Which Do You Prefer, Heart Attack or Diabetes? | Epoch Times
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Which Do You Prefer, Heart Attack or Diabetes?
In the United States, anti-cholesterol drugs account for 255 million prescriptions a year, and about nine million people are taking Lipitor. (Paul J. Richards/AFP/Getty Images)

In the United States, anti-cholesterol drugs account for 255 million prescriptions a year, and about nine million people are taking Lipitor. (Paul J. Richards/AFP/Getty Images)

Is it getting easier for patients to make the right health decision today compared to 50 years ago? It should be, considering the huge advances in medical knowledge since that time.

But unless you’re blessed with the wisdom of Solomon, these advances may merely help you exchange one disease for another. As one wise sage remarked, “Life would be easier if there were no ‘buts.’”

For instance, a study reported in the Annals of Internal Medicine has depressing news for those taking cholesterol-lowering drugs (CLDs).

For seven years, researchers studied thousands of middle-aged and older women who were taking CLDs. Their discovery? Compared to those who were not taking this medication, they were 50 percent more likely to develop diabetes. This is hardly what one would call a therapeutic home run.

Another huge CLD study followed 150,000 women in their 50s, 60s, and 70s for seven years. This group was 48 percent more likely to develop diabetes than those not on this medication. Other earlier studies showed that men on CLDs were 12 percent more prone to develop this disease.

No one at the moment knows why CLDs are linked to the development of diabetes. But we’ve known for years that these drugs can cause liver, muscle, and kidney problems. So it’s not surprising that these drugs can also have an adverse effect on sugar metabolism.

Researchers concluded that although patients faced an increased risk of diabetes when taking CLDs, the benefits far outweighed this risk. This is particularly true for people who have existing heart disease or have had a previous stroke. But I think one could debate this point.

The history of CLDs shows several other situations where patients exchange one devil for another. For instance, a major study called Prosper revealed that those taking CLDs had 22 fewer deaths from cardiovascular disease, but this was offset by an increase of 24 deaths from cancer. Hardly a good exchange!

In still other studies, high blood cholesterol was proven to be associated with increased risk of heart disease, but a low cholesterol level showed a greater risk of death from non-cardiac causes such as violent death, mental problems, liver and kidney disease, strokes, and some cancers.

It has also been shown that low cholesterol, after 50 years of age, is associated with increased risk of death. At the University of Denmark, a report stated that about 15 percent of those on CLDs over this age suffer nerve damage.

The most notable case involved Dr. Duane Graveline, a physician and a superbly trained and conditioned U.S. astronaut. He reported that during a routine NASA checkup, doctors discovered he had an elevated blood cholesterol level and prescribed Lipitor.

Graveline arrived home several months later and did not recognize his family. He was diagnosed with a disease called transient global amnesia (TGA). On stopping Lipitor, his memory returned to normal.

NASA physicians refused to believe his mental problem was due to Lipitor. But they agreed to reduce the dose of this drug by half. After Graveline started taking Lipitor again, TGA recurred.

Dr. Annette Draeger, a researcher at the University of Switzerland, took muscle biopsies from 44 patients on CLDs who were complaining of muscle pain. Fifty-seven percent of these biopsies showed significant muscle damage.

It’s not my intention to propose tossing away CLDs. Ninety-nine percent of physicians are convinced that these drugs are the be-all-and-end-all to prevent and treat cardiovascular problems. But I’m not convinced. And I do stress to patients and readers that I’m not related to the Almighty and could be 100 percent wrong.

I like to have an open mind on new medical advances but not so open that my brain falls out. My brain tells me that something must be wrong when you have to accept the increased risk of diabetes and so many other potential problems when taking CLDs.

Today we could prevent 90 percent of Type 2 diabetes simply by not being obese.

Dr. Gifford-Jones is a medical journalist with a private medical practice in Toronto. His website is DocGiff.com. He may be contacted at Info@docgiff.com.

  • DrFitt

    Its important to understand the mechanism of action of CLDs and the pathophysiology of diabetes to make sense of this conundrum. CLDs are congeners of lovastatin,a chemical found in the red yeast rice plant. Obviously plants don’t need to lower their lipid levels,so why are they making this chemical? Plants don’t die from vascular infarcts but they can succumb to fungal overgrowth. To protect themselves from this ubiquitous menace,plants have developed a vast,phytochemical arsenal of antifungals. This is where many of our pharmaceuticals have been derived. 
       Aspirin is from the antifungals found in the white willow plant. When I noted the parallels in the literature concerning aspirin and statins on things such a vascular disease and colon cancer,I wondered if this antifungal property was the common denominator. In the lab I plated agar dishes with Candida yeast. Each dish was then treated with water,Diflucan,aspirin,Zocor,Lipitor,Crestor,or a concoction of plant antifungals.
        Water was the negative control and that plate grew white with yeast overgrowth. The Diflucan had a nice clear zone of inhibition as the positive control. The zone of inhibition of the CLDs was commensurate with the strength of the statin-Zocor had the smallest,followed by Lipitor and Crestor had the largest zone of inhibition. 
       Cholesterol rises due to inflammation in the liver that is precipitated by Candida invasion from the large intestines via the vena cava. The evidence that the cause of liver inflammation is Candida is the association of “non-alcoholic” steatohepatitis(NASH) with metabolic syndrome. The pathology says alcohol but the patient doesn’t drink. Where does the alcohol come from? It comes from the fermentation of liver glycogen by Candida yeast,the same way alcohol is normally made. The glycochemistry of statins is such that they are “smart bombs” for the liver. Their primary attachments will be hepatic. Even so, we should see effects of the decreased pathogen burden in other areas. This explains some of the other benefits seen with statins. Diabetes is due to thyroid hormone deficiency. 
       Thyroid hormone synergizes with insulin to get glucose from the blood stream into cells. This is accomplished via the glut4 receptor. As thyroid levels start their normal decline, around age 27,we start to see elevations in blood sugar. This is kept in check by elevated insulin production. The blood sugar stays normal,for awhile;the trade-off is more fat deposition due to elevated levels of insulin. At some point the system fails and we see elevated fasting blood sugars. If you look,you’ll see hemoglobin A1C start to elevate above 5.0 10 years earlier.     Declining thyroid levels and the subsequent cooler body temps are conducive to yeast 
    overgrowth. 98.6 degrees systemically, keeps them under control. As thyroid levels decline so does systemic body temps. The further from the heart,the colder the temps. We often see this manifest as fungal overgrowth in the toes/feet. Statins control yeast overgrowth in the liver but they do nothing positive for thyroid function.