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Magnesium deficiency triggers or causes the following 22 conditions
1. Anxiety and
3. Blood Clots
4. Bowel Disease
10. Heart Disease
14. Kidney Disease
15. Liver Disease
18. Nerve problems
19. Obstetrics and Gynecology- Premenstrual Syndrome; dysmenorrhea (cramping pain during menses); infertility; premature contractions, preeclampsia, and eclampsia in pregnancy; lessens the risk of cerebral palsy and Sudden Infant Death Syndrome (SIDS)
21. Raynaud''s Syndrome
22. Tooth decay
See Miracle of Magnesium for details
The Important Role of Nutritional Magnesium and Calcium Balance in Humans Living with Stress
By A. Rosanoff, Ph.D.
Part I. The Stress Response
The stress reaction is a host of responses necessary for any animal to live in the world. Commonly called the “fight or flight” reaction, we as humans often experience it in rapid heartbeat and increased breathing rate. It comes when we exercise more vigorously than usual, or when we are suddenly and unexpectedly frightened.1
We are all different. We show a range in how strongly we experience the stress response. Most of us are usually calm and experience the stress response when an unexpected noise frightens us to alertness, or we run to first base as fast as we can in a benefit baseball game which is not on our usual playtime schedule. We breathe harder for awhile and notice out hearts beating faster and harder than usual, but after awhile these responses all calm down, and we are again in our usual state—out of the stress response. Others of us are very low key, and it takes a lot to disturb our physiological calm. Still others of us are very sensitive to triggers of the stress response and go into it “at the drop of a hat” and to a greater degree than do calmer people. For some, parts of the stress response are almost always engaged—never really calming down all the way—giving one a hyper vigilant or anxious demeanor.
When a stress trigger occurs, the body puts out stress hormones, magnesium and calcium, among other things, into the bloodstream2. At the same time, nerve cells begin to “fire”, telling heart and muscles to “speed up, NOW!!!” These blood, nerve and organ changes make possible the instantaneous and collective rise in the body’s heart rate, blood pressure, and other necessities for the “fight or flight” reaction.1
Much research has been done on the stress response, especially on the effects of stress hormones, such as adrenaline (also called epinephrine) on body, organ and cell. You can get an idea of how widespread the stress response is—affecting every aspect of physiology—by noting some of the reactions to adrenaline, one of the major stress hormones.14 See Table 1.
The Effects of Adrenaline: Adrenaline (also called epinephrine) is one of the body’s major stress hormones. When adrenaline is released into the bloodstream, it has simultaneous, rapid, and widespread effects on the body. These include:
• widespread effects on circulation, muscles and sugar metabolism
• raised heart rate
• increased heart output
• increased rate and depth of breathing
• increased metabolic rate
• increased force of muscular contraction
• delayed muscular fatigue
• reduced blood flow to bladder (muscular walls relax and sphincters contract)
• reduced blood flow to intestines
• increased blood pressure
• increased sugar (glucose) in the blood
• increased break-down of glucose for energy*, especially in muscle cells
• increased free fatty acids in the blood*
• more oxidation of fatty acids to produce energy*
• more ATP (the cells’ primary energy compound) produced*
• blood vessels constrict
Much study at the cellular, biochemical and physiological levels have shown that the stress response vitally involves the influx of calcium into cells, resulting in a drastic change in the cells’ internal Magnesium to Calcium Ratio (Mg:Ca).
In simple solutions, such as salt water, all ions are evenly dispersed. Not so in living cells. Ions are carefully and meticulously separated in living cells, and this ion “packaging” is vital to life processes and health. Calcium ions, for the most part, are kept outside cells while magnesium ions are kept mainly inside cells. The stress response changes this. During stress response, calcium ions rush inside the cell, and this alters the internal Mg:Ca ratio.
This change in ratio exhibits wide effects because, while magnesium and calcium are very similar in their chemistry, biologically these two elements function and react very differently. Magnesium and calcium are two sides of a physiological coin: they are antagonistic to one another yet come as a team. For example,
• Calcium excites nerves, magnesium calms them down.
