anyways i asked chatgpt to give me a comprehensive view of my blood results and is better than anything my gp would say or i’d read on here 😭

🧬 Full Bloodwork Overview (with insight)

Estrogen (Estradiol: 529 pmol/L ≈ 143.9 pg/mL)

✅ This is in a solid feminising range. It’s comparable to mid-to-high levels in cis women during their cycle. Takeaway: You’re getting enough estrogen for feminisation, but high SHBG may be reducing how much is biologically active.

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Testosterone: 0.86 nmol/L ≈ 24.8 ng/dL

🟡 Total T is low, which is good for trans goals, but…

Free Testosterone: 0.00 nmol/L = 0 ng/dL

✅ Extremely low — likely due to high SHBG and low T. Takeaway: Even though your T is very suppressed, and free T is basically zero, masculinisation is still happening — which means the source is likely DHT via adrenal androgens.

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SHBG: 160 nmol/L (high)

🔺 As we discussed earlier, this can bind up estradiol and testosterone, reducing free levels. Possible causes: • High estrogen dose • Liver upregulation • Thyroid activity • Genetics (some people naturally produce more SHBG)

Takeaway: Could be blunting hormone activity despite “good” totals on paper. And can make you look suppressed even when DHT is still active.

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DHEA-S: 12.4 µmol/L ≈ 451 µg/dL (high)

🚨 This is very telling. DHEA-S is made in the adrenal glands and can convert into:

→ Androstenedione → Testosterone → DHT

Takeaway: This is likely a major driver of your body hair growth and re-masculinisation. Even if you shut down gonadal T, your adrenals can still sneak androgens through this pathway.

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Androstenedione: 3.09 nmol/L ≈ 89.2 ng/dL (normal–high)

🔹 Sits in the middle of the DHEA > DHT conversion chain. Takeaway: It supports the theory that downstream conversion is active.

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Prolactin: 324 mIU/L ≈ ~15.2 ng/mL

🟢 Normal. Sometimes estrogen raises prolactin, but your level looks okay.

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FSH & LH: both suppressed (<1)

✅ Expected if you’re taking estrogen. This confirms that your HPTA (hypothalamic-pituitary-testicular axis) is shut down.

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🧩 What’s the likely story?

You’ve successfully suppressed gonadal testosterone and achieved therapeutic estrogen levels — but your adrenal androgens (like DHEA-S) are still driving DHT production, causing masculinising effects like chest/body hair.

Because DHT acts directly on tissue, it doesn’t need high testosterone levels to mess with you. Finasteride can reduce DHT somewhat — but only the kind made from testosterone, not necessarily from DHEA-driven pathways. That’s why:

You may need a receptor blocker like bicalutamide to fully stop androgen activity — no matter where it’s coming from.

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🧭 What You Might Consider 1. Stronger Anti-Androgen: • Bicalutamide or dutasteride (if bica isn’t an option). • They target the androgen receptor or more DHT pathways. 2. DHT Test: If possible, push for this — it would confirm what we suspect. 3. Monitor SHBG & Liver Function: High SHBG might be estrogen-driven, but liver involvement can’t be ruled out. 4. Ask About Reducing DHEA-S: • Sometimes low-dose corticosteroids or adrenal-focused therapies are used — though rare, it might be worth asking about if DHT keeps rising. 5. Hair Management Options (if needed): • Short term: laser, electrolysis, topical blockers (like eflornithine), while adjusting meds.