The adrenal glands, located above each kidney, can become 'exhausted' as a result of the constant demands placed upon them. An individual with adrenal exhaustion will usually suffer from chronic fatigue, may complain of feeling stressed-out or anxious, and will typically have a reduced resistance to allergies and infection.
The adrenal glands secrete several important hormones that help maintain the balance of many body functions. Stress, fasting, temperature changes, infections, drugs, and exercise all stimulate the adrenals to release their hormones. When the adrenals release too few or too many hormones, the body responds differently to the everyday stresses of life.
The adrenal cortex is involved in the production of glucocorticoids (such as cortisol, i.e. hydrocortisone), mineralocorticoids (aldosterone) and androgens such as androstenedione and DHEA. A mild to moderate adrenocortical deficiency can substantially reduce your quality of life, yet this condition is not recognized by most doctors, who only think of the adrenal gland's condition as being at either extreme – normal or in overt failure (Addison's disease).
Adrenal Insufficiency (AI) is generally classified as either primary (failure at the adrenal gland level), secondary (failure at the pituitary gland level), or tertiary (failure at the hypothalamus level). Because it is difficult and rarely useful to differentiate secondary and tertiary AI, these are often grouped together as 'Central AI', or 'Secondary AI'.
Men and women, young or old, can all be affected by Adrenal Insufficiency.
Adrenal Insufficiency can be either temporary or permanent. Temporary Adrenal Insufficiency can be caused by:
Causes of permanent form of Adrenal Insufficiency include:
For those concerned about taking a hormone (cortisol) – perhaps for life – a more natural approach to strengthening the adrenal gland can be tried. This may include vitamin C, PABA, adrenal glandulars, ACE (Adreno-Cortico-Extracts) injections, licorice root, ginsengs, TMG (tri-methyl-glycine) and DHEA among other possibilities.
In cases of primary or secondary cortisol deficiency, hydrocortisone, prednisone, prednisolone, methylprednisolone, or dexamethasone can be prescribed.
For aldosterone deficiency, fludrocortisone acetate can be used to help balance sodium and potassium, and increase water retention.
Regular, healthy eating habits support adrenal function.
Adrenal estrogen seems to be necessary to avoid hot flashes during normal menses when the ovarian production of estrogen drops. Hot flashes during menses may be a symptom of mild adrenal cortex deficiency.
Regular good sleep habits (non-wakeful rest during the night, not snoring, waking refreshed) tend to contraindicate adrenal stress.
Lupus is one of the auto-immune diseases, caused by a hyperactive ("hypervigilant") immune system that attacks a person's own protein as if it were foreign matter. One reason for this is poor adrenal function. Adrenal steroids modulate (slow down) the immune system: when there is not enough of these steroids the immune system goes berserk.
If anemia is identified as a problem then the likelihood of low adrenal function is reduced. Therefore, it is wise to rule out anemia first, because both can contribute to similar symptomology. Of course, it is not impossible for both to occur simultaneously, but this is less likely.
[The Safe Uses of Cortisol, William Mck. Jefferies, MD 1996, p.156]
Dysmenorrhea caused by ovarian dysfunction may disappear when low doses of cortisol are used to improve adrenal influence on ovarian function. [The Safe Uses of Cortisol, William Mck. Jefferies, MD 1996, p.157]
A suggestive but unresolved issue is the connection between the thyroid and the adrenal glands. An altered sensitivity of tissues to thyroid hormone may take place when there is a reduction in adrenal hormones.
The inner most layer of an adrenal gland is the zona reticularis which produces small amounts of sex hormones. Specifically, it produces androgen, estrogen and progesterone. Adrenal exhaustion can therefore cause hormone deficiencies.
Adrenal insufficiency can lead to a host of problems, including a weakened immune response, anxiety and panic attacks.
The adrenal glands produce hydrocortisol, the major natural anti-inflammatory steroid in the body. Without enough circulating cortisol there may be a tendency to become easily inflamed.
Adrenal insufficiency can lead to a host of problems, including a weakened immune response, anxiety and panic attacks.
When adrenal function is low, caffeine consumption may contribute to panic attacks. Caffeine interferes with adenosine, a brain chemical that normally has a calming effect, and raises the level of lactate, a biochemical known to produce panic attacks.
Females who have been abused are more sensitive to life's stresses many years after the original abuse event(s). This elevated stress response can lead to adrenal exhaustion.
Healthy and regular eating habits support adrenal function.