• Calcium makes muscles contract, but magnesium is necessary for muscles to relax.
• Calcium is necessary to the clotting reaction—so necessary for wound healing—but magnesium keeps the blood flowing freely and prevents abnormal thickening when clotting reactions would be dangerous.
Scientific study shows more and more that the underlying cellular change enabling the stress response is a low Mg:Ca ratio caused by a large and sudden influx of calcium into cells. The stress response subsides when the cells’ magnesium returns to its dominant presence inside cells, moving extra calcium back outside cells to its “normal” position, thus restoring the cells’ normal Mg:Ca ratio. This underlying principle is present in studies of nerve cell–stress hormone response,4 organs such as hearts,3 the high blood pressure response to stress5,6,7,8 and the blood clotting reaction during stress,9,10,11,12 among many others. See Table 2.
Magnesium and calcium are an “antagonistic” team in the “fight or flight” re
|Blood cell clumping(platelet aggregation)
|Other Blood clotting reactions
In the normal healthy state, the stress response occurs when necessary, and subsides when the crisis or trigger is over. Since magnesium and calcium—two essential nutrients that must be obtained by the body from its dietary environment—are so essential to this important response, it is not surprising that nutritional magnesium and calcium status can affect the response. Let’s see how.
In the normal, unstressed state, cellular Mg:Ca ratio is high. If this cannot be maintained due to lack of adequate body magnesium or an overwhelming amount of body calcium, the ratio may not be able to maintain or return itself to its healthy, non-stressed ratio. In such a case, the stress response, in the absence of an appropriate trigger, can occur. This can be seen when nutritional magnesium deficits cause high blood pressure 5,6 or increased blood “stickiness” (platelet aggregation).9 Additionally, since a low Mg:Ca ratio can increase adrenaline secretion as well as cells’ response to adrenaline, a too low magnesium state can keep the stress response from subsiding in a timely way.1,14Even worse, when body magnesium becomes drastically low, this becomes a stress trigger in itself,1 alarming the body into further stress response without enough magnesium to back it up, resulting in a low magnesium-high stress crisis that can end in sudden death.1,14,15 In the industrialized world we live in a state of chronic, on-going stress. This environmental reality increases our daily need for magnesium in order to maintain a healthy stress response that can calm when not necessary.
Part II. Heart Disease is Often a Magnesium Deficiency
Clearly, an adequate amount of nutritional magnesium in—proper balance with adequate nutritional calcium—is key to a healthy stress response. And yet, today we have diets dangerously low in magnesium.13 Add the recent additions of nutritional calcium via supplements and food fortifications meant to stave off osteoporosis, and many of us are getting inadequate magnesium plus too much calcium. The result is a large occurrence of heart disease.1,13,14,15,16,17,18
Not all, but much of the heart disease in the industrialized world can be explained by the low magnesium state of these societies.13 People with heart disease—for the most part—are people who are in a state of magnesium that is borderline or deficient. Many studies on heart disease patients exist due to medicine’s effort to understand and treat this widespread malady. Although not intended as such, this body of research shows us what stress can do to a person in a magnesium deficient state.
Part III. Mental and Emotional Stress Deplete Magnesium
It is commonly accepted that certain traditional risk factors for heart disease exist. These include high cholesterol, high blood pressure, family history of heart disease, and other factors, all of which can be linked to a shortage of nutritional magnesium.14 Recent studies tell us that stresses—both sudden and chronic—with their high magnesium requirements, are also strong risk factors for heart disease.
The sudden stress of the L.A. earthquake19 World Trade Center attack20 showed an upsurge of adverse heart events in people with heart disease. Even heart patients living in Florida, hundreds of miles away from the WTC attack, showed more adverse heart events in response to 9/11 than in usual times.21 Again, adverse heart events in this largely magnesium deficient population show that the triggered stress response tested their magnesium status and found it wanting.
