I Took Prednisone for Years. Nobody Warned Me.
In a Nutshell
Long-term prednisone use shuts down the HPA axis, atrophies the adrenal glands, and downgrades cortisol receptors, creating dependency and withdrawal risks. It suppresses the entire immune system, reactivates latent viruses, and causes widespread side effects including electrolyte imbalances, bone loss, and muscle wasting. Recovery requires gradual tapering plus targeted support like vitamin D3, magnesium, phosphatidylserine, and moderate exercise to restore receptor sensitivity and immune function.
These notes were generated by AI and may contain inaccuracies.
Every summer from age 18 to 28, the speaker experienced severe poison ivy and used prednisone, which cleared it up within days. Around year seven, the medication took longer to work and required extra doses. At age 28, the speaker experienced the lowest health level of their entire life, including significant sleeping problems, and took years to connect these health issues to prednisone use.
The adrenal glands produce cortisol, a stress hormone that adapts body functions to deal with stress and fights inflammation. Cortisol is designed to do its job and return to normal levels afterward. Prednisone is the synthetic, man-made version of cortisol and is four times more potent than the body's natural cortisol. It eliminates inflammation very rapidly and is used for many medical conditions related to inflammation.
Cortisol follows a natural rhythm, reaching its lowest point at 2:00 a.m. and its highest point at 8:00 a.m. Prednisone does not follow this rhythm and instead maintains a flat, constant level without peaks and valleys. When taking prednisone, it overrides the natural cortisol rhythm and eliminates the feedback loop that normally turns off cortisol production. With prednisone, the medication works only when taken and stops working when discontinued, unlike natural cortisol which rises and falls naturally.
The absence of a feedback loop with prednisone causes the adrenal glands to shrink and become atrophied and dormant over time, making the body more dependent on the medication. Prednisone shuts down the HPA axis, which consists of the hypothalamus, pituitary gland, and adrenal glands. The hypothalamus signals the pituitary to release a hormone that tells the adrenal glands to release cortisol, and a feedback loop then shuts off this process. This system functions similarly to a football coach directing plays that are executed and then followed by feedback for the next play.
Beyond its anti-inflammatory properties, cortisol helps regulate certain minerals, but prednisone does not. Taking prednisone bypasses the body's own cortisol production and results in much lower potassium levels and much higher sodium levels. This electrolyte imbalance causes fluid retention, making the face appear puffy and round with puffiness around the eyes, and leads to elevated blood pressure. The combination of low potassium and high sodium contributes significantly to blood pressure elevation.
Prednisone shuts off inflammation, which is part of the healing process when functioning normally, but becomes problematic when it continues chronically. Deep within cells, there is a control panel that regulates inflammation, and prednisone flips this switch, turning off the entire defense immune system. The immune system includes components that target viruses, fight cancer, coordinate defenses, and produce antibodies for protection. These functions become disabled, leaving the body vulnerable to pathogens. Prednisone disarms the entire immune system, and with prolonged use, the immune system becomes smaller and less active. This is why prednisone should be used with caution and only for short-term periods to allow the body to recover.
Every person carries viruses in a dormant state called latent viruses, including herpes, Epstein-Barr virus, cytomegalovirus, hepatitis, and even tuberculosis. These microorganisms can become reactivated under certain conditions, similar to how shingles reappears later in life during periods of stress.
Autoimmune diseases represent a major current health problem, and many people developing these conditions are prescribed prednisone. However, prednisone does not fix autoimmune diseases but only temporarily mutes them by turning down the volume of inflammation. The immune system stops attacking temporarily, but the condition returns as soon as prednisone is discontinued.
Prednisone can affect virtually every cell in the body, which explains the wide range of symptoms experienced. There are literally 150 side effects, including bone loss, blood sugar issues, muscle loss, eye problems, mood and mental problems, sleeping issues, and gut problems. When someone takes prednisone for too long without proper healing, joint degeneration can occur instead of recovery.
Working with a doctor to taper off prednisone very slowly is essential because the adrenal glands become highly dependent on the medication. Coming off too quickly can put the body into a state of shock. Unfortunately, medicine does not typically recommend many natural approaches or dietary strategies to ease this transition.
Two significant problems occur with any period of prednisone use: the HPA axis pathway shuts down, and cortisol receptors become downgraded, requiring increasingly higher amounts of the hormone to achieve the same effect.
Vitamin D helps prevent autoimmune issues and excessive inflammatory conditions while supporting the immune system. It is very important for reducing symptoms and rebuilding immune function. Magnesium should always be taken alongside vitamin D supplementation.
The immune system should be treated like a muscle that requires use to function properly. It becomes stronger through exposure to controlled stress, similar to how children develop immunity through infections. Exercise adds stress to the body and promotes strength gains. High-intensity interval training is not recommended; instead, moderate exercise with short bursts followed by substantial rest allows the body to adapt and become stronger, helping restore immune system function.
To upgrade cortisol receptor sensitivity, phosphatidylserine at 400 to 800 milligrams can be taken over a period of months and particularly benefits the nervous system by working on steroid receptors. Ashwagandha at 250 milligrams per day also helps increase stress tolerance and supports receptor function. Intermittent fasting is recommended as an additional approach to address these issues.
Keep Dr. Eric Berg DC in your library
Save the videos and channels worth coming back to, and find them again in one place.
