Myths About Bioidentical Hormone Replacement

Hormones run and control many of the basic functions of the body.

They act as the internal communication system between the body’s cells, coordinating many important functions like digestion and appetite, general growth, immune functions, and even mood and libido. Even a slight imbalance in the body’s hormone levels can cause huge impacts on a person’s overall health and wellbeing. This is where bioidentical hormone replacement therapy in Washington, DC comes into play.

When hormone levels drop and become unbalanced, experts often recommend hormone replacement therapies in order to ease the symptoms of deficiency. Bioidentical hormone replacement therapy in Washington, DC is one such therapeutic solution that has gotten increasingly popular over recent years. These therapies offer a “natural” solution to various hormonal issues, most particularly to ease symptoms of menopause and perimenopause conditions. Limited studies also suggest BHRT as a beneficial treatment for improving cancer symptoms as well as for different conditions like osteoporosis, insulin resistance, fibromyalgia, and adrenal/thyroid disorders.

Due to the popularity of bioidentical hormone replacement therapy in Washington, DC, there are many misconceptions and myths that are causing people to question the value of these therapies as medical solutions. One of the most common misconceptions people believe about BHRT is that these hormones are synthetic drugs.

Bioidentical hormones are not drugs.

Rather, they are molecular copies of hormones that naturally occur within the body. Drugs, on the other hand, are designed to affect the structure and/or function of the body, whereas hormones only supplement the naturally occurring processes within the body.

Bioidentical hormones will not necessarily make users put on more weight.

Aging, lifestyle, as well as different medical factors, all contribute to weight gain during midlife. Hormonal changes due to menopause do not necessarily cause unwanted weight gain, although they can be a contributing factor to this phenomenon.