Emotional stress22 and phobic anxiety23 cause heart problems in patients with heart disease—a population we know to be mostly low in their nutritional magnesium status. Chronic states of emotional stress including a history of childhood abuse, neglect or family dysfunction,24 depression,25 and panic disorder26 must now be added to the list of traditional risk factors for heart disease such as high blood pressure and high cholesterol. Depression can be a symptom of low magnesium status.14 So can anxiety, panic attacks, irritability, hyperactivity, and over-sensitivity to loud noises.14 Do these newly found risk factors cause heart disease, or are they risk factors because they, as well as heart disease, can all be aspects of low magnesium status? These chronic sources of stress can increase the human need for magnesium as well as be caused by its deficit.
Emotional stress triggers in susceptible people can even bring on sudden death due to heart attack,27 presumably by initiating a stress/low-magnesium crisis. Such emotional “triggers” include work stress, high-pressure deadlines, social isolation and loneliness, low socioeconomic status, anxiety, war, fear of war, anger and rage.28 Identical stress triggers cause more human heart attacks regardless of age, race, gender, or geographic location, including continent.29
Mental stress, such as working out a math problem,30 can be shown to have impact upon the magnesium-stress response connection since it can bring on heart attacks in people with heart disease.
Part IV. Stress, Magnesium and Aging
We are hearing a lot about stress in the health media, and rightly so as this constant companion to our lives brings on the fight or flight syndrome, a stress response that, when activated, has been shown to shorten lifespan.34 When we realize that the stress response is exacerbated when we are low in magnesium, that we are living on low-magnesium foods for the most part, and that our lifestyles are more and more filled with chronic stresses and stressful events, we are not surprised to see that several aspects of magnesium deficiency are remarkably like aspects of the aging process.35
When faced with our stressful lifestyles, coupled with a society presenting a chronically low-magnesium/high-calcium diet, what is our best defense? For many of us, magnesium supplements can help to preserve or restore a healthy Mg:Ca balance, so important to our health in these stressful times.
1. “Magnesium plays a vital role in the stress reaction; stress can deplete the body of magnesium; low magnesium both triggers and increases the stress response; adequate magnesium allows the stress reaction to naturally subside.”
Seelig, M. S. (1994). “Consequences of magnesium deficiency on the enhancement of stress reactions; preventive and therapeutic implications (a review).” J Am Coll Nutr 13(5): 429-446.
2. “Stress causes blood adrenaline, calcium and magnesium to go up.”
Body, J. J., P. E. Cryer, et al. (1983). “Epinephrine is a hypophosphatemic hormone in man. Physiological effects of circulating epinephrine on plasma calcium, magnesium, phosphorus, parathyroid hormone, and calcitonin.” J Clin Invest 71(3): 572-8.
3. “In isolated rat hearts, high calcium stimulates the adrenaline response while high Magnesium slows it down.”
Levin, R.M., N. Haugaard, et al. (1976). “Opposing actions of calcium and magnesium ions on the metabolic effects of epinephrine in rat heart.” Biochem Pharmacol 25(17): 1963-9.
4. “In whole rat physiology and rat nerve cells, Magnesium limits stress hormone release by blocking calcium entry into nerve cells.”
Shimosawa, T., K. Takano, et al. (2004). “Magnesium inhibits norepinephrine release by blocking N-type calcium channels at peripheral sympathetic nerve endings.” Hypertension 44(6): 897-902.
5. “Rats on a magnesium deficient diet show high blood pressure. The inside diameter of their blood vessels becomes smaller as the degree of magnesium deficiency becomes larger.”
Altura, B.M., B. T. Altura, et al. (1984). “Magnesium deficiency and hypertension: correlation between magnesium-deficient diets and microcirculatory changes in situ.” Science 223(4642): 1315-7.
6. “Blood pressure can be made to rise in rats via a chemical treatment that causes a rise in cellular calcium.
Supplementing these animals with magnesium prevented the blood pressure rise and kept the cellular calcium level normal.”
Kh, R., M. Khullar, et al. (2000). “Effect of oral magnesium supplementation on blood pressure, platelet aggregation and calcium handling in deoxycorticosterone acetate induced hypertension in rats.” J Hypertens 18(7): 919-26.
