Well, that does not make sense. If you believe that as men age, their estrogen levels rise, and that this estrogen suppresses DHT, then why do these older males have less hair? If, as you state, all of this DHT is being suppressed, what is causing these older men to lose hair?
If you take a car and drive it fast & hard, it will probably run pretty well for the first 100,000 miles despite the abuse. It’s still a relatively new vehicle and it started out in perfect condition.
If you then slow down the abuse and just drive it normally from 100,000 to 200,000 miles, what happens? Yeah, the car still totally wears out and comes apart. That’s what cars usually do between 100,000 and 200,000 miles.
So does this prove that driving the car hard was BETTER for the mechnicals than driving the car smoothly?
– My point is that the period in life when the hair follicles are showing the most effects of androgen damage is not necessarily the same time when the damage is accumulating the most rapidly.
Now think about what happens if you drive a car REALLY hard as hell in its early life, and it DOES start showing signs of coming apart at only 50,000 miles . . . In this case the damage has gotten too bad too early and it will snowball apart faster than a normal car.
Even if you take it very easy on the car from 100,000-200,000 miles the car will STILL be coming apart much more than normal just because it saw too much abuse too early. The more a mechanical part is worn, the faster the additional wear accumulates.
– This is what happens when a guy inherits severe MPB susceptibility and sees aggressive loss in his teens and 20s. The snowball has gotten too fast & too far down the hill at such an early age. He can load up on MPB medication and he will still be struggling to maintain his hair. While another guy with less severe early MPB will get much more hair preservation benefits from those same MPB meds at the same age.