The human body is unquestionably a dynamic, interesting, and highly efficient machine. Man has spent thousands of years trying to figure out what makes the body work the way it does. Hormones, for example, are one of the different and very significant components that medical scientists have identified over the years. If you’re looking for more tips, Los Angeles Weight Loss Clinics Near Me has it for you.
What Are Hormones and How Do They Work?
Hormones are chemical messengers that are secreted directly into the bloodstream by endocrine glands in the body and then transported to a particular organ of the body where they regulate the operations of that organ. We may deduce from this concept that if and when these hormones fail to do their job for some purpose, the body will undergo some kind of malfunction, which will result in health problems.
Hormone deficiency, overproduction, or even a complete lack of hormone production are all possibilities.
Each case has its own set of difficulties. After setting the stage, we’ll focus on Hormone Replacement Therapy (HRT), with a particular focus on Bioidentical Hormone Replacement Therapy (BHRT).
We’ll need to clarify the difference between HRT and BHRT, which is obviously the “B” which stands for Bioidentical, since this article is intended for the average reader with little or no previous medical experience.
Hormone Replacement Therapy (HRT) is the abbreviation for Hormone Replacement Therapy. “Hormone replacement therapy refers to any type of hormone therapy in which the patient receives hormones in the course of medical care, either to supplement a lack of naturally occurring hormones, or to substitute other hormones for naturally occurring hormones,” according to Wikipedia. The supplemental hormones used in Bioidentical Hormone Replacement have the same molecular structure as those formed naturally in the body.
To summarise, the distinction between HRT and BHRT is that the supplemental hormone used in one case (HRT) does not have the same molecular structure as those formed in and by the body, while the supplemental hormone used in the other case (BHRT) does.
Is the difference described above significant? Yes, it most certainly is. HRT was the only treatment option prior to the launch of BHRT.
Women’s Health Initiative (WHI) conducted a report that was published in 2002. Around 16,000 postmenopausal women took part in this survey, and the following are some of the findings:
Combining non-bioidentical oestrogen and progestin raised the risk of breast cancer and heart attack substantially. Non-bioidentical oestrogen use raised the risk of stroke.
When non-bioidentical hormones were used in HRT, the risk of invasive breast cancer increased by 25%.
This is far from a comprehensive account of the results. These are only a few bullet points to illustrate the importance of the distinction between HRT and BHRT.
You don’t have to be a doctor to figure out that hormones with the same chemical structure as those formed naturally are more responsive to the body than hormones with a completely different molecular structure. It’s similar to receiving a blood transfusion of blood from a different party than the recipient. Despite all good intentions, as the article above shows, the outcome may be catastrophic.