Archive for the ‘Clogged Arteries’ Category

Reduced Salt: Bad for Your Health?

Sunday, May 2nd, 2010

Reduced Salt Bad for Your HealthHold onto your pickles. The great American nanny state is at it again. This time the government wants to make sure you don’t eat too much salt.

Most people would readily agree there is too much salt in processed foods. That an increase in salt corresponds to an increase in blood pressure. And that Americans, as well as citizens of most other western nations, consume more salt than their government recommends.

Millions of dollars have been pumped into numerous studies in an attempt to prove the negative impact of this orgy of excess salt on human health. The assumption is that because there appears to be a relationship between salt and high blood pressure, that there is a corresponding relationship between cardiovascular disease and mortality.

Based on this assumption, the FDA sponsored a report by the Institute of Medicine (IOM) titled “Strategies to Reduce Sodium Intake in the United States,” released on April 20th. While the FDA insists it’s seeking only voluntary cutbacks by the food industry at this time, FDA spokeswoman Meghan Scott also declared, “Nothing is off the table.” She continued, “Everyone’s in agreement that something needs to be done… We just don’t know what it’s going to look like.”

That might be a little less than honest. You’ll find this little gem buried on page 253 of the IOM’s report: “While efforts to reduce the sodium content of the food supply can result in considerable progress toward reducing sodium intake, supporting strategies are needed to ensure that consumers achieve current recommendations.”

In other words, the American public must “voluntarily” comply with the FDA’s target salt consumption or they’ll force you. The report then goes on to outline recommendations for the FDA to actively regulate salt usage and to set mandatory national standards for sodium content in foods.

Again, where the rubber meets the road here is on the assumption that salt intake is responsible for increased disease and mortality. The preface of the report itself states that “High sodium intake puts the whole population…at risk for hypertension and subsequent cardiovascular events such as heart failure and stroke.”

Is that right? Do the facts really support that contention, or is it merely a case of repeating something often enough until you finally believe it? One study from the University of Helsinki in Finland frequently pointed to by advocates of mandatory salt reduction is a good case in point.

The authors of the study noted a one-third decrease in average salt intake over three decades among the Finnish population due to an aggressive salt reduction program, similar to the one now advocated for the United States . At the same time a significant drop in blood pressure and a nearly 80% decrease in stroke and coronary heart disease mortality was accomplished.

The authors then compared the Finnish drop in salt usage with the United States increase in salt consumption of roughly 55% between the mid-80s and late-90s due to a lack of an aggressive salt reduction campaign.

There you go. Decreased salt consumption, lower death rates. Increased salt consumption, higher death rates? Not so fast.

What the study authors failed to note is that even while U.S. citizens consumed more salt, their ischaemic heart disease mortality rate per capita declined faster than Finland’s. Same with Italy, Sweden, Denmark, the United Kingdom, and even Canada which reduced its mortality rate by double the rate of Finland’s – all with no claimed drop in dietary salt intake.

Almost looks to me like eating less salt increases your mortality rate compared to those who continue eating more salt. I’m not the only one who notices something amiss.

Dr. Michael Alderman, an epidemiologist and professor at the Albert Einstein College of Medicine in New York, believes that while salt reduction may reduce average blood pressure by mid-low single digits, he worries it could also lead to “unintended consequences.” Side effects of sodium restriction include increased insulin resistance, activation of the renin-angiotensin system (which itself can increase blood pressure), and increased sympathetic nerve activity (which induces the body’s stress response mechanism).

What really takes the cake is his careful review of the large-scale Third National Health and Nutrition Examination Survey which actually found lower sodium was associated with higher mortality. He cautions that these were modest rates of higher mortality, but at the same time, it certainly indicates “higher sodium is unlikely to be independently associated with higher cardiovascular disease or all-cause mortality.”

Dr. Alderman’s findings are good enough for me. The salt shaker remains on the table. Perhaps the FDA should review a few more studies before taking the IOM’s drastic recommendations to heart as well.

In the meanwhile, I continue to protect my heart’s health by taking a high potency Omega-3 and CoQ10 supplement and reduce internal inflammation and blood-clogging scar tissue with systemic enzymes. I recommend you do the same.

Related references:

Karppanen, H, Mervaala E. Sodium intake and hypertension. Progress in cardiovascular diseases. 2006 Sep-Oct;49(2):59-75.
Satin, M. Health Outcomes Lessons From Finland’s Salt Reduction. Salt & Health. Summer 2007. Vol. 2 No. 3.
Alderman MH. Evidence relating dietary sodium to cardiovascular disease. Journal of the American College of Nutrition.. 2006 Jun;25(3 Suppl):256S-261S.
Cohen HW, Hailpern SM, Alderman MH. Sodium intake and mortality follow-up in the Third National Health and Nutrition Examination Survey (NHANES III). Journal of general internal medicine. 2008 Sep;23(9):1297-302.

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Excess Fibrin, Blood Clots and Heart Attacks

Tuesday, January 5th, 2010

Excess Fibrin Blood Clots and Heart AttacksOxygen allows our bodies to grow and repair themselves. Along with food, it’s the fuel energy our bodies need to function. It even helps white blood cells fight infection in the body. That’s why good circulation is critical to good health, recovery from injury, preventing heart attacks and decreased pain.

Red blood cells are the transport carriers for oxygen throughout the body. A single drop of blood contains millions of these cells. But another healing tool of the body, fibrin, can interfere with delivery of life sustaining oxygen.

How fibrin helps our bodies

Fibrin is a form of internal scar tissue the body uses to clot the blood and strengthen muscles and other tissue after injury. It is stronger than elastin and collagen tissues, giving additional strength to the weakened area.

Surgery or tissue injury results in a localized increase of fibrin to repair the area. But even regular exercise, sports, or even massage can create microtears in muscle tissue. When the body doesn’t get enough recovery time before repeating the activity your body uses fibrin to strengthen the overstressed areas. This fibrin builds scar tissue in the area of injury resulting in limited mobility.

But that’s not all. Excess fibrin also acts like a web which red blood cells get stuck in, preventing oxygen from reaching tissues and waste from being removed. The body has to work harder to pump blood resulting in higher blood pressure. Excess fibrin has been linked to chronic systemic inflammation (a major source of pain), heart attack and stroke risk.

Most people have excess fibrin throughout their body. Symptoms of excess fibrin include chronic fatigue, slowed healing, and elevated blood pressure. Elevated levels aren’t always physically noticeable but you can ask your healthcare provider to run a medical test for blood monomers to measure your current fibrin level.

How to remove excess fibrin

The most effective way to help your body break down excess fibrin is by supplementing with systemic proteolytic enzymes, or proteases. Not to be confused with digestive enzymes which help break down food, systemic proteolytic enzymes enter the circulatory system then begin to break down excess fibrin throughout the body.

The activity of systemic enzymes is quite different from pain killers like NSAIDs. While drugs like ibuprofen may help reduce inflammation, systemic enzymes support the body’s ability to heal itself instead of merely attacking symptoms with a short-term solution.

While effective, systemic proteolytic enzymes aren’t for everyone. Since fibrin is central to blood clotting, those on prescription blood thinners or expecting to undergo surgery in the near future should not take them. They can also interfere with the action of antibiotics. Therefore anyone considering taking them should consult with their healthcare provider first, particularly if taking any kind of medication or being treated for any condition.

Here’s a short video discussing the benefits of systemic enzymes and the differences between digestive enzymes and systemic enzymes:

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