Friday, September 18, 2020

Bio-identical is a term used to indicate the chemical similarity between hormones in the body of an individual and those contained in a product. For men and women, injury, illness and the aging process can cause hormonal imbalance. Bio-identical replacement provides an efficient treatment option for such ailments. Pellet hormone therapy functions in such a way that it restocks lost hormones in the body with natural hormones. Through advanced testing techniques in laboratories, derived natural hormones are customized to meet individual needs of each patient. The procedure utilizes bio-identical hormone pellets that are effective. A good example of the condition that is treated through the procedure is the reduction of sexual stimulating hormones like progesterone, estrogen, and testosterone that decreases as people age.

How the Procedure Works

Conducting hormone pellet therapy involves a small surgical procedure whereby a physician makes a minor incision in the skin. A hormone pellet is then implanted into the skin. The pellet is usually about the size of a rice grain. The wound may take a period of 5 to 7 day to heal. Within this period, patients are advised to avoid heavy physical activity and tub bathing. The procedure is beneficial to the patient given that the convenience of hormone pellets, which can last for a period of 4 to 6 months. Pellet hormones enable the body to absorb the amount of hormones it requires and the steady supply makes it safe. Compared to other methods of hormone replacement, pellet hormone replacement therapy is more effective. The other benefits of pellet hormone replacement therapy include:

  • Providing relief for mood swings
  • Increasing concentration
  • Boosting sexual desire

Shortcomings of Hormone Pellets

As much as pellet hormone replacement therapy is effective when compared to other methods of replacing hormones in the body, it has its shortcomings. Some of the side effects of hormone pellets include complications such as infections and nerve injury that can arise from the surgical procedure of implanting the hormones under the skin. Secondly, the metabolism rate may vary with different hormones and this situation has brought about a big debate concerning hormone pellets. Additionally, pellet insertion depends on the biological features of an individual. Some patients may require more insertions within a period of 4 to 6 months. It is prudent for patients to have first-hand information before making their decisions regarding administration of the therapy.

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