What did @therestoreclinic actually say?
The creator recommended "15 to 25 milligrams of DHEA once a day in the morning" for men on TRT, assuming DHEA-S blood levels are being monitored. They also argued that symptom resolution matters more than hitting a specific lab number, saying patients "shouldn't identify with a blood test number." That's the gist of a two-part claim: one on dosing, one on how to interpret results.
To be clear, this video is a reply to a direct question, and the creator is presumably a clinician at a hormone optimization clinic. The advice is framed as clinical philosophy, not a one-size-fits-all prescription. That context matters when evaluating what they actually said.
Does the science back this up?
Partially. The 15-25mg range is defensible for physiologic replacement, but the evidence base for DHEA supplementation in men on TRT is thinner than this video implies.
DHEA is a precursor hormone produced primarily by the adrenal glands, and exogenous testosterone suppresses adrenal androgen output to some degree. The logic for supplementing DHEA on TRT is therefore not unreasonable. However, most randomized controlled trials on DHEA supplementation have focused on older adults with adrenal insufficiency or age-related DHEA decline, not specifically on men receiving exogenous testosterone.
A 2006 review by Arlt and Allolio in The Lancet found modest benefits of DHEA replacement in adrenal insufficiency but noted inconsistent results in otherwise healthy aging men. A 2013 Cochrane review by Elraiyah et al. found limited high-quality evidence supporting routine DHEA use in men. The morning dosing advice is biologically sound, since DHEA-S peaks in the morning and aligns with cortisol rhythms, but this is largely expert consensus rather than RCT-derived guidance.
What did they get wrong (or right)?
The symptom-first philosophy deserves genuine credit. The creator is right that lab values are not the full story. In hormone optimization medicine, treating the number instead of the patient is a well-documented clinical trap. That said, the framing here has a real downside risk that goes unmentioned.
Saying some people "feel better when their blood levels are slightly above the range" is where this gets slippery. Supraphysiologic DHEA-S levels can drive excess conversion to estradiol or dihydrotestosterone, particularly in men who are already on testosterone. That conversion risk is not trivial, and ignoring the upper bound of lab ranges in favor of subjective symptom tracking is a framework that could lead patients to assume more is better.
The creator does not mention potential androgenic or estrogenic side effects from elevated DHEA-S. That omission is a gap in an otherwise reasonable clinical take. The core message, that labs serve symptoms and not the other way around, is valid. But it needed a counterbalance here that it did not get.
What should you actually know?
DHEA is an over-the-counter supplement in the United States, but that does not make it low-stakes, especially when combined with exogenous testosterone. The interaction between added DHEA and an already-altered hormonal milieu is real and underappreciated.
A few things worth knowing before starting DHEA on TRT. First, DHEA converts to both androgens and estrogens via aromatase and 5-alpha reductase. If you are already managing estradiol on TRT, adding DHEA may shift that balance. Second, DHEA-S is the correct biomarker to monitor, as the creator correctly noted. Free DHEA clears quickly and is less clinically useful. Third, baseline DHEA-S before starting supplementation tells you whether replacement is even warranted. Not everyone on TRT has suppressed DHEA-S.
If you are working with a clinician, ask them to order a baseline DHEA-S before adding anything. If your levels are already normal for your age, the case for supplementation weakens considerably. The symptom-guided approach the creator describes makes more sense in a clinical relationship where labs are being tracked than as general advice to a TikTok audience.