Ok, it's known that DIM doesn't lower plasma E2 levels in blood tests (somebody here had answer from Zeligs on that), but increases good estrogen metabolites, promotes "deactivation" etc. etc.
But I still can't get how exactly this stuff works in terms of what happens in body - what and when breaks down and how it affects organs and most importantly
why don't show up on blood tests?
Is it E2 broken faster in liver with DIM or what? Is it just shift in its metabolites ratios?
What does exactly deactivation means? I suppose if it really helps to break down E2 then it should show up on blood tests or no? For instance, those with serious liver disease have elevated E2 since liver is lazy breaking it down. Like if smth speeds up break down of smth else there should be less that smth else in any given moment.
Ok, it doesn't break down E2 then if it just shifts metabolites ratio how it can work helping those with high E2 since E2 has the ultimate potency, is metabolites ratio so important? Or probably blood tests measure E2+metabolites (doubt that).
How can it restore libido, energy and better erection without altering E2 levels, does it alter its concentration in tissues and receptors?
And all descriptions of its action mechanism I found are quite vague like this one below, just don't make much sense to me. Can someone help to understand how exactly it works?
Btw, it seems to be working for me, action seems puzzling though.
Quote:
DIM stimulates more efficient metabolism for estrogen. Supplementing the diet with DIM and eating cruciferous vegetables increases the specific aerobic metabolism for estrogen, multiplying the chance for estrogen to be broken down into its beneficial or “good” estrogen metabolites. Many of the benefits that are attributed to estrogen, including its ability to protect the heart and brain with its antioxidant activity, are now known to come from these “good” metabolites.
When DIM increases the “good” estrogen metabolites, there is a simultaneous reduction in the levels of undesirable, or ”bad”, estrogen metabolites. In women, these unfavorable metabolites are responsible for many of estrogen’s undesirable actions, including further unwanted weight gain, breast cancer, and uterine cancer. In men, these metabolites contribute to weight gain and prostate cancer. A slow metabolism of estrogen, leaving too much unmetabolized, active estrogen (also called estradiol), can be a problem in women and men. Elevated estradiol causes moodiness and breast pain in women and loss of sex drive in men. By promoting a healthy estrogen metabolism, DIM adjusts the balance of estradiol to its “good” metabolites
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