May 9th 2008

Evolutionary Theory Harms Health

Belief in the theory (it is a theory, not a fact, incidentally) of evolution is not without health consequences.

Materialists embrace the concept as the ultimate explanation of life. As an evolutionist sees it, the trillions of interactions that occur in every cell moment to moment keeping us alive came into being as a result of chance occurrences over time. We are to believe the billions of variations in nature, perfectly fitted to environmental niches, are all a result of randomness being sorted by blind natural pressures over time. To evolutionists (materialists/reductionists), we, and all of the beauty and complexity of life of which we are a part, are just so much inevitable “thermal noise.” All that is needed are some atoms (where those came from is conveniently ignored) and time (where that came from is also ignored) and kazaam! Life eventually emerges. (For more on this subject see my book, The Creation-Evolution Controversy I wrote it a thousand years ago or so but it is proving truer with each emerging scientific discovery.)

On the face of it, it is absurd. It hasn’t become more rational with over a century of scientific discovery, probing into the sub-atomic level, half the earth turned upside down looking for “links,” and countless animal and plant experiments proving nothing more than creatures vary within their defined types but do not transmutate into new organisms.

For over a century, medicine (and reductionistic nutrition) has been structured based upon faith (like in religion) in evolution. The modern medical approach is materialistic/evolutionary in that it assumes we are just an assemblage of nuts, bolts and plumbing and that repair will come from merely understanding more fully the mechanics. The fact (not theory) that modern medicine is not only in the main ineffective, but is outright dangerous

The danger of materialistic/evolutionary thinking is the cockiness it creates. It wrongly assumes we can know everything from a materialistic viewpoint. It is wrong scientifically because the deeper we go, the more unknowable things become… such as ultimate origins, infinity, and the uncertainty inherent in quantum mechanics (study of the smallest atomic particles). Since humans have unveiled some of the mysteries of the past - long cloaked in religiosity and mystery - by merely looking materialistically closer, then we will similarly solve all present questions, it is reasoned. If something works (like the Industrial Revolution), then more of the same (materialistic study) will work too, is the thinking.

But we must be careful of extrapolation. Because I can jump over the couch (which I thankfully still can without falling on my face too often), does not mean with enough practice I can jump over the moon. The big-picture evolution - that we are nothing but hydrogen stardust acted on by known forces of nature over time - is the jump-over-the-moon feat. Knowing the mechanics of genetics and watching fruit flies mutate into different kinds of fruit flies is the easy jumping over the couch kind of thing.

The genetics of Mendel replaced the Lamarckian idea of inheritance of acquired characteristics to lay the groundwork for modern evolutionary theory. Cast aside was the wishful thinking that if you got real smart, you would pass that on to your children. Or if you did a lot of curls, your children would get big biceps.

But new research is casting doubt on the fundamental sacred mechanism of evolution, that random mutations selected by the environment create survival of the fittest. (See also my previous article on morphogenic fields. Scientists at Harvard’s School of Public Health have discovered nonrandom result-oriented mutations. In other words, if the environment dictates a change, this “need” will cause mutations that create the desired new form (phenotype). They are finding that bacteria are choosing which mutation they will produce. Instead of just DNA encoding m-RNA that creates protein that creates form to brave the environment, the reverse is happening. The environment is perhaps sending a message in reverse up this chain to DNA, forcing the appropriate mutation. This flies in the face of the central dogma of evolutionary molecular biology that the cells’ experience (other than mutations which are practically 100% deleterious) may not influence the sequence of bases in the DNA molecule. One scientist wrote regarding this evidence, “molecular biology… has deserted the reductionist.” This is not to suggest that Lamarckism is correct, just that it might not be so wrong after all. This also does not mean that organisms can change into anything depending upon the environmental circumstances. It just means that the environment interplays with the genome more than previously thought and that life is not a pure linear manifestation of a genetic blueprint.

Time and further investigation will inevitably show the naivet

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May 3rd 2008

How to Survive a Heart Attack

Most heart attacks start slowly, with mild pain or discomfort. Common symptoms of a heart attack are:

- Chest pain that does not clear up after resting or taking angina medications. Most heart attacks involve discomfort in the center of the chest that lasts more than a few minutes, or that goes away and comes back. It can feel like uncomfortable pressure, squeezing, fullness or pain.

- A feeling of a crushing weight against the chest and profuse sweating.

- Discomfort in other areas of the upper body. Symptoms can include pain or discomfort in one or both arms, the back, neck, jaw or stomach.

- Nausea, vomiting, and cold sweats.

- A feeling of indigestion or heartburn.

- Fainting.

- A fear of impending death (angor animi).

Other symptoms of a heart attack are:

- Shortness of breath.

- Dizziness, weakness, and fainting.

- Abdominal pain.

If you think you are having a heart attack get help immediately. Each year up to 460,000 people die of heart disease in an emergency department or before reaching hospital. That’s up to 60% of cardiac deaths.

The first 3-6 hours are critical. By getting help early you greatly increase your chances of survival and greatly lessen permanent damage to your heart.

Take 1/4 tablet of aspirin and make sure that the emergency health providers know so that an additional dose isn’t given. And tell the emergency health providers that you think you are having a heart attack.

Kevin Davies is webmaster of preventingheartfailure.com and author of “Preventing Heart Failure” eBook. In this eBook you’ll learn how to significantly reduce your risk of heart disease. To buy “Preventing Heart Failure” please visit http://www.preventingheartfailure.com

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April 15th 2008

An Epidemic of Heart Failure

About 12.6 million Americans currently have heart disease. In the UK, the number is over 2.5 million.

1.1 million Americans will experience a serious heart event this year.

In Australia, cardiovascular disease kills over 49,741 people each year.

In 1998 cardiovascular disease killed over 79,389 Canadians.

In 80 to 100% of cases of fatal coronary artery disease one or more of four risk factors were involved. These are:

* High cholesterol
* High blood pressure

* Smoking

* Diabetes

One in four Americans have some form of cardiovascular disease. Every 34 seconds one American will die as a result of cardiovascular disease.

No other disease claims as many women’s lives as cardiovascular disease. One American woman dies each minute as a result of cardiovascular disease.

Around 700,000 Americans will have a stroke this years. That’s one stroke every 45 seconds.

HEART DISEASE IS THE SINGLE BIGGEST KILLER OF AMERICANS. IT KILLS AS MANY AMERICANS AS THE NEXT 5 LEADING CAUSES OF DEATH.

If

* you are a smoker or

* you have unhealthy levels of cholesterol or

* you have high blood pressure or

* you have diabetes or

* you are overweight or

* you have a family history of early heart disease

then you are a risk of heart disease.

The good news is that you can dramatically reduce your risk of heart disease by following four simple steps:

- Step One: See your doctor.

- Step Two: If you are a smoker, quit smoking.

- Step Three: Start a regular exercise routine.

- Step Four: Change your diet.

Step four involves eating foods that improve your cholesterol and blood pressure.

Kevin Davies is webmaster of preventingheartfailure.com and author of “Preventing Heart Failure” eBook. In this eBook you’ll learn how to significantly reduce your risk of heart disease. To buy “Preventing Heart Failure” please visit http://www.preventingheartfailure.com

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