- Reaction score
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It is a SERM. Blocks Estrogen receptors in a part of the brain. And is supposed to leave other receptors alone.. I would be cautious because I highly doubt anybody has tested what it could or might do to the estrogen receptors in the scalp.. because nobody cares and male pattern baldness is not considered a real medical condition.Curious, do you have opinion on why Clomid would be so bad for male hair?
I was banking on the fact that it raises E2, to be helpful, and it did seem to reduce overall shedding... but was not good at all for hairline.
Is it just the increase in T/DHT, or perhaps it displaces E (or has anti-e effect) in scalp? perhaps a combo of both?
Of course I'm just speculating. The SERM action may not even have a negative effect on scalp receptors.
But I KNOW absolutely for sure its the gonadotrophin effect that affects hair negatively. The brain detects current level of plasma sex hormones, T or E, and releases gonadotrophins to signal the Gonads to produce Sex hormones.. LH is the same hormone which "turns on" gonads in both men and women. Testicles after being turned on produce alot of T and a little E while ovaries produce alot E and a little T. yin and yang.
before Clomid may be level 10 T and level 1 E. and after may be level 100 T and level 10 E. which in turn can lead to more DHT, because the scalp has 5ar locally. If say the level of 5ar in the scalp was 15. then going from level 10 T to 100 T puts your scalp from level 10 DHT to level 15 DHT. and that 15 DHT is a greater level than the level 10 E gained from clomid. hope this makes sense.
Anything which increases the production of testosterone also increases the production of estrogen, unless it is increased by affecting the enzymes 5ar or aromatase. So yes, it increases E, but it also makes you overall more androgenic in proportion to the E that is produced.. Estradiol is increased during male puberty, Testosterone is produced during female puberty. What is more important than the level of androgens or estrogens is the ration between them.
cypro for example is an anti-gonadotrophin. It reduces LH. therefore it reduces the production of both T and E.. However, taking it increases the risk of estrogenic side effects like gyno despite the reduction in estrogen because it blocks the androgen receptor which causes the overall T/E ratio a little more to the E side.