Genetic Clomiphene

In medical use as a fertility treatment, the effect of Clomid is straightforward: it improves the likelihood of conception in women having difficulty becoming pregnant.

As an anti-estrogen during steroid cycles, Clomid is quite effective in preventing gynecomastia. It does not lower estrogen levels or inhibit the aromatization process, but often, by binding to the receptors, it offers enough protection for many men. Notably, when used for this purpose, Clomid can positively influence cholesterol levels by acting like estrogen in the liver, thus promoting healthier cholesterol levels. This effect is particularly valuable for anabolic steroid users, as such usage often leads to unhealthy cholesterol fluctuations.

Now, considering Clomid's role in PCT, anabolic steroids can suppress natural testosterone production significantly, with the extent of suppression depending on the specific steroids and dosages used. Consequently, many men often include external testosterone in their steroid cycles, and it is common for it to be the sole steroid administered. This practice helps mitigate low testosterone levels during the cycle. However, once steroid use ceases, natural testosterone levels typically drop considerably. While the body will begin to resume testosterone production naturally, the recovery process can be slow, often taking months to over a year.

To address low testosterone levels after a cycle, most men are advised to follow a PCT protocol. This approach greatly enhances natural testosterone production and reduces recovery time. Although no PCT regimen can fully restore testosterone levels on its own, a well-structured PCT plan provides sufficient testosterone for essential bodily functions as levels gradually rise. Clomid is highly regarded for this purpose and is one of the most frequently utilized medications for PCT. Effective PCT regimens commonly incorporate Clomid, Nolvadex, and the powerful peptide hormone HCG (Human Chorionic Gonadotropin).