There are at least eight different endocrine gland systems in the human body, each of which relies on a proper balance of specific hormones to function properly. When conditions in the body change or deteriorate so that one or more of these endocrine glands is affected and hormone levels are either too high or too low, problems result. Essential oils have demonstrated the ability to alleviate these kinds of problems.
We have already presented research on how essential oils can help balance sugar metabolism by lowering serum glucose and stimulating the pancreas to produce more insulin hormone (see Helps with Diabetes article). Some essential oils do seem to balance or normalize hormonal secretions and the best theory is that this occurs through stimulation of the pituitary, or ‘master’ gland.
Additionally, some compounds found in essential oils have a molecular structure similar to that of natural human hormones, and these compounds appear to directly promote efficient and natural endocrine gland activity.
Some compounds found in Scotch pine, for example, are similar to the hormone, cortisone. Essential oils of pine, geranium, basil and rosemary are believed to stimulate the adrenal cortex, releasing cortisol which can reduce pain, inflammation and even allergic responses. Anise and peppermint are said to excite the pituitary gland.
Fennel, anise, sage and clary sage essential oils have all been traditionally used as estrogenic agents. A study done in Italy investigated the effect of the extracts of sage and alfalfa on menopausal symptoms of a group of 30 women. Hot flashes and night sweating completely disappeared in 20 of the women and the other 10 showed varying improvement. Further research done in Korea tested a mixture of lavender, clary sage and lemon essential oils on a group of women who experienced difficult menstrual periods, particularly with cramps. Application was made topically on the abdomen. Results showed that the women who received this essential oil blend experienced significantly fewer menstrual cramps than the control group, indicating some form of hormone modulation.
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