplements containing potassium and magnesium is extremely important for nerve conduction and muscle contraction. One of the most affordable, cheap and high-quality tools to replenish the above minerals is considered "Asparkam."
Style Summary

Mineral elements are of great importance for the normal functioning of the body. If their stocks are spent and not replenished, the livelihoods and performance of the human body is put at risk. Maintaining a balance of potassium and magnesium in the norm is extremely important for highly effective training and real results.


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Natural Vitality Natural Calm Drink - 16 Oz. Anti-Stress Drink, Orange Flavored Drink, Water-Soluble. Magnesium Supplement



Natural Vitality Natural Calm Drink - 16 Oz. Anti-Stress Drink, Orange Flavored Drink, Water-Soluble. Magnesium Supplement
Natural Vitality Natural Calm Drink - 16 Oz. Anti-Stress Drink, Orange Flavored Drink, Water-Soluble. Magnesium Supplement


The influence of the drug Magne B6 on the parameters of stress and cognitive function with high psycho-emotional stress



Introduction
The stress state of the body, in general, corresponds to an imbalance between external conditions and the body's ability to respond adequately to them. Systematic dissatisfaction with the results of social activities, restraint of emotional manifestations, due to social norms of behavior, often lead to the fact that modern people often experience a lack of peace of mind, emotional balance, along with the gradual loss of efficiency in work and the occurrence of chronic diseases.
The analysis of stressful conditions is one of the actual directions of research of unfavorable functional states of a modern person. Evaluation and enhancement of the adaptive capacity of the organism is considered as one of the important criteria for health. The higher the adaptive capacity of the organism, the lower the risk of the disease, since the protection against the disease is more reliable. Any kind of stress can be considered as a source of “trouble in work”, given its negative effect on the results of activities and the development of personal disadaptation and mental health problems [1]. The procedural-cognitive paradigm understands stress as the process of actualizing the repertoire of internal means of overcoming difficulties. The basic stress models include the two-factor model of “demand and control” [2] and the “hormonal model” [3].
In particular, stress during intensive training can be viewed as the result of an imbalance between the requirements of the learning environment and human resources, including a subjective assessment. The curriculum of students of the 3rd year of medical schools is characterized by information overload, especially during the exam session. High emotional and intellectual tension during the pre-examination and examination period can be considered as an adequate model of occupational stress for able-bodied people of young age and to apply methods for evaluating occupational stress among students. In this paper, we investigated the effect of magnesium in synergistic combination with pyridoxine on students' ability to adapt under conditions of increased stress. To study the anti-stress activity, the drug Magne B6 produced by the French company Sanofi-aventis was used.

Materials and methods
A sample of students. 89 third-year IvGMA students took part in the study. In the selection process, the volunteers were divided into 2 groups: the studied (first) group of 58 people and the control (second) group of 31 people. Students in the first group received Magne B6 therapy 2 tablets 3 times a day (daily dose of magnesium - 288 mg per pure magnesium, pyridoxine - 30 mg) for 2 weeks, then 2 tablets 2 times a day (daily dose magnesium - 192 mg, pyridoxine - 20 mg) for 6 weeks. Students in the second group (control) did not take any special drugs.
The average age of students in the study group was 20 years (19-25 years), the control group - 21 years (19-25 years). In the studied group, women accounted for 72% of the total number of the group of students surveyed, men - 28%; in the control group, a similar proportion of the sexes was observed (67% of women, 33% of men). The average body weight of students in both groups was 56.79 ± 3.46 kg for women and 72.8 ± 5.1 kg for men.
Exclusion criteria from the study were the presence of severe, acute and chronic somatic, mental diseases, taking any medications and dietary supplements. The study complied with the ethical standards of committees on biomedical ethics, developed in accordance with the Helsinki Declaration, amended in 2000 and the “Rules of Clinical Practice in the Russian Federation” (1993). All students gave written informed consent to participate in the study.
The examination report. Each participant in the study was examined according to the protocol twice. The first survey was conducted prior to the study and the second - at the end of the study (after 8 weeks). Statistically significant differences of students of the first and second groups were evaluated in dynamics - day "0", day "60". According to the protocol were evaluated and analyzed:
• Individual registration cards (IGC) containing medical and demographic (age, gender), anthropometric (height, body weight) characteristics, health data, information on social and labor status, attitude to smoking.
• The level of magnesium deficiency and pyridoxine, which were evaluated during testing using a structured questionnaire [4, 5].
• The level of stress exposure of students using the method of integrated diagnosis and correction of occupational stress IDICS, presented in the form of a structured questionnaire of 6 basic scales and formed in accordance with the hierarchical scheme of stress analysis [6]. A brief description of this technique is given in Table 1. According to the IDICS scale, manifestations of acute stress were: physiological discomfort, mental and emotional stress, difficulties in communication. For chronic stress, asthenia, sleep disorders, anxiety, depressive states, and aggression were also characteristic.
• Personal and behavioral deformities, assessed by the presence of signs of burnout syndrome (apathy, complete lack of interest in work and study), neurotic reactions, shocking or excessive isolation.
• The state of various types of memory, for which diagnostics of the general state of aural speech, visual and motor memory using neuropsychological diagnostic techniques using the DIAKOR program developed at the Faculty of Psychology of Moscow State University [1]. This made it possible to answer the question about the weakest links of the corresponding types of memory, such as the basic mental process, which influences the manifestation of other mental functions under the influence of occupational stress.

