Tag: Androgens

Studies show that nearly 40% of women aged 45 and older report experiencing excess facial hair [1.4.2]. If you're wondering, **'Why is my face getting hairier as I get older?'**, the primary reason is often hormonal shifts related to aging, specifically menopause [1.4.2].

Approximately 47% of women surveyed experience post-pill acne, with some studies showing as many as 63% report blemishes. Understanding if and when **will my skin go back to normal after birth control** depends heavily on your body's unique hormonal readjustment.

The prostate-specific antigen (PSA) test, a common screening tool for prostate cancer, is not infallible; as many as 75% of positive PSA tests may be false positives. The level of PSA in your blood can be influenced by a variety of factors beyond prostate cancer, including specific medications. Knowing what medications can cause your PSA to rise is crucial for accurate interpretation of test results and for making informed decisions about prostate health.

According to studies on transdermal testosterone delivery, approximately 9–14% of the dose applied in gel form is absorbed into systemic circulation. This confirms that yes, **testosterone can be absorbed through the skin** effectively, a property leveraged for modern testosterone replacement therapy (TRT).

According to the American Academy of Dermatology, finasteride is one of the most common and effective treatments for male pattern baldness. However, many wonder about its effects beyond the scalp, specifically: does finasteride increase facial hair? The answer, based on pharmacological evidence, is that it does not; in fact, its mechanism of action is counterproductive to facial hair growth.

According to the Drugs.com database, testosterone is classified within the drug group known as androgens and anabolic steroids. This dual classification reflects its function as a natural male sex hormone and its pharmacological use as a medication.

According to numerous clinical studies, finasteride has not been shown to have a direct negative impact on muscle mass or strength. While finasteride alters hormone levels, particularly by inhibiting dihydrotestosterone (DHT), the primary driver for muscle anabolism—testosterone—remains sufficient for growth.

A single 2009 study on male rugby players, which reported a significant temporary increase in dihydrotestosterone (DHT) levels following a loading phase, ignited a widespread, and enduring, debate over the question: Does creatine increase DHT?. However, the scientific evidence on the matter has evolved considerably since then.