Hormones are chemical messengers that are released from our body organs. This is a response to commands received from two key areas of the brain, the hypothalamus and the pituitary gland. These two “parental images” closely regulate the functions and behaviors of the body’s “hormonal children” and make the family live in harmony by creating Balance My Hormones. The sister hormone cortisol is the most disturbing because it is the most influential hormone in the body and can itself determine the dynamics of the entire hormone family. Cortisol is the main stress hormone in the body and is released by the adrenal gland to cope with stress. As the main hormone “fighting or running away”, cortisol is the only hormone that we can’t survive without it. Our aim is to organize a “healthy” response in order to fight or fly in a short time. However, if we challenge the natural rules and endure all forms of enduring pressure, then the body will do everything we can to protect our lives, but we cannot protect our health, peace of mind, and longevity.

Cortisol is the main “wear” hormone in the body. Your task is to provide the cells with the fuel they need to respond to tissue stress. Several other hormones, such as estrogen, testosterone, progesterone and growth hormone, are “growth and repair” hormones. In order for your body to function optimally, all of these hormones must be balanced. If chronic stress tends to balance favoring cortisol, the “non-essential” function (ie digestion, sleep and reproduction) goes along a long road to poor health. Exploring the effects of cortisol on other hormones may help to better understand why so many physical functions fail when we are “stressed.”

Cortisol and estrogen

Estrogen has more than 400 functions in the body, including maintaining a healthy cardiovascular system, building bone tissue, protecting brain function and promoting reproduction. As cortisol increases, the release of estrogen decreases. Moreover, even if present, there is no tissue sensitivity to estrogen. As a result, puberty delays, infertility, irregular menstruation and miscarriage may occur. Cortisol is often increased in older women and is thought to be responsible for weight gain, mood problems, inflammation and autoimmune diseases, and insulin resistance in postmenopausal women. The risk of heart disease increases.

Cortisol and progesterone

Progesterone is not only a reproductive hormone, it can also be used as an anti-inflammatory, muscle spasm, anxiolytic and anti-uterine and breast cancer. It also acts as a neuroprotective hormone (preserving and maintaining the brain) to improve thinking processes, attention and memory. Since the body usually uses progesterone to produce cortisol, a unique phenomenon called “progesterone theft syndrome” may occur during acute and chronic stress. The result is a decrease in progesterone levels as it targets cortisol production to meet the body’s increased demand for cortisol. This can lead to symptoms of premenopausal women with signs of PMS and signs of deterioration in menopausal women, estrogen-dominant (irritability, sleep disorders, weight gain, bowel dysfunction, breast cancer and cancer). Uterus

Cortisol and testosterone

Testosterone plays a vital role in men, as does estrogen in women. Studies have shown that testosterone is essential for maintaining heart health, optimizing glycemic control, improving sexual function and healthy bones. Testosterone is essential for women who maintain energy levels, libido, mood, bone strength and mental function. As in the case of other “healthy” hormones, testosterone levels collapse under the advantage of cortisol.

Cortisol and DHEA

DHEA is another hormone in the primary adrenal gland that increases cortisol during an acute stress response. Just as progesterone is the body’s natural “anti-estrogen” hormone, DHEA is the body’s “anti-cortisol” hormone. Its presence during acute stress helps prevent cortisol from causing serious damage to other healthy tissues. Chronic stress leads to a decrease in DHEA. Since DHEA is essential for the immune system, heart health, bone formation and functioning of the brain, the reduction in cortisol in DHEA can cause many signs and effects on multiple systemic symptoms. Different body armpits, leg and pubic hair loss are a unique recommendation that favors low density DHEA.

Cortisol and thyroid hormone

Thyroid hormones are key players in the metabolism of proteins, carbohydrates and fats, and suggest how cells manage each type of energy to Balance My Hormones. Thyroid hormones are also important for maintaining healthy tissues, stimulating bone growth and stimulating brain cell development. Like cortisol, thyroid hormone is actually a “wearing” hormone. In order to protect yourself from the pressure of spontaneous combustion, the body can slow down the production and action of thyroid hormones. Drowsiness, cold intolerance, constipation, depressive symptoms, memory problems and weight gain are common symptoms of low thyroid hormone levels. Because the stress-induced changes in thyroid hormone occur indirectly, the test results may be “in the normal range,” which is where the challenge lies.

The family harmony that restores hormones may be even more pronounced, why Diane’s hormonal balance changed shortly after her intense experience. Since cortisol effectively reverses the beneficial effects of other hormones, any organic organic system is affected by a sustained excess of cortisol. Before starting any type of hormone replacement therapy, your health care provider must check the integrity of your stress response system, including cortisol levels. Remember that the brotherhood between cortisol and all other hormones is fierce. Just as cortisol reduces other hormones, replacing other hormones with low levels of cortisol leads to the same and opposite problems. Estrogen, progesterone, testosterone, dehydroepiandrosterone and thyroid hormones, especially when administered simultaneously, may cause signs of fatigue, weight gain, depression and chronic pain. Cortisol is out of favor (remember that cortisol is reduced?)