While there are many contributing factors to hair loss, from genetics to stress, one potential factor is high testosterone. More specifically, this hair loss is related to high levels of a hormone called dihydrotestosterone (DHT), which is a byproduct of testosterone. Some people assume that taking a medication like enclomiphene will cause hair loss because it boosts testosterone levels. But the truth is more complex than that.
In this article, we’ll explore the relationship between enclomiphene and hair loss, what genetics have to do with it, and what to do if baldness runs in your family.
According to the American Academy of Dermatology, the most common form of hair loss is hereditary hair loss, also known as male pattern baldness, female pattern baldness, or androgenic alopecia. With this type of hair loss, inherited genes cause your hair follicles to shrink over time — the end result is that you’ll stop growing hair. This can start as early as your teenage years, but often occurs later.
Some other potential causes of hair loss include:
Every day around 10% of your testosterone is converted to the hormone DHT with the help of the enzyme 5-alpha reductase. DHT plays a critical role in male sexual development throughout fetal development and puberty, contributing to prostate growth and masculine features like increased body hair. But research shows that in adults, DHT does not have a significant role in male physiology anymore.
When DHT levels get too high, they can overstimulate the hair follicles, causing them to shrink and resulting in hair loss. Other problems can also arise when DHT levels get too high, like an enlarged prostate. It’s not that DHT attacks these areas of the body, but it can speed up activity to the point that your body cannot keep up.
But, there’s a catch. Not all men react to high DHT levels the same way. Genetics play a big role here in determining how susceptible someone is to the effects of DHT on their hair follicles. Often, this comes down to variations in their androgen receptor (AR) gene, which helps the body make androgen receptor proteins, which enable hormones like DHT and testosterone to bind properly and facilitate normal hormonal processes. But when there are mutations in the AR gene, these processes malfunction, leading to an increase in 5-alpha reductase, the enzyme responsible for converting testosterone to DHT, and higher receptivity in the hair follicles.
If you’ve ever wondered why male pattern baldness often begins with a receding hairline, it’s because there are 1.5 times more androgen receptors in the frontal scalp region.
Taking enclomiphene should not lead to hair loss, though someone might still experience hair loss while taking enclomiphene if they are genetically predisposed to male pattern baldness. The medication increases total and free testosterone, but studies show it will not increase DHT disproportionately. This reduces the likelihood of experiencing hair loss while taking enclomiphene.
It’s worth noting that some individuals taking clomiphene citrate (which contains enclomiphene) have reported hair loss; however this side effect occurred in less than 1% of study participants, and they were female. Still, more research is needed to provide us with more information about the long-term effects of enclomiphene on hair follicles. Until then, hair loss as a side effect appears unlikely.
Like any medication, enclomiphene comes with a risk of side effects, but most of them are considered mild and rare. While you may not experience hair loss while taking enclomiphene, there’s a chance you may experience the following:
Compared to other testosterone treatments, enclomiphene is a more hair-friendly option. Learn more about how this medication works.
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