TRT 'do your own research' claims: what the data actually shows

What did @moreroidsmorefoidz actually say?

The creator says HCG is "testosterone that doesn't shut down your natural production" and calls it a peptide. They report their total testosterone doubled from 800 to 1600 ng/dL, free testosterone went from 80 to 220 pg/mL, estrogen climbed from 36 to 97 pg/mL, and SHBG rose from 51 to around 83-87 nmol/L after running HCG alongside something called "kissed pepin" (almost certainly kisspeptin). They recommend it as a TRT alternative you can stop without PCT, and warn it can boost fertility significantly.

They also suggest DIM and calcium d-glucarate can "reduce the estrogen side effects" from HCG use. A lot here to unpack, and some of it lands better than others.

Does the science back this up?

Partially. HCG does stimulate endogenous testosterone production, and it does not suppress the HPG axis the way exogenous testosterone does. That part is real. But calling HCG a peptide is technically sloppy, and calling it testosterone is just wrong.

HCG is a glycoprotein hormone that binds to LH receptors on Leydig cells in the testes, triggering testosterone synthesis. It is not testosterone. It mimics LH, yes, but the downstream effects, including aromatization to estradiol, are the same as with exogenous testosterone. The estrogen spike the creator describes, from 36 to 97 pg/mL, is consistent with published data. Coviello et al. (2005, Journal of Clinical Endocrinology and Metabolism) showed that HCG administration dose-dependently increased both testosterone and estradiol in healthy men. A rise from 800 to 1600 ng/dL is plausible, though individual response varies widely. The SHBG increase is less commonly discussed but not surprising, since elevated estrogen drives SHBG production in the liver.

What did they get wrong (or right)?

The biggest error is classification. HCG is not a peptide in the clinical sense, it is a glycoprotein hormone with two subunits. Calling it a peptide flattens an important distinction that matters if you are trying to understand how it works or why regulators treat it differently from peptides like BPC-157 or kisspeptin.

The claim that HCG is "testosterone that doesn't shut down your natural production" is misleading. It is not testosterone. It stimulates your own testosterone production, which is a meaningful difference. If your Leydig cells are impaired, HCG will not work well. And stopping HCG abruptly can still result in a temporary dip while your LH signaling normalizes, even if it is shorter and less severe than post-exogenous-testosterone recovery.

The kisspeptin combination is interesting and not without basis. Kisspeptin stimulates GnRH release, which drives LH, which then gets amplified by HCG at the testicular level. Liu et al. (2021, Journal of Clinical Endocrinology and Metabolism) showed kisspeptin-10 increased LH pulsatility in men with hypogonadotropic hypogonadism. Stacking them is not a mainstream protocol, but it is not invented either.

Credit where it is due: the creator got blood work done before and after. That is more rigorous than most anecdotal TRT content on this platform.

What should you actually know?

HCG has a legitimate clinical history. It has been used for decades to treat hypogonadotropic hypogonadism and to preserve fertility in men on testosterone therapy. The FDA-approved form is Novarel and Pregnyl. Compounded HCG has had a complicated regulatory history, and the FDA removed it from the bulk drug substances list in 2020, though it was later reinstated under certain conditions. This matters because the source and quality of HCG vary significantly depending on where someone obtains it.

The estrogen issue the creator raises is real and worth taking seriously. An estrogen level of 97 pg/mL is elevated and can cause symptoms including water retention, mood changes, and gynecomastia. DIM and calcium d-glucarate are popular in the fitness community but the clinical evidence supporting their ability to meaningfully control estrogen in this context is weak. Zeligs et al. have published on DIM and estrogen metabolism, but those studies do not establish that these supplements reliably prevent high-estrogen symptoms in men using HCG. An aromatase inhibitor under physician supervision is a more evidence-supported option if estrogen management is needed.

Finally, the fertility warning is accurate. HCG is actually used clinically to stimulate sperm production. Anyone using this without contraceptive intent should take that seriously.

What is the bottom line?

This video mislabels HCG, oversimplifies what it does, and leans on supplement folklore for estrogen management. But the core observation, that HCG can raise endogenous testosterone without fully suppressing the HPG axis, is grounded in real physiology. The creator's self-experimentation produced dramatic lab changes that warrant medical oversight, not a TikTok review. If you are considering HCG for testosterone support, that conversation belongs with a licensed provider who can review your baseline labs and monitor you properly.