7. “High magnesium makes isolated dog heart arteries relax, while low magnesium makes them contract as well as over-react to stress and other hormones.”
Turlapaty, P. D. and B. M. Altura (1980). “Magnesium deficiency produces spasms of coronary arteries: relationship to etiology of sudden death ischemic heart disease.” Science 208(4440): 198-200.
8. “Low magnesium causes blood vessel contraction in isolated human umbilical blood vessels.”
Altura, B. M., B. T. Altura, et al. (1983). “Magnesium deficiency-induced spasms of umbilical vessels: relation to preeclampsia, hypertension, growth retardation.”
Science 221(4608): 376-8.
9. “In humans, low magnesium intake makes platelet aggregation rate go up. Oral magnesium supplements can bring the rate back down.” Nadler, J. L., T. Buchanan, et al. (1993). “Magnesium deficiency produces insulin resistance and increased thromboxane synthesis.”Hypertension 21(6 Pt 2): 1024-9.
10. “Platelet aggregation in human blood, one aspect of the stress reaction, requires calcium to proceed, but too much or too little calcium will not allow these cells to aggregate. High concentrations of magnesium forestall aggregation even when adequate calcium is present.”
Herrmann, R.G.,W. B. Lacefield, et al. (1970). “Effect of ionic calcium and magnesium on human platelet aggregation.” Proc Soc Exp Biol Med 135(1): 100-3.
11. “As magnesium goes up, platelet aggregation and activation in human blood cells goes down.”
Hwang, D. L., C. F. Yen, et al. (1992). “Effect of extra cellular magnesium on platelet activation and intracellular calcium mobilization.” Am J Hypertens
12. “Coagulation does not change with normal levels of serum magnesium.
Sacha, T. and A. B. Skotnicki (1997). “[The effect of magnesium on blood coagulation—state of the art literature review from1959 to 1995].” Przegl Lek 54(2): 122-5.
13. “Much of the heart disease in the modern world is a magnesium deficiency.”
Marier, J. R. (1982). “Quantitative Factors Regarding Magnesium Status in the Modern-Day World.”
Magnesium 1: 3-15.
14. “All risk factors for heart disease can be simply explained as a magnesium deficiency.”
Seelig, M. S. and A. Rosanoff (2003). The Magnesium Factor. New York, Avery Penguin Group.
15. “Magnesium deficiency can cause heart disease, including sudden cardiac death.”
Frost, F. J. (2004). “Studies of Minerals and Cardiac Health in Selected Populations.”
16. “Areas with a high calcium: magnesium ratio in drinking water show heart calcification in humans who have died of heart disease.”
Bloom, S. and L. Peric-Golia (1989). “Geographic variation in the incidence of myocardial calcification associated with acute myocardial infarction.” Hum Pathol 20(8): 726-31.
17/18. “Finland in the 1970’s had one of the highest death rates due to heart disease. After a 20-year program that included the raising of magnesium intakes, the country had one of the lowest death rates due to heart disease.” 17. Karppanen, H., R. Pennanen, et al. (1978). “Minerals, coronary heart disease and sudden coronary death.” Adv Cardiol 25: 9-24.
18. Karppanen, H. and E. Mervaala (1996).
Adherence to and population impact of non-pharmacological and pharmacological antihypertensive therapy.” J Hum Hypertens 10 Suppl 1: S57-61.
19. “Sudden stress (earthquake) can bring on heart attack in susceptible people.”
Leor, J., W. K. Poole, et al. (1996). “FT: Sudden Cardiac Death Triggered by an Earthquake.” N Engl J Med 334(7): 413-419.
20. “The sudden stress of the 9-11 WTC attack brought on serious heart arrthythmias.”
Steinberg, J. S., A. Arshad, et al. (2004). “Increased incidence of life-threatening ventricular arrhythmias in implantable defibrillator patients after the World Trade Center attack.” JAmCollCardiol 44(6): 1261-1264.