For statistical processing of the results of the study, methods of mathematical statistics were used, including the calculation of numerical characteristics of random variables, testing of statistical hypotheses using parametric and non-parametric criteria, correlation and analysis of variance. To test the statistical hypotheses about the difference in the mean values ​​of the signs, the method of visual comparison of 95% confidence intervals was also used. The estimation of the confidence intervals was made by the binomial distribution. To mark the boundaries of the 95% confidence interval of relative values, the “#” symbol was used, separating the upper and lower boundaries of the 95% confidence interval of the true mean value of a random variable. Comparison of predicted and observed frequencies of occurrence of characters was performed using the Chi-square test. For comparison of dependent variables, the most accurate Wilcoxon-Mann-Whitney T-test was used when conducting medical research (which, as is well known, is not limited to a certain form of distribution of a random variable). For statistical processing of the material used by the application "STATISTICA 6.0". Calculated confidence levels; P values ​​were considered significant
Results and discussion
There were no statistically significant differences in the age, gender, or body mass of the students in both groups (p> 0.05). Table 2 shows the analysis of the incidence of diseases in the students surveyed. Analysis of the frequency of occurrence of individual diseases recorded in students in the IGC, showed that the most common among students of both groups are diseases of the gastrointestinal tract, cardiovascular diseases. For all diseases, there were no statistically significant differences in the incidence of individual diseases between groups 1 and 2 (p> 0.05).
The homogeneity of the studied groups was also analyzed by means of a pair of correlation methods for Spearman. In both groups, on the day “0”, clear correlations were observed between the levels of magnesium deficiency and the parameters on the IDICS scale. Thus, correlations were found between the level of magnesium deficiency and conditions, and the organization of labor (P
1. Stress exposure
Indicators of the total stress level in the study groups on day “0” practically did not have differences, and the overall stress index on the IDICS scale (“V0” in Table 3) corresponded to a high level (58.1 in the study group and 55.3 in the control group) . On Day 0, students in both groups could identify the following characteristics of occupational stress:
• impeding external circumstances (poor working conditions, problems in the organization of the labor process and high intensity loads);
• strengthening of inadequate forms of stress relief: smoking, drinking alcohol;
• demonstration of hostile behavior characteristic of magnesium deficiency [5, 7].

When comparing the assessment of occupational stress among students of the initial level (day “0”) and after 2 months (day “60”) in the control group (second group), the subjective assessment of the professional situation worsened significantly (during the observation period, the workload increased session) (p = 0.021). The deterioration was accompanied by signs of psychological exhaustion — emotional tension, a decrease in general well-being, an increase in anxiety, signs of depression, and sleep disorders.
At the same time, in the study group that received Magne B6 therapy, despite the growing tension in studies and preparation for the session, the test index of the subjective assessment of the professional situation did not significantly change (which corresponds to the supportive effect of the drug). In addition, Magne B6 therapy reliably reduced the severity of experiences of acute and chronic stress (p = 0.022 and 0.001, respectively), which was manifested in improving the general well-being, mood, concentration of attention, remembering the necessary information. In the control group, the level of chronic stress also decreased, albeit unreliable (we believe that this is the answer to the use of placebo and the element of keeping some test questions in memory).
Most importantly, taking the drug Magne B6 led to a decrease in the severity of stress reactions. The overall stress index of IDICS in this group also decreased significantly (p = 0.001), whereas in the control group it grew. In addition, Magne B6 therapy significantly (by 30%) reduced the manifestations of personal behavioral deformities (p = 0.00001), i.e., reduced the signs of burnout syndrome and neurotic reactions (see Table 3). Students have improved performance indicators of autonomy of the tasks (autonomy). The most significant differences are summarized in fig. one.