Those regularly engaged in exercise and hobbies are less likely to suffer from adrenal problems.
In general, diagnosis and treatment endocrine issues in HIV patients is no different from non-HIV patients. However, HIV can cause reactive changes in pituitary and adrenal function, as can many HIV medications.
When a person is stressed, their adrenal glands produce stress hormones. Over time, the adrenals can eventually become exhausted, causing adrenal insufficiency.
Happy and fulfilling relationships tend to contraindicate adrenal compromise.
Long-term use of prednisone can lead to adrenal suppression, possibly resulting in depression, euphoria, hypertension, nausea, anorexia, high blood sugar levels, or increased susceptibility to infection.
Caffeine raises adrenaline levels and heavy coffee consumption can lead to a state of adrenal gland exhaustion, where the adrenal glands are no longer able to adequately respond to stress by releasing enough adrenaline.
A suggestive but unresolved issue is the connection between the thyroid and the adrenal glands. An altered sensitivity of tissues to thyroid hormone may take place when there is a reduction in adrenal hormones.
A slow-paced lifestyle would tend to contraindicate adrenal compromise.
The adrenal glands produce aldosterone, which is a hormone involved in regulating the body's fluid and electrolyte levels. Adrenal fatigue reduces aldosterone production, which results in dehydration and low electrolyte levels.
Licorice root is a specific herb that has been used for centuries to support these glands. If cortisol levels are low, one of the ways to sustain more normal levels is to slow or inhibit its breakdown. This can be accomplished naturally.
The only known readily available inhibitors of the enzyme that deactivates cortisol (11 beta-HSD) are glycyrrhizic acid (found in licorice root extract), progesterone, and flavonoids (in grapefruit). The concept of extending cortisol bioactivity via 11 beta-HSD inhibition is well established, but the manner in which progesterone alters 11 beta-HSD is not currently clear. You could eat 10 to 15 grapefruits or take licorice root extract to sustain cortisol levels. However, licorice root used regularly in large doses can produce high blood pressure, water retention, potassium wasting, and breast enlargement in men. A Naturopathic Doctor should be able to guide you in using licorice root alone or in combination with other adrenal agents.
Both Chinese ginseng (Panax ginseng) and Siberian ginseng (Eleutherococcus senticosus) are known to exert beneficial effects on adrenal function and enhance resistance to stress.
Ginseng may prove especially effective for the restoration of normal adrenal function and prevention of adrenal atrophy associated with corticosteroid administration. In rats, ginseng has been found to inhibit cortisone-induced adrenal and thymic atrophy. Ginseng could be combined with other botanicals with adrenal enhancing activity in the treatment of adrenal atrophy.
Sea salt should be included in the diet, unless contraindicated for other reasons, as it benefits adrenal gland function. When seasoning foods, use as much salt as tastes good to you.
Caffeine raises adrenaline levels and heavy coffee consumption can lead to a state of adrenal gland exhaustion, where the adrenal glands are no longer able to adequately respond to stress by releasing enough adrenaline.
Physiologic replacement doses of oral cortisol can make a dramatic difference in cases of adrenal exhaustion. Because of side-effects induced by larger doses, many doctors are reluctant to use it and many patients are thus deprived of a valuable and needed therapy. Physiologic doses of cortisol (5-25mg per day) are safe. Lab testing can confirm the diagnosis of mild adrenocortical deficiency. A doctor experienced with cortisol use should be consulted; a typical prescription is 5mg four times per day, with an emphasis on early morning use if later doses keep you up at night, or if fewer doses are taken.
Since melatonin helps to control excess cortisol production, those with low adrenal function and low cortisol levels need to be careful about taking too much melatonin: it can make them even more tired.
Adrenal function can be evaluated in several ways by blood, saliva, and/or urine testing. Your doctor should know the best test to use depending on the suspected severity of the condition.
The adrenal gland uses nutrients such as TMG (betaine), tyrosine, vitamins B5, B6 and C to maintain function and produce its hormones.
Key nutrients to aid adrenal function include vitamin C, B5 (pantothenic acid), vitamin B6, zinc, and magnesium. These nutrients not only play a critical role in the health of the adrenal gland, but also in the manufacture of adrenal hormones.
Taking 1-3gm of mineral ascorbates up to 3 times daily is supportive of adrenal gland function.
PABA potentiates the hormone cortisol. When cortisol is being supplemented, the dosage of PABA may need to be reduced.
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