THE ECK INSTITUTE BULLETIN

SODIUM AND THE ADRENALS

By Lawrence Wilson, MD

Lowered adrenal glandular activity is the finding on about 85% of the hair mineral analyses performed at Analytical Research Laboratories. Some claim that one cannot assess adrenal activity from a hair mineral test. However, when hair is not washed at the laboratory, adrenal assessment is one of the most important uses for hair analysis.

ADRENAL PHYSIOLOGY

The adrenals produce a variety of hormones. These include the fast-acting stress hormones, adrenaline and nor-adrenaline. It also includes the slower-acting glucocorticoid hormones, cortisol and cortisone. In addition, the adrenals produce aldosterone, a mineralocorticoid hormone and many others in smaller quantities.

Many vitamins are required to produce these hormones, including vitamins A, C, E, pantothenic acid and other B-complex vitamins. Many minerals are required as well. Among these are zinc, manganese, selenium, chromium and many others.

The adrenals can and do become nutritionally depleted easily when they are overused. Then toxic metals accumulate and replace some of the vital nutrient minerals. Examples of these toxic metals are lead, cadmium, mercury and aluminum, to name just a few. These replace vital minerals in enzyme binding sites and in other locations in the glands. They can cause either reduced or excessive activity of the glands.

The adrenals are an important part of the sympathetic or fight-or-flight branch of the autonomic nervous system. Their effects including raising blood pressure and blood sugar, and raising the sodium level. Raising sodium in turn depresses calcium and magnesium levels because sodium dissolves out a certain amount of calcium and magnesium. This has to do with the valences of these elements. Calcium and magnesium are divalent, while sodium is a monovalent element and is sometimes called “the great dissolver of solubilizer”.

Raising sodium and reducing calcium and magnesium causes the body to go into a heightened state of readiness and responsiveness that is called the fight-or-flight reaction.

Symptoms of adrenal dysfunction often include fatigue, allergies, joint pain, depression and low blood sugar. These are among the most common complaints in doctor’s offices.

THE ADRENALS AND HAIR ANALYSIS

Aldosterone, the primary mineralocorticoid secreted by the adrenals, causes sodium retention by the kidneys. As long as hair is not washed at the laboratory, the hair sodium level tends to reflect aldosterone activity.

The hair potassium level roughly correlates with cortisol activity. In adrenal exhaustion, both hair sodium and potassium tend to be low. In late stages of stress, according to Selye, (The Stress of Life and other works), cortisol levels rise again, reflected on a hair analysis by potassium rising in relation to sodium. This is called an inverted sodium/potassium ratio, an indicator of chronic stress.

Washing the hair at the laboratory erratically removes water-soluble elements, especially sodium and potassium. These labs insist that hair sodium and potassium readings are unreliable. This is true because they wash the hair. It is not true of an analysis by Analytical Research Labs. With the ARL test, the sodium level and its ratios are often the most important readings on the test. Most people are unaware of this important difference in hair analysis lab procedures.

OTHER FACTORS THAT AFFECT THE SODIUM LEVEL

In addition to aldosterone, the following may elevate a hair sodium reading.

Toxic metals can elevate the sodium level. Those that may elevate sodium include cadmium, mercury, aluminum and nickel. Whenever these are present, the sodium level is in fact not as high as it appears. Often, on a retest, a sodium level will decrease as toxic metals are eliminated. If one is fortunate, the diet and supplement program will assist the adrenals and the sodium level will be maintained or perhaps increase even as toxic metals are eliminated.

Excesses of physiological minerals also elevate the sodium level. These include manganese, copper, iron, chromium and selenium. Any time one observes an elevated level of any of these minerals, the sodium level is in fact not as high as it appears. Once again, as excess physiological minerals are eliminated, the sodium level may decrease.

Hidden toxic or physiological minerals may also elevate the sodium level. Minerals are called ‘hidden’ when they are present, but not revealed on a hair analysis or on other tests for toxic metals. They are not revealed because they are sequestered deep within other body organs or tissues.

Hidden copper toxicity will raise sodium and is very common in slow metabolizers. In these cases, the copper level appears normal or even low. Indicators for hidden copper imbalance include a calcium level greater than 80 mg%, potassium less than 5 mg%, a sodium/potassium ratio less than 2:1, mercury greater than 0.06 mg% or zinc is less than 16 mg%. Hidden manganese, iron, chromium, aluminum and other minerals will also raise sodium.

Minerals may remain hidden for years, even when one is on a corrective nutritional program. They are needed internally to support exhausted adrenal and thyroid glandular activity. This is similar to defective blocks holding up a house. They cannot be removed until the house is shored up and rebuilt.

This can be confusing because the hair analysis may initially show fairly normal levels of sodium, yet the patient may feel tired or have other symptoms of low adrenal activity such as joint pain, allergies, low blood sugar or depression. Over a period of several months to several years, as the sodium-raising excess minerals are removed, the sodium level may appear worse and worse on repeat tests, yet the patient may feel better and better.

Stress, especially acute stress, will elevate a hair sodium reading. Stress forces the adrenals to work harder. The stress may be physical such as extreme exercise, drinking coffee or cola beverages, or the use of other stimulants. It may also be emotional, social, financial or another type. It may also be nutritional, such as a deficiency of a nutrient required by the adrenals.

ADRENAL RATIOS

Since many factors can affect the sodium level, Dr. Paul Eck discovered that a better indicator of adrenal activity is the ratios of sodium to other minerals. This adds complexity to the test interpretation, but is most helpful to assess adrenal activity. The main ratios to consider are sodium to potassium and sodium to magnesium.

The sodium/magnesium ratio. Sodium and magnesium tend to be antagonistic. As one goes up the other goes down. The ratio of the two minerals often gives a better picture of adrenal activity than the sodium level alone. Called ‘the adrenal ratio’, we use an ideal ratio of 4.17:1 for sodium/magnesium. As the ratio elevates, it reflects an excessive adrenal effect, while a low ratio indicates underactivity. This may not correlate perfectly with blood or saliva tests for adrenal hormones. This is because the latter measure hormones or their metabolites in the blood or other fluids. The hair test measures tissue effect.

One may have adequate or even excessive hormones in the blood, but they may not be reaching the tissues, or they may not have the proper tissue effect due to impaired cell permeability, impaired energy production in the cells, the presence of other toxins or for other reasons.

The sodium/potassium ratio. The ratio of sodium to potassium reflects many factors related to adrenal glandular activity. A ratio greater than about 2.5:1 represents a tendency for an excess of pro-inflammatory hormones such as aldosterone, in relation to anti-inflammatory adrenal hormones such as cortisol and cortisone. Emotionally, it is associated with acute stress and anger. An elevated ratio is considered better than a low ratio. When the latter is present, the body is less able to mount an inflammatory response.

A low ratio is a chronic stress indicator, associated with carbohydrate intolerance, exhaustion, cardiac, liver and kidney stress, low gastric hydrochloric acid, an impaired immune system and a tendency for infections. Emotionally it is associated with chronic negative emotions including frustration, resentment and hostility.

The Eck Institute Bulletin

Volume 19 February 2003 Number 2

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