- Reaction score
- 27
The whole fuckin thing really doesn't make sense when you really think about it.
I am truly starting to believe everybody has a "sweet spot", due to a plethora of factors (number of AR in the follicles, aromatose, etc etc).
DHT GROWS hair on a male body. DHT is an anti-inflamatory everywhere else, why does it destroy male pattern baldness follicles, in certain males.
It makes 0 sense. I think if anything, the reason Finasteride/Dutasteride works or shows a slight improvement in some is because of the Estrogen increase, NOT the DHT suppression.
I know, I know, everybody likes to hang their hat on the study on 5ar deficient males never going bald as the end all/be all. Maybe those 5ar deficient males never go bald because testosterone at the follicle HAS to be converted to Estrogen by default, rather than DHT.
Maybe as we age, and our testosterone levels begin to drop slowly, the body is forced to convert more of the dwindling T to DHT to "make up" for the lack of T, by converting it to the more powerful by-product? Maybe the body selectively chooses areas it deems as "not critical" for the increased T/DHT conversion to get by?
This is all bro-science of course, but there HAS to be an answer somewhere in the middle.
I am truly starting to believe everybody has a "sweet spot", due to a plethora of factors (number of AR in the follicles, aromatose, etc etc).
DHT GROWS hair on a male body. DHT is an anti-inflamatory everywhere else, why does it destroy male pattern baldness follicles, in certain males.
It makes 0 sense. I think if anything, the reason Finasteride/Dutasteride works or shows a slight improvement in some is because of the Estrogen increase, NOT the DHT suppression.
I know, I know, everybody likes to hang their hat on the study on 5ar deficient males never going bald as the end all/be all. Maybe those 5ar deficient males never go bald because testosterone at the follicle HAS to be converted to Estrogen by default, rather than DHT.
Maybe as we age, and our testosterone levels begin to drop slowly, the body is forced to convert more of the dwindling T to DHT to "make up" for the lack of T, by converting it to the more powerful by-product? Maybe the body selectively chooses areas it deems as "not critical" for the increased T/DHT conversion to get by?
This is all bro-science of course, but there HAS to be an answer somewhere in the middle.