Episode 31: Does Breast Implant Illness Decrease Libido?

Breast Implant Illness (BII) symptoms affect every system of the body, even gut health. In fact, many patients encounter chronic inflammation, a common symptom of BII, and can have a cascading effect on the gut. Inflammation in the body can disrupt the normal functioning of the gastrointestinal system and can disrupt the balance of hormones like estrogen and testosterone, potentially leading to reduced libido.

While the impact of breast implants on aesthetics and confidence is well-known, the effects on overall health, including sexual health, are equally important and deserve our attention. That is why in today’s episode, we’ll be talking about breast implant illness in relation to libido.

Evaluation of genetic function

Even before any surgical operation for whatever purpose, we have to take into consideration the differences in genetics of every patient. In fact, evaluating the patient’s genetics is vital to ensure full healing or recovery after undergoing an explant or breast implant removal.

Understanding a patient's genetic makeup allows for a more personalized approach to treatment and recovery. It enables healthcare providers to anticipate potential complications and tailor their strategies to ensure optimal healing and recovery. This is particularly essential for those with BII, as the condition's severity can vary widely among individuals due to their genetic predisposition.

This even relates to one’s sexual health and ability to function, which is why it’s also important to boost the immune system. When it comes to our immune system and overall well-being, the metabolism of Vitamin D plays a crucial role. Both men and women experience improved sexual function when their Vitamin D metabolism is functioning optimally. However, there are factors that can impair this process on a genetic level.

Many of us are aware that sunlight exposure is a natural way to boost Vitamin D levels since sunlight converts Vitamin D into Vitamin D3. While sun exposure has its benefits, excessive amounts can harm your skin and potentially lead to skin cancer. From a genetic perspective, however, it's important to determine if you have the genetic components necessary for effectively utilizing Vitamin D, particularly in its converted form, Vitamin D3.

Genetic issues can arise in three key areas. Firstly, some individuals may struggle to convert Vitamin D to D3 due to genetic factors. Even if you're getting enough sunlight, poor genetic function in this area can hinder the process. Secondly, transportation of activated Vitamin D3 can be problematic for certain individuals, resulting in reduced amounts of the active form available to the body. Lastly, there can be issues with the binding of activated Vitamin D3 to its receptor, preventing it from effectively aiding your body's functions.