2. Memory Functioning
On the DIAKOR scale, the parameters of aural speech, visual and motor memory were assessed. According to this scale, the functioning of memory was evaluated inversely as the number of so-called “Penalty points”, i.e., the lower the score, the more effectively memory operates. Almost all parameters of all three types of memory showed significant improvements in the group that took Magne B6, compared to the control.
a) When evaluating the parameters of hearing-speech memory on the day “60”, students of both groups improved the integral indicator of hearing-speech memory (p 6) by the end of the treatment course the changes were higher than in the control group: the integral memory indicator on the DIAKOR scale improved by 2.55 against 2.42 times, respectively (P 6, the best results were obtained in combining various stimuli into holistic semantic structures, i.e., the ability to analyze and synthesize information. In the group of students who took Magne B6, penalty points for combining incentives into holistic thought structures decreased from 1.16 to 1.02 (R b) When evaluating the parameters of visual memory on day 0, no significant changes were detected in the comparison groups (p> 0.05). On the day 60, students in the control group there was an improvement in the volume of direct visual memory on the IDICS scale (p = 0.05), the other parameters did not significantly change (Table 4).
At the same time, in the group of students who took Magne B6, the data obtained on day 60 indicate a pronounced and, most importantly, significant improvement in the integral index of visual memory (5.4 times, p in). In a comparative assessment of the parameters of the motor memory of the studied group on day “0” and dynamic parameter estimation in the second group (control) no significant changes were detected (p> 0.05). The students of the studied group significantly improved the integral index of motor memory (p = 0.0035, 2.3 times versus 1.9 times as compared with the control group) due to a significant increase in the amount of direct memory (5 times, p = 0.014) ( Table 5).
Differences in the integral indices of different types of memory are summarized in Fig. 2
Thus, the course dose of the drug Magne B6 improves the parameters of the visual, auditory and motor memory. Improving the parameters of both visual and auditory memory is related to the optimization of the work of the posterior structures of the left hemisphere, the anterior structures of the left hemisphere, the posterior sections of the right hemisphere and the anterior sections of the right hemisphere. At the same time, improving the performance of motor memory, the drug is likely to affect the work of brain structures providing interhemispheric interaction.

3. Evaluation of magnesium and vitamin B6 levels
The students of both groups had about the same level of magnesium deficiency and B6 hypovitaminosis at day 0. The two-month course of Magne B6 vitamin-mineral complex significantly reduced the total points of magnesium deficiency (p = 0.000001) and vitamin B6 (p = 0.00003), which corresponds to a significant improvement in the provision of magnesium and pyridoxine, while in the control group there is a change in indicators (Fig. 3).
Another interesting observation directly indicating the normalization of magnesium homeostasis was a significant reduction in convulsions of the gastrocnemius muscles in the study group (p 6 and 19.35% (6 out of 31) in the control group complained about the "reduction" of the gastrocnemius or foot muscles during swimming or after the pool, as well as after training in the gym. On the “60” day, in the control group, the number of students who complained of leg cramps not only did not decrease, but increased to 25.8% (8 out of 31), while as in the group of students taking Magne B6, no convulsions were observed Not a single student has an elk (Fig. 4).

findings
Thus, against the background of the course taking the drug Magne B6 noted:
1. a significant reduction in the symptoms of magnesium deficiency and vitamin B6;
2. Improving the performance of hearing, movement and visual memory;
3. reducing the experience of acute and chronic stress, reducing personal and behavioral deformities, improving muscle performance.

These results indicate that the 60-day course of the drug Magne B6 is an effective way of pharmacological correction of magnesium and vitamin B6 deficiency, which was manifested in a significant improvement in cognitive functions and, above all, memory and reduction of negative stress manifestations with high psycho-emotional stress.
Thanks. We are very grateful to the asp. I.V. Gogol, Assoc. O.A. Nazarenko, V.A. Abramova, A.S. Murinu for assistance in conducting a clinical study and a VSP. A.Yu. Gogolev - for help with mathematical data processing.


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Natural Vitality Calm, The Anti-Stress Dietary Supplement Powder, Cherry - 16 Ounces



Natural Vitality Calm, The Anti-Stress Dietary Supplement Powder, Cherry - 16 Ounces
Natural Vitality Calm, The Anti-Stress Dietary Supplement Powder, Cherry - 16 Ounces


How to fill the magnesium deficiency in the body



If in the winter you are accustomed to catch up with apathy and irritability, do not rush to blame the weather. More like that you do not have enough magnesium - a trace element that plans to push vitamin C from the post of the chief health officer.