21. “Even sudden stress via “the news” can bring on heart distress in susceptible people living far away from the scene of the actual crisis.” Shedd, O. L., S. F. Sears, Jr, et al. (2004). “The World Trade Center attack: Increased frequency of defibrillator shocks for ventricular arrhythmias in patients living remotely from New York City.” J Am
Coll Cardiol 44(6): 1265-1267.
“Emotional Stress Can Impact the Heart”
Wittstein, I. S., D. R. Thiemann, et al. (2005).
“Neurohumoral features of myocardial stunning due to sudden emotional stress. ”NEngl JMed 352(6): 539-48.
23. “Phobic Anxiety is a risk factor for heart attack death in women as well as men.”
Albert, C. M., C. U. Chae, et al. (2005). “Phobic Anxiety and Risk of Coronary Heart Disease and Sudden Cardiac Death Among Women.”
24. “Childhood abuse, neglect and family dysfunction are risk factors for heart disease.”
Dong, M., W. H. Giles, et al. (2004). “Insights into causal pathways for ischemic heart disease: adverse childhood experiences study.” Circulation 110(13): 1761-6.
25. “Depression is a risk factor for heart disease.”
Rumsfeld, J. S., P. G. Jones, et al. (2005). “Depression predicts mortality and hospitalization in patients with myocardial infarction complicated by heart failure.” Am Heart J 150(5): 961-7.
26. “Panic disorder is a risk factor for heart disease.”
Gomez-Caminero, A., W. A. Blumentals, et al. (2005). “Does Panic Disorder Increase the Risk of Coronary Heart Disease? A Cohort Study of a National Managed Care Database.” Psychosom Med 67(5): 688-691. 27. “Stress, like alcohol, can lower magnesium status enough to bring on a heart attack in elderly people with heart disease.”
Myers, A. and H. A. Dewar (1975). “Circumstances attending 100 sudden deaths from coronary artery disease with coroner‘s necropsies.” Br Heart J 37(11): 1133-43.
28. “Emotional triggers that can bring on heart attacks include work stress, high-pressure deadlines, loneliness, money worries, anxiety and depression, war or fear of war, anger, rage.”
Strike, P. C. and A. Steptoe (2005). “Behavioral and Emotional Triggers of Acute Coronary Syndromes:
A Systematic Review and Critique.” Psychosom Med 67(2):179-186.
29. “Psychologically stressed or depressed people, regardless of race, gender, or geographic location, have more heart attacks than people not living with work, home or financial stress.”
Rosengren, A., S. Hawken, et al. (2004). “Association of psychosocial risk factors with risk of acute myocardial infarction in 11119 cases and 13648 controls from 52 countries (the INTERHEART study): case-control study.” Lancet 364(9438): 953-62.
30. “Mental stress can impact hearts.”
Strike, P. C. and A. Steptoe (2003). “FT: Systematic review of mental stress-induced myocardial ischaemia.” Eur Heart J 24(8): 690-703.
31. “ECG patterns predictably change from normal with a magnesium deficiency.”
Seelig, M. (1969). “Electrographic Patterns of Magnesium Depletion Appearing in Alcoholic Heart Disease.” Annals of the Academy of Sciences 162(2): 906-917.
32. “Vigorous exercise in a normally inactive person brings on cardiac death more often than in regularly active persons.”
Siscovick, D. S., N. S. Weiss, et al. (1984). “The incidence of primary cardiac arrest during vigorous exercise.” N Engl J Med 311(14):874-7.
33. “Even when magnesium status is low, regular exercise maintains magnesium in the muscles used for physical exercise (in rats).” Brilla, L. R., J. H. Fredrickson, et al. (1989). “Effect of Hypomagnesemia and Exercise on Slowly Exchanging Pools of Magnesium. ”Metabolism 38(8):797-800.
34. “Activation of the stress response can shorten life span.” Mobbs, C. V. (2004). “Not Wisely but Too Well: Aging as a Cost of Neuroendocrine Activity.” Sci. Aging Knowl. Environ. 2004(35): pe33-.
35. “Aspects of low magnesium status are remarkably like aspects of aging.” Saito, N. and S. Nishiyama (2005). “[Aging and magnesium].” Clin Calcium 15(11): 29-36.
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