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Other names: Lanoxin

THE HEART UNDER ATTACK
When the heart has a heart attack, what actually happens is the heart muscle goes into a kind of spasm, very like the cramp we all experience when we work our leg muscles too hard. This is due to an inadequate blood supply suddenly becoming a critically inadequate supply.
It is also sometimes due to a build-up of unwanted substances in the heart muscle (fats, toxins, calcium deposits, etc) which quite literally cramp its style, impeding either its
arterial-supply system or its electrical pace-making system, or both.
It must be understood that the heart cells are energy-producing factories, as are all body cells. Under the presence of enzymes (organic catalysts) they are able to ‘burn’ food in the presence of oxygen to produce the energy for life. This main process is called oxidative phosphorylation.
When the heart muscle cells becomes critically starved of supplies and/or increasingly poisoned by metal ion imbalances or clogged by blood which is too ‘sticky’, altered cell chemistry occurs and this, according to experts such as Dr Morton Walker in his book, The Chelation Answer, results in the PH of the cells changing from neutral to acid. This attracts even more calcium ions which, in a vicious circle, block oxidative phosphorylation even further. Also, the presence of excess calcium in heart cells is in itself known to precipitate spasms in the coronary arteries supplying the heart.
So the heart is at the point where, whatever the specific cause of the attack, it needs to be stabilized electrically and chemically rather than attacked further and scarred by invasive surgery.
This, says Dy Walker and others, will arrest the process of starved muscle dying and minimize tissue loss in that most vital of organs. And indeed research has categorically shown for more than a decade that those who avoid the surgical option when they have a heart attack fare just as well, live just as long (often more actively and usefully because they have not been incapacitated and weakened by surgery) than those who have it.
Only a minority of cases justify heart surgery, and this is an opinion shared by many
forward-thinking doctors, such as leading Netherlands cardiologist, Dr Peter Van Der Schaar, who has turned almost entirely to chelation therapy. (Van Der Schaar trained in advanced surgical techniques in Texas but converted almost entirely to chelation therapy when he saw that the results did not justify going on with it.)
That aside, you are more likely to be offered an operation than chelation for some years to come. Although cardiac surgeons could turn to chelation therapy with minimal training (days or weeks, rather than months or years), it takes a lot of persuading to induce a profession to give up at least a part of what for them is a way of life – and living.
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