The human body is a powerful chemical laboratory that works without holidays and weekends every second of life. For thousands of reactions constantly need vitamins, trace elements, water, fatty acids, glucose. As in any industry, some substances are needed quite a bit, and even if they are not in stock, no one will die: they will replace, synthesize, postpone the reaction until better times. But some elements are needed all the time, and their shortage can stop the work of the enterprise. It’s like in the restaurant’s kitchen: a good chef will manage without capers or lime leaves, but if you don’t have salt or oil on hand, the establishment will not last long.

Magnesium Magnesium
The most popular vitamins and microelements in the lab called “man” are vitamin C, potassium, sodium, calcium, iron and magnesium. The latter keeps a little apart by chance: compared with colleagues, it is not so easy to get from food. First, magnesium champion products are not very popular. Remember how often you personally eat rice bran, seaweed, pumpkin or watermelon seeds? Secondly, in cereals, leafy greens, nuts, which are considered to be good sources of magnesium, every year less and less of this element. This is due to the depletion of the soil and aggressive farming: the introduction of some fertilizers reduces the content of vitamins, micro and macro elements and antioxidants in plant foods. According to the US Food and Drug Administration (FDA), over the past
For 50 years, vegetables and fruits have become 30–50% less valuable from the point of view of mineral substances. Another reason to talk about magnesium is that its consumption increases markedly in the event of stress. A rare resident of the metropolis can boast that he lives without emotional shocks, physical and intellectual stress, lack of sleep, fast food, and all this causes the body to spend more magnesium for the body to work properly.

Will not find it
A serious magnesium deficiency is difficult not to notice: literally all organs and systems will signal this. The element is necessary for muscle and nervous relaxation - it helps to relax the blood vessels and heart muscle, soothe in stressful situations. If there is a shortage of magnesium, the person will quickly experience symptoms such as high blood pressure, tachycardia, tearful or depressive state. Magnesium also helps to assimilate the most important for health vitamin D, participates in the formation of the bone skeleton and lipid metabolism, is necessary for the normal course of pregnancy. It is also important that in a situation when a person does not receive 320-500 mg of a substance necessary for him every day with food, the body begins to take magnesium from the bones - its main reserves are stored there. Such crediting will not lead to anything good: efforts to exchange will be spent a lot, and the result will be only a short-term improvement in the general condition of the person and the fragility of the bones in the future.

Out of range
It is considered if a person fully and variedly eats, does not experience increased physical and emotional stress, and does not carry a child, he only needs magnesium, which is ingested with food and water. But in reality, experts of the World Health Organization claim that about 75% of the inhabitants of industrialized countries receive less than the recommended daily dose of this element, and most of them are satisfied with only 10% of the required amount. Plus, even those crumbs that enter the body with nuts, seeds, seafood, meat, are often poorly absorbed due to the genetic characteristics of a particular person, diseases of the gastrointestinal tract and diets with a large amount of calcium and protein - these substances prevent the absorption of magnesium.

That is, ever-losing weight lovers of cottage cheese and chicken breast in a particular risk group: chronic fatigue and bad mood may well be companions of their diet precisely because of the incomplete absorption of magnesium. Sweet tooths are also unlucky: excessive sugar consumption worsens magnesium metabolism, and its lack, in turn, threatens insulin resistance and the development of various forms of diabetes.

Refer to the sources
We can do nothing with the quality of modern products, but we can change a lot in our own way of life, so as not to suffer from magnesium deficiency. Step one is to remember that this valuable element can be obtained not only from food. The largest organ of the human body, the skin, is able to absorb it directly. Therefore, baths with English salt is a good way to help your nervous system recover from a hard day. By the way, this bath also contributes to detoxification of the body, so before swimming it is recommended to drink a couple glasses of water.

The second stage of magnetization is to take dietary supplements with this element in the composition, after consulting with a doctor. The recommended daily intake is 320 mg, for women over 30, it can be increased to 400 mg. Since not all forms of magnesium are equally well absorbed, endocrinologists recommend taking it in the form of citrate or glycinate. But you shouldn’t hope for supplements only: the human body prefers to receive necessary substances from food. The good list of foods rich in magnesium is very appetizing: here and avocado with dried apricots, and spinach with soy, and sea fish with sesame, and buckwheat with quinoa.

Top 10 magnesium deficiency symptoms

Cramps, especially at night and after exercise. Tingling and numbness in the arms and legs.
Feeling of chronic fatigue, lack of energy in the morning after a long sleep.
High blood pressure.
Crying, irritability, increased manifestations of PMS.
Edema, fluid retention, constipation.
Indistinct eyesight, nausea, loss of coordination, clouded consciousness.
The sharp deterioration of the skin, hair and nails.


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